{"text_format":"1","workbook":"xlsx","n_sheets":1,"sheets":["BAF-4_TRM Spreadsheet"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":0,"defined_names":3,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"BAF-4_TRM Spreadsheet","index":0,"n_rows":609,"n_cols":128,"rows_kept":609,"cut":false,"hidden":false,"merged":[[0,10,0,14],[3,34,3,35],[3,0,3,6],[3,26,3,33],[3,7,3,25],[3,40,3,127]]}
["Evergy MEEIA Technical Resource Manual - 2025-01-01",null,null,null,null,null,null,null,null,null,"SCHEDULE BAF-4"]
["Measures updated with EM&V results",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Link to CDD","Link to HDD"]
["New Measures"]
["Measure Description",null,null,null,null,null,null,"Gross Measure Values",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Efficiency Values",null,null,null,null,null,null,null,"Algorithms",null,null,null,"Start/End Dates",null,"Quantities"]
["Program","Measure Name","Primary Key","Segment","End Use","Notes","Unit Definition","Incremental Measure Cost ($/Unit)","Incremental Measure Cost Source","Incremental Measure Cost Source Page Number","Electric Energy Savings (Annual kWh/unit)","Electric Energy Savings (Annual kWh/unit) Source","Electric Energy Savings (Annual kWh/unit) Source Page Number","Nameplate Demand Savings (kW/unit)","Peak Coincidence Factor","Peak Coincident Factor Source","Peak Coincident Factor Source Page Number","Coincident Peak Demand Savings (kW/unit)","Coincident Peak Demand Savings (kW/unit) Source","Coincident Peak Demand Savings (kW/unit) Source Page Number","Annual Operating Hours","Annual Operating Hours Source","Annual Operating Hours Source Page Number","Measure Life (Years)","Measure Life (Years) Source","Measure Life (Years) Source Page Number","Measure Definition","Measure Efficiency Value","Measure Efficiency Value Source","Measure Efficiency Value Source Page Number","Baseline Definition","Baseline Efficiency Value","Baseline Efficiency Value Source","Baseline Efficiency Value Source Page Number","Electric Energy Savings Algorithm","Electric Demand Savings Algorithm","Savings Algorithms Source","Savings Algorithms Source Page Number","Effective Start Date","Effective End Date","Cooling Degree Days (CDD)","Heating Degree Days (HDD)","Degree Days Source","Degree Days Source Page Number","Quantity 1","Quantity 1 Description","Quantity 1 Source","Quantity 1 Source Page Number","Quantity 2","Quantity 2 Description","Quantity 2 Source","Quantity 2 Source Page Number","Quantity 3","Quantity 3 Description","Quantity 3 Source","Quantity 3 Source Page Number","Quantity 4","Quantity 4 Description","Quantity 4 Source","Quantity 4 Source Page Number","Quantity 5","Quantity 5 Description","Quantity 5 Source","Quantity 5 Source Page Number","Quantity 6","Quantity 6 Description","Quantity 6 Source","Quantity 6 Source Page Number","Quantity 7","Quantity 7 Description","Quantity 7 Source","Quantity 7 Source Page Number","Quantity 8","Quantity 8 Description","Quantity 8 Source","Quantity 8 Source Page Number","Quantity 9","Quantity 9 Description","Quantity 9 Source","Quantity 9 Source Page Number","Quantity 10","Quantity 10 Description","Quantity 10 Source","Quantity 10 Source Page Number","Quantity 11","Quantity 11 Description","Quantity 11 Source","Quantity 11 Source Page Number","Quantity 12","Quantity 12 Description","Quantity 12 Source","Quantity 12 Source Page Number","Quantity 13","Quantity 13 Description","Quantity 13 Source","Quantity 13 Source Page Number","Quantity 14","Quantity 14 Description","Quantity 14 Source","Quantity 14 Source Page Number","Quantity 15","Quantity 15 Description","Quantity 15 Source","Quantity 15 Source Page Number","Quantity 16","Quantity 16 Description","Quantity 16 Source","Quantity 16 Source Page Number","Quantity 17","Quantity 17 Description","Quantity 17 Source","Quantity 17 Source Page Number","Quantity 18","Quantity 18 Description","Quantity 18 Source","Quantity 18 Source Page Number","Quantity 19","Quantity 19 Description","Quantity 19 Source","Quantity 19 Source Page Number","Quantity 20","Quantity 20 Description","Quantity 20 Source","Quantity 20 Source Page Number","Quantity 21","Quantity 21 Description","Quantity 21 Source","Quantity 21 Source Page Number"]
["Business Demand Response Program","Business Demand Response Custom Measure",0.19,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"cellformula(K6)","v":""},{"$f":"cellformula(R6)","v":""},null,null,"2020-01-01"]
["Business Demand Response Program","Smart Thermostat",66.599999999999994,"All","HVAC",null,"per unit",170,"Weighted average cost of actual units installed in PY2020.",null,{"$f":"ROUND(388,4)","v":388},"ADM PY2021 Analysis",null,null,null,null,null,{"$f":"ROUND(0.9029,4)","v":0.90290000000000004},"ADM PY2022 Analysis",null,null,null,null,11,"IL TRM 11 vol3",205,"PCT",null,null,null,"No PCT",null,null,null,{"$f":"cellformula(K7)","v":"=ROUND(388,4)"},{"$f":"cellformula(R7)","v":"=ROUND(0.9029,4)"},null,null,"2024-01-01","2024-12-31"]
["Whole Business Efficiency Program","Air-Sealing Custom Measure",0.3,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Automatic door closer for walk-in  freezers",300,"Small C&I","Refrigeration",null,"per unit",156.82,"IL TRM v6 vol2",434,{"$f":"ROUND(2307,4)","v":2307},"Calculated Value",null,null,"NA","IL TRM v6 vol2",434,{"$f":"ROUND(0.309,4)","v":0.309},"Calculated Value",null,null,null,null,8,"IL TRM v6 vol2",434,"Installation of an automatic, hydraulic-type door closer ",null,"IL TRM v6 vol2",434,"Walk-in freezer without an automatic closure",null,"IL TRM v6 vol2",434,"=ROUND(2307,4)","=ROUND(0.309,4)","IL TRM v6 vol2",434,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Automatic door closer for walk-in  freezers",300.10000000000002,"Small C&I","Refrigeration",null,"per unit",502,"IL TRM v12 vol2",794,{"$f":"ROUND(6949,4)","v":6949},"IL TRM v12 vol2, deemed value",794,null,"NA","IL TRM v12 vol2",794,{"$f":"ROUND(1.3,4)","v":1.3},"IL TRM v12 vol2, deemed value",795,null,null,null,8,"IL TRM v12 vol2",794,"Installation of an automatic, hydraulic-type door closer ",null,"IL TRM v12 vol2",794,"Walk-in freezer without an automatic closure",null,"IL TRM v12 vol2",794,"=ROUND(6949,4)","=ROUND(1.3,4)","IL TRM v12 vol2","794, 795","2025-01-01"]
["Hard-to-Reach Businesses Program","Automatic door closer for walk-in coolers ",299,"Small C&I","Refrigeration",null,"per unit",156.82,"IL TRM v6 vol2",434,{"$f":"ROUND(943,4)","v":943},"Calculated Value",null,null,"NA","IL TRM v6 vol2",434,{"$f":"ROUND(0.137,4)","v":0.13700000000000001},"Calculated Value",null,null,null,null,8,"IL TRM v6 vol2",434,"Installation of an automatic, hydraulic-type door closer ",null,"IL TRM v6 vol2",434,"Walk-in cooler without an automatic closure",null,"IL TRM v6 vol2",434,"=ROUND(943,4)","=ROUND(0.137,4)","IL TRM v6 vol2",434,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Automatic door closer for walk-in coolers ",299.10000000000002,"Small C&I","Refrigeration",null,"per unit",502,"IL TRM v12 vol2",794,{"$f":"ROUND(2399,4)","v":2399},"IL TRM v12 vol2, deemed value",794,null,"NA","IL TRM v12 vol2",794,{"$f":"ROUND(0.621,4)","v":0.621},"IL TRM v12 vol2, deemed value",795,null,null,null,8,"IL TRM v12 vol2",794,"Installation of an automatic, hydraulic-type door closer ",null,"IL TRM v12 vol2",794,"Walk-in cooler without an automatic closure",null,"IL TRM v12 vol2",794,"=ROUND(2399,4)","=ROUND(0.621,4)","IL TRM v12 vol2","794, 795","2025-01-01"]
["Hard-to-Reach Businesses Program","Door heater controls for cooler (Conductivity-based controls)",325,"Small C&I","Refrigeration",null,"per unit",200,"IL TRM v6 vol2",439,{"$f":"ROUND(AS13*AW13*BA13*BE13*BI13,4)","v":688.72709999999995},"Calculated Value",null,null,0,"IL TRM v6 vol2",439,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",440,null,null,null,12,"IL TRM v6 vol2",439,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v6 vol2",439,"Standard heated door with no controls installed",null,"IL TRM v6 vol2",439,"=ROUND(AS13*AW13*BA13*BE13*BI13,4)","=ROUND(0,4)","IL TRM v6 vol2",440,"2020-01-01","2024-12-31",null,null,null,null,9.1999999999999998E-2,"kWbase","IL TRM v6 vol2",440,1,"Numdoors","IL TRM v6 vol2",440,0.7,"Energy Savings Factor (ESF)","IL TRM v6 vol2",440,1.22,"Bonus Factor (BF)","IL TRM v6 vol2",440,8766,"Annual hours of operation","IL TRM v6 vol2",440]
["Whole Business Efficiency Program","Door heater controls for cooler (Conductivity-based controls)",325.10000000000002,"Small C&I","Refrigeration",null,"per unit",79.5,"IL TRM v12 vol2",800,{"$f":"ROUND(AS14*AW14*BA14*BE14*U14,4)","v":338.45530000000002},"Calculated Value",null,null,0.44,"IL TRM v12 vol2",800,{"$f":"ROUND((K14/U14)*O14,4)","v":1.7000000000000001E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",801,10,"IL TRM v12 vol2",800,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v12 vol2",800,"Standard heated door with no controls installed",null,"IL TRM v12 vol2",800,"=ROUND(AS14*AW14*BA14*BE14*U14,4)","=ROUND((K14/U14)*O14,4)","IL TRM v12 vol2","800, 801","2025-01-01",null,null,null,null,null,6.6000000000000003E-2,"kWbase","IL TRM v12 vol2",801,1,"Numdoors","IL TRM v12 vol2",801,0.45,"Energy Savings Factor (ESF)","IL TRM v12 vol2",801,1.3,"Bonus Factor (BF)","IL TRM v12 vol2",801]
["Hard-to-Reach Businesses Program","Door heater controls for cooler (Humidity-based controls)",301,"Small C&I","Refrigeration",null,"per unit",300,"IL TRM v6 vol2",439,{"$f":"ROUND(AS15*AW15*BA15*BE15*BI15,4)","v":541.14269999999999},"Calculated Value",null,null,0,"IL TRM v6 vol2",439,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",440,null,null,null,12,"IL TRM v6 vol2",439,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v6 vol2",439,"Standard heated door with no controls installed",null,"IL TRM v6 vol2",439,"=ROUND(AS15*AW15*BA15*BE15*BI15,4)","=ROUND(0,4)","IL TRM v6 vol2",440,"2020-01-01","2024-12-31",null,null,null,null,9.1999999999999998E-2,"kWbase","IL TRM v6 vol2",440,1,"Numdoors","IL TRM v6 vol2",440,0.55000000000000004,"Energy Savings Factor (ESF)","IL TRM v6 vol2",440,1.22,"Bonus Factor (BF)","IL TRM v6 vol2",440,8766,"Annual hours of operation","IL TRM v6 vol2",440]
["Whole Business Efficiency Program","Door heater controls for cooler (Humidity-based controls)",301.10000000000002,"Small C&I","Refrigeration",null,"per unit",79.5,"IL TRM v12 vol2",800,{"$f":"ROUND(AS16*AW16*BA16*BE16*U16,4)","v":338.45530000000002},"Calculated Value",null,null,0.44,"IL TRM v12 vol2",800,{"$f":"ROUND((K16/U16)*O16,4)","v":1.7000000000000001E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",801,10,"IL TRM v12 vol2",800,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v12 vol2",800,"Standard heated door with no controls installed",null,"IL TRM v12 vol2",800,"=ROUND(AS16*AW16*BA16*BE16*U16,4)","=ROUND((K16/U16)*O16,4)","IL TRM v12 vol2","800, 801","2025-01-01",null,null,null,null,null,6.6000000000000003E-2,"kW_base, cooler","IL TRM v12 vol2",801,1,"NUMdoors","IL TRM v12 vol2",801,0.45,"ESF","IL TRM v12 vol2",801,1.3,"Bonus Factor (BF)","IL TRM v12 vol2",801]
["Hard-to-Reach Businesses Program","Door heater controls for freezer (Conductivity-based controls)",326,"Small C&I","Refrigeration",null,"per unit",200,"IL TRM v6 vol2",439,{"$f":"ROUND(AS17*AW17*BA17*BE17*BI17,4)","v":1627.3202000000001},"Calculated Value",null,null,0,"IL TRM v6 vol2",439,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",440,null,null,null,12,"IL TRM v6 vol2",439,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v6 vol2",439,"Standard heated door with no controls installed",null,"IL TRM v6 vol2",439,"=ROUND(AS17*AW17*BA17*BE17*BI17,4)","=ROUND(0,4)","IL TRM v6 vol2",440,"2020-01-01","2024-12-31",null,null,null,null,0.19500000000000001,"kWbase","IL TRM v6 vol2",440,1,"Numdoors","IL TRM v6 vol2",440,0.7,"Energy Savings Factor (ESF)","IL TRM v6 vol2",440,1.36,"Bonus Factor (BF)","IL TRM v6 vol2",440,8766,"Annual hours of operation","IL TRM v6 vol2",440]
["Whole Business Efficiency Program","Door heater controls for freezer (Conductivity-based controls)",326.10000000000002,"Small C&I","Refrigeration",null,"per unit",90.77,"IL TRM v12 vol2",800,{"$f":"ROUND(AS18*AW18*BA18*BE18*U18,4)","v":1360.9214999999999},"Calculated Value",null,null,0.44,"IL TRM v12 vol2",800,{"$f":"ROUND((K18/U18)*O18,4)","v":6.83E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",801,10,"IL TRM v12 vol2",800,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v12 vol2",800,"Standard heated door with no controls installed",null,"IL TRM v12 vol2",800,"=ROUND(AS18*AW18*BA18*BE18*U18,4)","=ROUND((K18/U18)*O18,4)","IL TRM v12 vol2","800, 801","2025-01-01",null,null,null,null,null,0.23,"kWbase","IL TRM v12 vol2",801,1,"Numdoors","IL TRM v12 vol2",801,0.45,"Energy Savings Factor (ESF)","IL TRM v12 vol2",801,1.5,"Bonus Factor (BF)","IL TRM v12 vol2",801]
["Hard-to-Reach Businesses Program","Door heater controls for freezer (Humidity-based controls)",302,"Small C&I","Refrigeration",null,"per unit",300,"IL TRM v6 vol2",439,{"$f":"ROUND(AS19*AW19*BA19*BE19*BI19,4)","v":1278.6088},"Calculated Value",null,null,0,"IL TRM v6 vol2",439,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",440,null,null,null,12,"IL TRM v6 vol2",439,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v6 vol2",439,"Standard heated door with no controls installed",null,"IL TRM v6 vol2",439,"=ROUND(AS19*AW19*BA19*BE19*BI19,4)","=ROUND(0,4)","IL TRM v6 vol2",440,"2020-01-01","2024-12-31",null,null,null,null,0.19500000000000001,"kWbase","IL TRM v6 vol2",440,1,"Numdoors","IL TRM v6 vol2",440,0.55000000000000004,"Energy Savings Factor (ESF)","IL TRM v6 vol2",440,1.36,"Bonus Factor (BF)","IL TRM v6 vol2",440,8766,"Annual hours of operation","IL TRM v6 vol2",440]
["Whole Business Efficiency Program","Door heater controls for freezer (Humidity-based controls)",302.10000000000002,"Small C&I","Refrigeration",null,"per unit",90.77,"IL TRM v12 vol2",800,{"$f":"ROUND(AS20*AW20*BA20*BE20*U20,4)","v":1360.9214999999999},"Calculated Value",null,null,0.44,"IL TRM v12 vol2",800,{"$f":"ROUND((K20/U20)*O20,4)","v":6.83E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",801,10,"IL TRM v12 vol2",800,"Door heater control utilizing humidity or conductivity control",null,"IL TRM v12 vol2",800,"Standard heated door with no controls installed",null,"IL TRM v12 vol2",800,"=ROUND(AS20*AW20*BA20*BE20*U20,4)","=ROUND((K20/U20)*O20,4)","IL TRM v12 vol2","800, 801","2025-01-01",null,null,null,null,null,0.23,"kW_base, freezer","IL TRM v12 vol2",801,1,"NUMdoors","IL TRM v12 vol2",801,0.45,"ESF","IL TRM v12 vol2",801,1.5,"Bonus Factor (BF)","IL TRM v12 vol2",801]
["Whole Business Efficiency Program","Hard-to-Reach Businesses Custom Measure",0.16,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","Insulation Custom Measure",0.28999999999999998,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Low Flow Faucet Aerator - Bathroom",327,"Small C&I","Hot Water","Direct Install","per unit",8,"IL TRM v6 vol2",90,{"$f":"ROUND(AS23*(AW23-BA23)/AW23*BE23*BI23*BM23,4)","v":61.126300000000001},"Calculated Value",null,{"$f":"ROUND(K23/BQ23,4)","v":2.5468999999999999},6.4000000000000003E-3,"IL TRM v6 vol2",94,{"$f":"ROUND(K23/BQ23*BU23,4)","v":1.6299999999999999E-2},"Calculated Value",null,null,null,null,9,"IL TRM v6 vol2",90,"Energy Efficient Faucet Aerator rated at 1.5 GPM or less",null,"IL TRM v6 vol2",90,"Standard Faucet Aerator rated at 2.25 GPM or more",null,"IL TRM v6 vol2",90,"=ROUND(AS23*(AW23-BA23)/AW23*BE23*BI23*BM23,4)","=ROUND(K23/BQ23*BU23,4)","IL TRM v6 vol2","91,93","2020-01-01","2024-12-31",null,null,null,null,1,"%Electric DHW","IL TRM v6 vol2",91,1.39,"GPM_base","IL TRM v6 vol2",91,0.94,"GPM_low","IL TRM v6 vol2",91,2500,"Usage","IL TRM v6 vol2",92,7.9500000000000001E-2,"EPG_electric","IL TRM v6 vol2",92,0.95,"In Service Rate (ISR)","IL TRM v6 vol2",93,24,"Annual Recovery Hours","IL TRM v6 vol2",93,6.4000000000000003E-3,"Coincidence Factor","IL TRM v6 vol2",94]
["Whole Business Efficiency Program","Low Flow Faucet Aerator - Bathroom",327.10000000000002,"Small C&I","Hot Water","Direct Install, small office","per unit",8,"IL TRM v12 vol2",222,{"$f":"ROUND(((AF24-AB24)/AF24)*BE24*BI24*BM24,4)","v":67.584999999999994},"Calculated Value",null,{"$f":"ROUND(K24/U24,4)","v":3.3793000000000002},6.4000000000000003E-3,"IL TRM v12 vol2, Small Office",227,{"$f":"ROUND(K24/U24*O24,4)","v":2.1600000000000001E-2},"Calculated Value",null,{"$f":"ROUND((BE24*0.44)/BY24,0)","v":20},"IL TRM v12 vol2",226,10,"IL TRM v12 vol2",222,"Energy Efficient Faucet Aerator rated at 1.5 GPM or less",0.94,"IL TRM v12 vol2",222,"Standard Faucet Aerator rated at 2.25 GPM or more",1.39,"IL TRM v12 vol2",222,"=ROUND(((AF24-AB24)/AF24)*BE24*BI24*BM24,4)","=ROUND(K24/U24*O24,4)","IL TRM v12 vol2","223, 226","2025-01-01",null,null,null,null,null,1,"%Electric DHW","IL TRM v12 vol2",223,null,null,null,null,null,null,null,null,2500,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year), Small Office","IL TRM v12 vol2",224,8.7900000000000006E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v12 vol2",224,0.95,"ISR - in service rate","IL TRM v12 vol2",225,null,null,null,null,null,null,null,null,53.9,"GPH","IL TRM v12 vol2",226]
["Hard-to-Reach Businesses Program","Low Flow Faucet Aerator - Kitchen",287,"Small C&I","Hot Water","Direct Install","per unit",8,"IL TRM v6 vol2",90,{"$f":"ROUND(AS25*(AW25-BA25)/AW25*BE25*BI25*BM25,4)","v":74.504900000000006},"Calculated Value",null,{"$f":"ROUND(K25/BQ25,4)","v":3.1044},6.4000000000000003E-3,"IL TRM v6 vol2",94,{"$f":"ROUND(K25/BQ25*BU25,4)","v":1.9900000000000001E-2},"Calculated Value",null,null,null,null,9,"IL TRM v6 vol2",90,"Energy Efficient Faucet Aerator rated at 2.2 GPM or less",null,"IL TRM v6 vol2",90,"Standard Faucet Aerator rated at 2.75 GPM or more",null,"IL TRM v6 vol2",90,"=ROUND(AS25*(AW25-BA25)/AW25*BE25*BI25*BM25,4)","=ROUND(K25/BQ25*BU25,4)","IL TRM v6 vol2","91,93","2020-01-01","2024-12-31",null,null,null,null,1,"%Electric DHW","IL TRM v6 vol2",91,1.39,"GPM_base","IL TRM v6 vol2",91,0.94,"GPM_low","IL TRM v6 vol2",91,2500,"Usage","IL TRM v6 vol2",92,9.69E-2,"EPG_electric","IL TRM v6 vol2",92,0.95,"In Service Rate (ISR)","IL TRM v6 vol2",93,24,"Annual Recovery Hours","IL TRM v6 vol2",93,6.4000000000000003E-3,"Coincidence Factor","IL TRM v6 vol2",94]
["Whole Business Efficiency Program","Low Flow Faucet Aerator - Kitchen",287.10000000000002,"Small C&I","Hot Water","Direct Install, small office","per unit",8,"IL TRM v12 vol2",222,{"$f":"ROUND(((AF26-AB26)/AF26)*BE26*BI26*BM26,4)","v":81.040499999999994},"Calculated Value",null,{"$f":"ROUND(K26/U26,4)","v":4.0519999999999996},6.4000000000000003E-3,"IL TRM v12 vol2, Small Office",227,{"$f":"ROUND(K26/U26*O26,4)","v":2.5899999999999999E-2},"Calculated Value",null,{"$f":"ROUND((BE26*0.44)/BY26,0)","v":20},"IL TRM v12 vol2",226,10,"IL TRM v12 vol2",222,"Energy Efficient Faucet Aerator rated at 2.2 GPM or less",0.94,"IL TRM v12 vol2",222,"Standard Faucet Aerator rated at 2.75 GPM or more",1.39,"IL TRM v12 vol2",222,"=ROUND(((AF26-AB26)/AF26)*BE26*BI26*BM26,4)","=ROUND(K26/U26*O26,4)","IL TRM v12 vol2","223, 226","2025-01-01",null,null,null,null,null,1,"%Electric DHW","IL TRM v12 vol2",223,null,null,null,null,null,null,null,null,2500,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year), Small Office","IL TRM v12 vol2",224,0.10539999999999999,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v12 vol2",224,0.95,"ISR - in service rate","IL TRM v12 vol2",225,null,null,null,null,null,null,null,null,53.9,"GPH","IL TRM v12 vol2",226]
["Hard-to-Reach Businesses Program","Low Flow Showerhead",11.6,"Single Family","Hot Water","Kits","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(((AF27*AS27-AB27*AS27)*BA27*365.25*AW27/BI27)*BM27*BE27,4)","v":217.0881},"Calculated Value",null,{"$f":"K27/U27","v":0.79519450549450543},2.7799999999999998E-2,"IL TRM v11 vol3",268,{"$f":"ROUND(((K27/U27)*O27),4)","v":2.2100000000000002E-2},"Calculated Value",null,273,"IL TRM v11 vol3",273,10,"IL TRM v11 vol3",268,"Low Flow (GPM)",1.5,"Spec sheet (as reported by implementer)",null,"Standard (GPM)",2.2400000000000002,"IL TRM v11 vol3",270,"=ROUND(((AF27*AS27-AB27*AS27)*BA27*365.25*AW27/BI27)*BM27*BE27,4)","=ROUND(((K27/U27)*O27),4)","IL TRM v11 vol3","269, 272","2024-01-01","2024-12-31",null,null,null,null,7.8,"L_base = L_ee","IL TRM v11 vol3",270,0.6,"SCPD","IL TRM v11 vol3",271,2.56,"Persons per household","IL TRM v11 vol3",270,0.96,"Installation Rate","IL TRM v11 vol3",272,1.79,"SPH","IL TRM v11 vol3",271,0.125,"EPG_electric","IL TRM v11 vol3",271]
["Hard-to-Reach Businesses Program","Radon Fans - Continous Inline Fan",689,"Single Family","Misc","If DI program, % EE Fans Installed can be set to 1","per unit",0,null,343,{"$f":"ROUND((1-AS28)*(AF28-AB28)*U28,4)","v":275.50200000000001},"Calculated Value",null,{"$f":"K28/U28","v":3.1449999999999999E-2},1,"CO TRM 2023 Deemed Savings Technical Assumptions",343,{"$f":"ROUND((K28/U28)*O28,4)","v":3.15E-2},"Calculated Value",null,8760,"CO TRM 2023 Deemed Savings Technical Assumptions",343,10,"CO TRM 2023 Deemed Savings Technical Assumptions",343,"ENERGY STAR Radon Fans",1.7000000000000001E-2,"CO TRM 2023 Deemed Savings Technical Assumptions",343,"Baseline Efficiency",5.3999999999999999E-2,"CO TRM 2023 Deemed Savings Technical Assumptions",343,"=ROUND((1-AS28)*(AF28-AB28)*U28,4)","=ROUND((K28/U28)*O28,4)","CO TRM 2023 Deemed Savings Technical Assumptions",343,"2024-01-01","2024-12-31",null,null,null,null,0.15,"% EE Fans Installed","CO TRM 2023 Deemed Savings Technical Assumptions",343]
["Hard-to-Reach Businesses Program","Smart Power Strip - Wh7-Plug- SMB (direct install)",606.20000000000005,"SMB","Electronics",null,"per unit",10,"IL TRM v11 vol 3",78,{"$f":"ROUND(AS29*AW29,4)","v":103},"IL TRM v11 vol 3 (algorithm)",79,{"$f":"K29/U29","v":1.4448029176602609E-2},0.8,"IL TRM v11 vol 3",80,{"$f":"ROUND((K29/U29)*O29,4)","v":1.1599999999999999E-2},"IL TRM v11 vol 3",80,7129,"IL TRM v11 vol3",80,7,"IL TRM v11 vol3",78,"Smart strip with at least 2 controlled plugs",null,"IL TRM v11 vol3",78,"Standard outlet strip",null,"IL TRM v11 vol 3",674,"=ROUND(AS29*AW29,4)","=ROUND((K29/U29)*O29,4)","IL TRM v11 vol3","79,80","2024-01-01","2024-12-31",null,null,null,null,103,"kWh","IL TRM v11 vol3",79,1,"ISR (direct install)","IL TRM v11 vol3",79]
["Whole Business Efficiency Program","Smart Power Strip - Wh7-Plug- SMB (direct install)",606.29999999999995,"SMB","Electronics",null,"per unit",10,"IL TRM v12 vol 3",87,{"$f":"ROUND(AS30*AW30,4)","v":103},"IL TRM v12 vol 3 (algorithm)",89,{"$f":"K30/U30","v":1.4448029176602609E-2},0.8,"IL TRM v12 vol3",90,{"$f":"ROUND((K30/U30)*O30,4)","v":1.1599999999999999E-2},"IL TRM v12 vol 3",90,7129,"IL TRM v12 vol3",90,7,"IL TRM v12 vol3",87,"Smart strip with at least 2 controlled plugs",null,"IL TRM v12 vol3",87,"Standard outlet strip",null,"IL TRM v12 vol3",87,"=ROUND(AS30*AW30,4)","=ROUND((K30/U30)*O30,4)","IL TRM v12 vol3","89,90","2025-01-01",null,null,null,null,null,103,"kWh","IL TRM v12 vol3",90,1,"ISR (direct install)","IL TRM v12 vol3",89]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in coolers - Convenience Store (No strip curtain)",304,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(20,4)","v":20},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS31/8766*O31,4)","v":2.3E-3},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"No strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(20,4)","=ROUND(AS31/8766*O31,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,20,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in coolers - Convenience Store (No strip curtain)",304.10000000000002,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB32*AW32,4)","v":23.6},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,{"$f":"ROUND(K32/U32*O32,4)","v":2.7000000000000001E-3},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick, convenience store cooler",23.6,"IL TRM v12 vol2",813,"No strip curtain",null,"IL TRM v12 vol2",813,"=ROUND(AB32*AW32,4)","=ROUND(K32/U32*O32,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in coolers - Convenience Store (Old strip curtain)",330,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(5,4)","v":5},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS33/8766*O33,4)","v":5.9999999999999995E-4},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"Old, ineffective strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(5,4)","=ROUND(AS33/8766*O33,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,5,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in coolers - Convenience Store (Old strip curtain)",330.1,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB34,4)","v":6.3},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",812,{"$f":"ROUND(K34/U34*O34,4)","v":6.9999999999999999E-4},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick",6.3,"IL TRM v12 vol2",813,"Old, ineffective strip curtain",null,"IL TRM v12 vol2",812,"=ROUND(AB34,4)","=ROUND(K34/U34*O34,4)",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in coolers - Restaurant (No strip curtain)",306,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(30,4)","v":30},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS35/8766*O35,4)","v":3.3999999999999998E-3},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"No strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(30,4)","=ROUND(AS35/8766*O35,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,30,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in coolers - Restaurant (No strip curtain)",306.10000000000002,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB36*AW36,4)","v":22.5},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,{"$f":"ROUND(K36/U36*O36,4)","v":2.5999999999999999E-3},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick, restaurant cooler",22.5,"IL TRM v12 vol2",813,"No strip curtain",null,"IL TRM v12 vol2",813,"=ROUND(AB36*AW36,4)","=ROUND(K36/U36*O36,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in coolers - Restaurant (Old strip curtain)",331,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(8,4)","v":8},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS37/8766*O37,4)","v":8.9999999999999998E-4},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"Old, ineffective strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(8,4)","=ROUND(AS37/8766*O37,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,8,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in coolers - Restaurant (Old strip curtain)",331.1,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB38,4)","v":6.2},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",812,{"$f":"ROUND(K38/U38*O38,4)","v":6.9999999999999999E-4},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick",6.2,"IL TRM v12 vol2",813,"Old, ineffective strip curtain",null,"IL TRM v12 vol2",812,"=ROUND(AB38,4)","=ROUND(K38/U38*O38,4)",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in freezers - Convenience Store (No strip curtain)",305,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(27,4)","v":27},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS39/8766*O39,4)","v":3.0999999999999999E-3},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"No strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(27,4)","=ROUND(AS39/8766*O39,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,27,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in freezers - Convenience Store (No strip curtain)",305.10000000000002,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB40*AW40,4)","v":33.200000000000003},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,{"$f":"ROUND(K40/U40*O40,4)","v":3.8E-3},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick, convenience store freezer",33.200000000000003,"IL TRM v12 vol2",813,"No strip curtain",null,"IL TRM v12 vol2",813,"=ROUND(AB40*AW40,4)","=ROUND(K40/U40*O40,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in freezers - Convenience Store (Old strip curtain)",328,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(8,4)","v":8},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS41/8766*O41,4)","v":8.9999999999999998E-4},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"Old, ineffective strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(8,4)","=ROUND(AS41/8766*O41,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,8,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in freezers - Convenience Store (Old strip curtain)",328.1,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB42,4)","v":10},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",812,{"$f":"ROUND(K42/U42*O42,4)","v":1.1000000000000001E-3},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick",10,"IL TRM v12 vol2",813,"Old, ineffective strip curtain",null,"IL TRM v12 vol2",812,"=ROUND(AB42,4)","=ROUND(K42/U42*O42,4)",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in freezers - Restaurant (No strip curtain)",307,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(119,4)","v":119},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS43/8766*O43,4)","v":1.3599999999999999E-2},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"No strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(119,4)","=ROUND(AS43/8766*O43,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,119,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in freezers - Restaurant (No strip curtain)",307.10000000000002,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB44*AW44,4)","v":114},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,{"$f":"ROUND(K44/U44*O44,4)","v":1.2999999999999999E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick, restaurant freezer",114,"IL TRM v12 vol2",813,"No strip curtain",null,"IL TRM v12 vol2",813,"=ROUND(AB44*AW44,4)","=ROUND(K44/U44*O44,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Hard-to-Reach Businesses Program","Strip curtain for walk-in freezers - Restaurant (Old strip curtain)",329,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,"IL TRM v6 vol2",450,{"$f":"ROUND(34,4)","v":34},"IL TRM v6 vol2",451,null,1,"IL TRM v6 vol2",452,{"$f":"ROUND(AS45/8766*O45,4)","v":3.8999999999999998E-3},"Calculated Value",null,null,null,null,4,"IL TRM v6 vol2",450,"Strip curtain at least 0.06 inches thick",null,"IL TRM v6 vol2",450,"Old, ineffective strip curtain",null,"IL TRM v6 vol2",450,"=ROUND(34,4)","=ROUND(AS45/8766*O45,4)","IL TRM v6 vol2",451452,"2020-01-01","2024-12-31",null,null,null,null,34,"ΔkWh/sq ft","IL TRM v6 vol2",450,21,"Area","IL TRM v6 vol2",450,1,"Coincidence Factor (CF)","IL TRM v6 vol2",450]
["Whole Business Efficiency Program","Strip curtain for walk-in freezers - Restaurant (Old strip curtain)",329.1,"Small C&I","Refrigeration",null,"per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB46,4)","v":32.4},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",812,{"$f":"ROUND(K46/U46*O46,4)","v":3.7000000000000002E-3},"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip curtain at least 0.06 inches thick",32.4,"IL TRM v12 vol2",813,"Old, ineffective strip curtain",null,"IL TRM v12 vol2",812,"=ROUND(AB46,4)","=ROUND(K46/U46*O46,4)",null,null,"2025-01-01"]
["Hard-to-Reach Businesses Program","Water Heater Pipe Insulation",290,"Small C&I","Hot Water","Direct Install","per foot",15,"IL TRM v7 vol3",171,{"$f":"ROUND(((AS47/AW47-BA47/BE47)*BI47*BM47*BQ47/BU47/BY47),4)","v":102.71429999999999},"Calculated Value",null,{"$f":"ROUND(K47/U47,4)","v":1.17E-2},1,"IL TRM v7 vol3",171,{"$f":"ROUND(K47/U47,4)","v":1.17E-2},"Calculated Value",null,8766,"IL TRM v7 vol3",172,15,"IL TRM v7 vol3",171,"5 linear feet of insulation",null,null,null,"none",null,null,null,"=ROUND(((AS47/AW47-BA47/BE47)*BI47*BM47*BQ47/BU47/BY47),4)","=ROUND(K47/U47,4)","IL TRM v7 vol3","171, 172","2020-01-01","2024-12-31",null,null,null,null,0.19600000000000001,"Cexist","IL TRM v7 vol3",172,1,"Rexist","IL TRM v7 vol3",172,0.32700000000000001,"Cnew","IL TRM v7 vol3",172,5,"Rnew","IL TRM v7 vol3",172,5,"L","Tracking Data",null,60,"DeltaT","IL TRM v7 vol3",172,8766,"Hours","IL TRM v7 vol3",172,0.98,"eta DHW","IL TRM v7 vol3",172,3412,"Conversion from BTU to kWh","IL TRM v7 vol3",172]
["Whole Business Efficiency Program","Water Heater Pipe Insulation",290.10000000000002,"Small C&I","Hot Water","Direct Install","per foot",3,"IL TRM v12 vol3",237,{"$f":"ROUND(((1/AW48-1/BE48)*AS48*CS48*BM48*U48*CO48)/BU48/BY48,4)","v":231.20439999999999},"Calculated Value",null,{"$f":"ROUND(K48/U48,4)","v":2.64E-2},1,"IL TRM v12 vol3",237,{"$f":"ROUND(K48/U48,4)","v":2.64E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",240,15,"IL TRM v12 vol3",237,"5 linear feet of insulation",null,null,null,"none",null,null,null,"=ROUND(((1/AW48-1/BE48)*AS48*CS48*BM48*U48*CO48)/BU48/BY48,4)","=ROUND(K48/U48,4)","IL TRM v12 vol3","237, 240","2025-01-01",null,null,null,null,null,0.20549999999999999,"Cinside","IL TRM v12 vol3",238,0.52100000000000002,"Rexist","IL TRM v12 vol3",239,null,null,null,null,5,"Rnew, actual","Program Tracking Data",null,5,"L","Tracking Data",null,60,"DeltaT","IL TRM v12 vol2",239,null,null,null,null,0.98,"eta DHW","IL TRM v12 vol3",239,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",239,{"$f":"BE48-(CG48)","v":2},"Lhorizontal","IL TRM v12 vol3",238,3,"Lvertical","IL TRM v12 vol3",238,0.72,"α","IL TRM v12 vol3",239,1,"ISR, Direct Install","IL TRM v12 vol2",239,{"$f":"CC48+(CK48*CG48)","v":4.16},"Leffective","IL TRM v12 vol3",238]
["Home Demand Response Program","BYO - Thermostat (DR enrolled)",1116,"Single/Multi-Family","HVAC",null,"per unit",0,"Based on non-influence of the purchase. Free Ridership.",null,{"$f":"ROUND(0, 4)","v":0},"Based on non-influence of the purchase. Free Ridership.",null,null,null,null,null,{"$f":"ROUND(0.823,4)","v":0.82299999999999995},"ADM PY2023 Analysis",null,null,null,null,11,"IL TRM 12 vol3",204,"PCT",null,null,null,null,null,null,null,"=ROUND(0, 4)","=ROUND(0.823,4)",null,null,"2025-01-01"]
["Home Demand Response Program","DIY - Marketplace - Thermostat (DR enrolled)",1117,"Single/Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0, 4)","v":0},"ADM PY2021 Regression Analysis of participant billing data",null,null,null,null,null,{"$f":"ROUND(0.823,4)","v":0.82299999999999995},"ADM PY2023 Analysis",null,null,null,null,11,"IL TRM 12 vol3",204,"PCT",null,null,null,null,null,null,null,"=ROUND(0, 4)","=ROUND(0.823,4)",null,null,"2025-01-01"]
["Home Demand Response Program","DR Water Heater DLC",308.10000000000002,"All","Hot Water",null,"per customer",200,"MN TRM v3.3",196,{"$f":"ROUND(0,4)","v":0},"Portland based IOU program evaluation",null,null,null,null,null,{"$f":"ROUND(0.17,4)","v":0.17},"Portland based IOU program evaluation",null,null,null,null,15,"MN TRM v3.3",195,"Electric water heater during curtailment event."," ",null,null,"Electric water heater on non-curtailment event days.",null,null,null,"=ROUND(0,4)","=ROUND(0.17,4)",null,null,"2024-01-01","2024-12-31",null,null,null,null,"Average # of events","Average number of load control events during a typical year, provided by utility, assumed to be 2 based on MN TRM v3.3."," "]
["Home Demand Response Program","DR Water Heater DLC",308.2,"All","Hot Water",null,"per customer",200,"MN TRM v3.3",196,{"$f":"ROUND(0,4)","v":0},"Portland based IOU program evaluation",null,null,null,null,null,{"$f":"ROUND(0.17,4)","v":0.17},"Portland based IOU program evaluation",null,null,null,null,15,"MN TRM v3.3",195,"Electric water heater during curtailment event."," ",null,null,"Electric water heater on non-curtailment event days.",null,null,null,"=ROUND(0,4)","=ROUND(0.17,4)",null,null,"2025-01-01",null,null,null,null,null,"Average # of events","Average number of load control events during a typical year, provided by utility, assumed to be 2 based on MN TRM v3.3."," "]
["Home Demand Response Program","Pro Installation - Thermostat (DR enrolled)",1118,"Single/Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0, 4)","v":0},"ADM PY2021 Regression Analysis of participant billing data",null,null,null,null,null,{"$f":"ROUND(0.823,4)","v":0.82299999999999995},"ADM PY2023 Analysis",null,null,null,null,11,"IL TRM 12 vol3",204,"PCT",null,null,null,null,null,null,null,"=ROUND(0, 4)","=ROUND(0.823,4)",null,null,"2025-01-01"]
["Home Demand Response Program","Smart Thermostat",65.599999999999994,"All","HVAC",null,"per unit",170,"Weighted average cost of actual units installed in PY2020.",null,{"$f":"ROUND(185,4)","v":185},"ADM PY2021 Regression Analysis of participant billing data",null,null,null,null,null,{"$f":"ROUND(1.314089,4)","v":1.3141},"ADM PY2022 Analysis",null,null,null,null,11,"IL TRM 11 vol3",205,"PCT",null,null,null,"No PCT",null,null,null,"=ROUND(185,4)","=ROUND(1.314089,4)",null,null,"2024-01-01","2024-12-31"]
["Home Demand Response Program","Smart Thermostat",65.7,"Residential","HVAC",null,"per customer",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0,4)","v":0},"ADM PY2021 Regression Analysis of participant billing data",null,null,null,null,null,{"$f":"ROUND(0.823,4)","v":0.82299999999999995},"ADM PY2023 Analysis",null,null,null,null,11,"IL TRM 12 vol3",204,"PCT",null,null,null,null,null,null,null,"=ROUND(0,4)","=ROUND(0.823,4)",null,null,"2025-01-01"]
["Home Demand Response Program","Smart Thermostat - BYO",311.39999999999998,"All","HVAC",null,"per unit",170,"Weighted average cost of actual units installed in PY2020.",null,{"$f":"ROUND(0,4)","v":0},"Based on non-influence of the purchase. Free Ridership.",null,null,null,null,null,{"$f":"ROUND(1.314089,4)","v":1.3141},"ADM PY2022 Analysis",null,null,null,null,11,"IL TRM 11 vol3",205,"PCT",null,null,null,"No PCT",null,null,null,"=ROUND(0,4)","=ROUND(1.314089,4)",null,null,"2024-01-01","2024-12-31"]
["Home Demand Response Program","Smart Thermostat - BYO",311.5,"All","HVAC",null,"per customer",0,"Based on non-influence of the purchase. Free Ridership.",204,{"$f":"ROUND(0,4)","v":0},"Based on non-influence of the purchase. Free Ridership.",null,null,null,null,null,{"$f":"ROUND(0.823, 4)","v":0.82299999999999995},"ADM PY2023 Analysis",null,null,null,null,11,"IL TRM 11 vol3",205,"PCT",null,null,null,"No PCT",null,null,null,"=ROUND(0,4)","=ROUND(0.823, 4)",null,null,"2025-01-01"]
["Income Eligible Program","1x4 LED retrofit kits (Com Area)",475.2,"Multi-Family","Lighting","Common Area - DI","per unit",75,"IL TRM v11 vol2",668,{"$f":"ROUND((AF58-AB58)/1000*U58*AS58*BA58,4)","v":132.20339999999999},"Calculated Value",null,{"$f":"R58/O58","v":2.6451612903225809E-2},0.62,"IL TRM v11 vol2 (MF - Mid Rise - Common)",636,{"$f":"ROUND((AF58-AB58)/1000*AW58*O58*BA58,4)","v":1.6400000000000001E-2},"Calculated Value",null,5216,"IL TRM v11 vol2 - MF Midrise Common",636,{"$f":"50000/U58","v":9.5858895705521476},"IL TRM v11 vol2",659,"LED 1X4 Retrofit Kits - LED 1x4 Recessed Light Fixture, 3001-4500 lumens",33.700000000000003,"IL TRM v11 vol3",668,"2x4 T8, T12 or T5 Fluorescents - 18:82; 2-Lamp 34w T12 (BF < 0.85) :2-Lamp 32w T8 (BF < 0.89)",57,"IL TRM v11 vol3",668,"=ROUND((AF58-AB58)/1000*U58*AS58*BA58,4)","=ROUND((AF58-AB58)/1000*AW58*O58*BA58,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor_Energy","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor_Demand","IL TRM v11 vol2",636,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","1x4 LED retrofit kits (Com Area)",475.3,"Multi-Family","Lighting","Common Area - DI","per unit",75,"IL TRM v12 vol2",715,{"$f":"ROUND(((AF59-AB59)/1000)*U59*AS59*BA59,4)","v":143.34870000000001},"Calculated Value",null,{"$f":"ROUND(R59/O59,4)","v":2.87E-2},0.62,"IL TRM v12 vol2 (MF - Mid Rise - Common) ",null,{"$f":"ROUND(((AF59-AB59)/1000)*BA59*AW59*O59,4)","v":1.78E-2},"Calculated Value",null,5216,"IL TRM v12 vol2 - MF Mid Rise - Common",683,8,"IL TRM v12 vol2",706,"LED 1X4 Retrofit Kits - LED 1x4 Recessed Light Fixture, 3001-4500 lumens",30.8,"IL TRM v12 vol3",715,"2x4 T8, T12 or T5 Fluorescents - 18:82; 2-Lamp 34w T12 (BF < 0.85) :2-Lamp 32w T8 (BF < 0.89)",57,"IL TRM v12 vol2",715,"=ROUND(((AF59-AB59)/1000)*U59*AS59*BA59,4)","=ROUND(((AF59-AB59)/1000)*BA59*AW59*O59,4)","IL TRM v12 vol3","707, 713","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683,0.94499999999999995,"ISR - Direct Install","IL TRM v12 vol3",696]
["Income Eligible Program","Air Sealing (Infiltration reduction) - 30% MF LI DI ASHP base- Heating Only",442.3,"Multi-Family","HVAC - Shell",null,"per sq ft (floor area)",0.12,"Program tracking data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((AF60-AB60)/AS60)*AW60*AP60*BA60)/(BE60*BI60))*BM60,4)","v":1251.354},"Calculated Value",null,null,0,"Calculated Value",null,{"$f":"ROUND(O60*K60,4)","v":0},"No cooling savings, no coincident savings",null,null,null,null,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((AF60-AB60)/AS60)*AW60*AP60*BA60)/(BE60*BI60))*BM60,4)","=ROUND(O60*K60,4)","IL TRM v12 vol3",376,"2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,22.5,"N_heat for 1.5 stoires in St. Louis, MO","IL TRM v12 vol3",379,1440,"Convert CFM to cubic ft per day (60 * 24)","IL TRM v12 vol3",379,1.7999999999999999E-2,"Specific heat capacity of air","IL TRM v12 vol3",377,1.74,"Efficiency (effective COP estimate) of ASHP, using \"Heat Pump After 2015\" from IL TRM v11 vol3","IL TRM v12 vol3",380,3412,"Convert Btu to kWh","IL TRM v12 vol3",380,1,"%ElectricHeat","IL TRM v12 vol3",380]
["Income Eligible Program","Air Sealing (Infiltration reduction) - 30% MF LI DI electric furnace base/electric resistance",441.3,"Multi-Family","HVAC - Shell",null,"per sq ft (floor area)",0.12,"Program tracking data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((AF61-AB61)/AS61)*AW61*AP61*BA61)/(BE61*BI61))*BM61,4)","v":2177.3560000000002},"Calculated Value",null,null,0,"Calculated Value",null,{"$f":"ROUND(O61*K61,4)","v":0},"No cooling savings, no coincident savings",null,null,null,null,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((AF61-AB61)/AS61)*AW61*AP61*BA61)/(BE61*BI61))*BM61,4)","=ROUND(O61*K61,4)","IL TRM v12 vol3",376,"2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,22.5,"N_heat for 1.5 stoires in St. Louis, MO","IL TRM v12 vol3",379,1440,"Convert CFM to cubic ft per day (60 * 24)","IL TRM v12 vol3",379,1.7999999999999999E-2,"Specific heat capacity of air","IL TRM v12 vol3",377,1,"Efficiency (effective COP estimate) of electric resistance heating from MO TRM","IL TRM v12 vol3",380,3412,"Convert Btu to kWh","IL TRM v12 vol3",380,1,"%ElectricHeat","IL TRM v12 vol3",380]
["Income Eligible Program","ASHP SEER 15 - replace ASHP: MF",539.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((DA62*DM62)+DE62)/DM62)-DI62","v":89.910979228486667},"IL TRM v11 vol3",91,{"$f":"ROUND(((U62*AS62*(1/(AF62*(1-BU62))-1/(AB62*BY62*(1-CC62))))/1000)+((BQ62*AS62*(1/(BA62*CW62*(1-CG62))-1/(AW62*CW62*CK62*(1-CO62))))/1000),4)","v":2.3713000000000002},"Calculated Value",null,{"$f":"R62","v":9.7500000000000003E-2},0.67,"IL TRM v11 vol3",92,{"$f":"ROUND((AS62*(1/(BI62*(1-BU62))-1/(BE62*(1-CC62))))/1000*O62,4)","v":9.7500000000000003E-2},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",73,"SEERee",15,"Measure Definition",null,"SEERexist",15,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((U62*AS62*(1/(AF62*(1-BU62))-1/(AB62*BY62*(1-CC62))))/1000)+((BQ62*AS62*(1/(BA62*CW62*(1-CG62))-1/(AW62*CW62*CK62*(1-CO62))))/1000),4)","=ROUND((AS62*(1/(BI62*(1-BU62))-1/(BE62*(1-CC62))))/1000*O62,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPFee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,8.8000000000000007,"HSPFbase","2023 Federal Minimum Baseline",null,12.5,"EERee","IL TRM v11 vol3",103,11,"EERexist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,{"$f":"0.805*(BE62/AB62)+0.367","v":1.0378333333333334},"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,1,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"((DA62*DM62)+6562)/DM62","v":2547.1810089020769},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data"]
["Income Eligible Program","ASHP SEER 15 - replace electric furnace / CAC - Early Replacement: MF",533.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((DA63*DM63)+DE63)/DM63)-DI63","v":1168.5953489583214},"IL TRM v11 vol3",91,3656.2098999999998,"Calculated Value",null,0.42620000000000002,0.67,"IL TRM v11 vol3",92,0.42620000000000002,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",73,"SEERee",15,"Measure Definition",null,"SEERexist",9.6999999999999993,"IL TRM v11 vol3",94,"=ROUND(((U63*AS63*(1/(AF63*(1-BU63))-1/(AB63*BY63*(1-CC63))))/1000)+((BQ63*AS63*(1/(BA63*CW63*(1-CG63))-1/(AW63*CW63*CK63*(1-CO63))))/1000),4)","=ROUND((AS63*(1/(BI63*(1-BU63))-1/(BE63*(1-CC63))))/1000*O63,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPFee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPFexist","IL TRM v11 vol3",96,12.5,"EERee","IL TRM v11 vol3",103,7.83,"EERexist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,1.0378333333333334,"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,1,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(-PV(CS63, 6, 0, (1092*DM63))+-PV(CS63, 7, 0, (2296)))/DM63","v":1468.4966391722421},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data"]
["Income Eligible Program","ASHP SEER 15 - replace electric furnace / CAC - Early Replacement: MF (future)",534,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,3297.777,"Calculated Value",null,0.1361,0.67,"IL TRM v11 vol3",92,0.1361,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",73,"SEERee",15,"Measure Definition",null,"SEERexist",15,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((U64*AS64*(1/(AF64*(1-BU64))-1/(AB64*BY64*(1-CC64))))/1000)+((BQ64*AS64*(1/(BA64*CW64*(1-CG64))-1/(AW64*CW64*CK64*(1-CO64))))/1000),4)","=ROUND((AS64*(1/(BI64*(1-BU64))-1/(BE64*(1-CC64))))/1000*O64,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPFee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPFbase","IL TRM v11 vol3",96,12.5,"EERee","IL TRM v11 vol3",103,10.5,"EERexist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,1.0378333333333334,"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,1,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(-PV(CS64, 6, 0, (1092*DM64))+-PV(CS64, 7, 0, (2296)))/DM64","v":1468.4966391722421},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data"]
["Income Eligible Program","ASHP SEER 15 - replace electric furnace / CAC: MF",532.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((DA65*DM65)+DE65)/DM65)-DI65","v":1088.3560830860533},"IL TRM v11 vol3",91,3297.777,"Calculated Value",null,0.1361,0.67,"IL TRM v11 vol3",92,0.1361,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",73,"SEERee",15,"Measure Definition",null,"SEERexist",15,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((U65*AS65*(1/(AF65*(1-BU65))-1/(AB65*BY65*(1-CC65))))/1000)+((BQ65*AS65*(1/(BA65*CW65*(1-CG65))-1/(AW65*CW65*CK65*(1-CO65))))/1000),4)","=ROUND((AS65*(1/(BI65*(1-BU65))-1/(BE65*(1-CC65))))/1000*O65,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPFee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPFbase","IL TRM v11 vol3",96,12.5,"EERee","IL TRM v11 vol3",103,10.5,"EERexist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,1.0378333333333334,"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,1,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(2011/DM65)+952","v":1548.7359050445102},"Baseline install cost","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data"]
["Income Eligible Program","ASHP SEER 16 - replace ASHP - Early Replacement: MF",705,"Multi-Family","HVAC",null,"per ton",{"$f":"(((DA66*DM66)+DE66)/DM66)-DI66","v":304.45540281368403},"IL TRM v11 vol3",91,1992.3451,"Calculated Value",null,0.42620000000000002,0.67,"IL TRM v11 vol3",92,0.42620000000000002,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",90,"SEERee",16,"Nameplate rating",null,"SEERexist",9.6999999999999993,"IL TRM v11 vol3",94,"=ROUND(((U66*AS66*(1/(AF66*(1-BU66))-1/(AB66*BY66*(1-CC66))))/1000)+((BQ66*AS66*(1/(BA66*CW66*(1-CG66))-1/(AW66*CW66*CK66*(1-CO66))))/1000),4)","=ROUND((AS66*(1/(BI66*(1-BU66))-1/(BE66*(1-CC66))))/1000*O66,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPFee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,5.78,"HSPFexist","IL TRM v11 vol3",96,12.5,"EERee","IL TRM v11 vol3",103,7.83,"EERexist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,0.99590624999999999,"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,0.73,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS66,6, 0, (7527+(688*DM66)))/DM66","v":2377.2588829006017},"Deferred cost savings","IL TRM v11 vol3",91,3.5,"Assumed average system tons","Tracking Data"]
["Income Eligible Program","ASHP SEER 16 - replace ASHP - Early Replacement: MF (future)",706,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,113.828,"Calculated Value",null,9.7500000000000003E-2,0.67,"IL TRM v11 vol3",92,9.7500000000000003E-2,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,10,"IL TRM v11 vol3",90,"SEERee",16,"Nameplate rating",null,"SEERbase",15,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((U67*AS67*(1/(AF67*(1-BU67))-1/(AB67*BY67*(1-CC67))))/1000)+((BQ67*AS67*(1/(BA67*CW67*(1-CG67))-1/(AW67*CW67*CK67*(1-CO67))))/1000),4)","=ROUND((AS67*(1/(BI67*(1-BU67))-1/(BE67*(1-CC67))))/1000*O67,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPFee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,8.8000000000000007,"HSPFbase","2023 Federal Minimum Baseline",null,12.5,"EERee","IL TRM v11 vol3",103,11,"EERbase","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",95,0.99590624999999999,"SEERadj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,1,"HSPF_ClimateAdj, Statewide weighted average, when using HSPF rating","IL TRM v11 vol3",92,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS67,6, 0, (7527+(688*DM67)))/DM67","v":2603.1164998066715},"Deferred cost savings","IL TRM v7 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data"]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP - Early Replacement: MF",772,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW68*DI68)+DA68)/DI68)-DE68","v":190.35563850613653},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM68*AS68*(1/(AF68*(1-BU68))-1/(AB68*BY68*(1-CC68))))/1000)+((BQ68*AS68*(1/(BA68*DM68*(1-CG68))-1/(AW68*DM68*CK68*(1-CO68))))/1000),4)","v":2049.3006},"Calculated Value",null,{"$f":"K68/U68","v":2.7768300813008131},0.72,"IL TRM v11 vol3",92,0.51049999999999995,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,6,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM68*AS68*(1/(AF68*(1-BU68))-1/(AB68*BY68*(1-CC68))))/1000)+((BQ68*AS68*(1/(BA68*DM68*(1-CG68))-1/(AW68*DM68*CK68*(1-CO68))))/1000),4)","=ROUND((AS68*(1/(BI68*(1-BU68))-1/(BE68*(1-CC68))))/1000*O68,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,{"$f":"5.78*0.852","v":4.9245600000000005},"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,1.0378333333333334,"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS68,6,0,(7527 +(688*DI68)))/DI68","v":2446.736349624427},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP - Early Replacement: MF",772.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW69*DI69)+DA69)/DI69)-DE69","v":193.67999375154295},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM69*AS69)/BY69*(1/(AF69*(1-CC69))))-(BM69*AS69*1/(AB69*(1-BU69))))/1000)+(((BQ69*AS69*CK69)/BY69*(1/(BA69*DM69*(1-CG69))))-((BQ69*AS69*CK69)*1/(AW69*DM69*(1-CO69))))/1000,4)","v":2451.3163},"Calculated Value",null,{"$f":"ROUND(K69/U69,4)","v":3.3216000000000001},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS69)/BY69*(1/(BI69*(1-CC69))))-(AS69*1/(BE69*(1-BU69))))/1000*O69,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM69*AS69)/BY69*(1/(AF69*(1-CC69))))-(BM69*AS69*1/(AB69*(1-BU69))))/1000)+(((BQ69*AS69*CK69)/BY69*(1/(BA69*DM69*(1-CG69))))-((BQ69*AS69*CK69)*1/(AW69*DM69*(1-CO69))))/1000,4)","=ROUND((((AS69)/BY69*(1/(BI69*(1-CC69))))-(AS69*1/(BE69*(1-BU69))))/1000*O69,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS69,6,0,(7722 +(674*DI69)))/DI69","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP - Early Replacement: MF (future)",773,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,{"$f":"ROUND(((BM70*AS70*(1/(AF70*(1-BU70))-1/(AB70*BY70*(1-CC70))))/1000)+((BQ70*AS70*(1/(BA70*DM70*(1-CG70))-1/(AW70*DM70*CK70*(1-CO70))))/1000),4)","v":395.8569},"Calculated Value",null,{"$f":"K70/U70","v":0.53639146341463417},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS70*(1/(BI70*(1-BU70))-1/(BE70*(1-CC70))))/1000*O70,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,10,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM70*AS70*(1/(AF70*(1-BU70))-1/(AB70*BY70*(1-CC70))))/1000)+((BQ70*AS70*(1/(BA70*DM70*(1-CG70))-1/(AW70*DM70*CK70*(1-CO70))))/1000),4)","=ROUND((AS70*(1/(BI70*(1-BU70))-1/(BE70*(1-CC70))))/1000*O70,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE70/AB70)+0.367","v":1.0378333333333334},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS70,6,0,(7527 +(688*DI70)))/DI70","v":2446.736349624427},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP - Early Replacement: MF (future)",773.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM71*AS71)/BY71*(1/(AF71*(1-CC71))))-(BM71*AS71*1/(AB71*(1-BU71))))/1000)+(((BQ71*AS71*CK71)/BY71*(1/(BA71*DM71*(1-CG71))))-((BQ71*AS71*CK71)*1/(AW71*DM71*(1-CO71))))/1000,4)","v":456.9008},"Calculated Value",null,{"$f":"ROUND(K71/U71,4)","v":0.61909999999999998},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS71)/BY71*(1/(BI71*(1-CC71))))-(AS71*1/(BE71*(1-BU71))))/1000*O71,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,{"$f":"cellformula(K71)","v":"=ROUND(((((BM71*AS71)/BY71*(1/(AF71*(1-CC71))))-(BM71*AS71*1/(AB71*(1-BU71))))/1000)+(((BQ71*AS71*CK71)/BY71*(1/(BA71*DM71*(1-CG71))))-((BQ71*AS71*CK71)*1/(AW71*DM71*(1-CO71))))/1000,4)"},{"$f":"cellformula(R71)","v":"=ROUND((((AS71)/BY71*(1/(BI71*(1-CC71))))-(AS71*1/(BE71*(1-BU71))))/1000*O71,4)"},"IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS71,6,0,(7722 +(674*DI71)))/DI71","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP-ROF: MF",771,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW72*DI72)+DA72)/DI72)-DE72","v":89.910979228486667},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM72*AS72*(1/(AF72*(1-BU72))-1/(AB72*BY72*(1-CC72))))/1000)+((BQ72*AS72*(1/(BA72*DM72*(1-CG72))-1/(AW72*DM72*CK72*(1-CO72))))/1000),4)","v":395.8569},"Calculated Value",null,{"$f":"K72/U72","v":0.53639146341463417},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS72*(1/(BI72*(1-BU72))-1/(BE72*(1-CC72))))/1000*O72,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM72*AS72*(1/(AF72*(1-BU72))-1/(AB72*BY72*(1-CC72))))/1000)+((BQ72*AS72*(1/(BA72*DM72*(1-CG72))-1/(AW72*DM72*CK72*(1-CO72))))/1000),4)","=ROUND((AS72*(1/(BI72*(1-BU72))-1/(BE72*(1-CC72))))/1000*O72,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE72/AB72)+0.367","v":1.0378333333333334},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,null,null,null,null,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CW72*DI72+6562)/DI72","v":2547.1810089020769},"Baseline install cost","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace ASHP-ROF: MF",771.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW73*DI73)+DA73)/DI73)-DE73","v":40.059347181008889},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM73*AS73)/BY73*(1/(AF73*(1-CC73))))-(BM73*AS73*1/(AB73*(1-BU73))))/1000)+(((BQ73*AS73*CK73)/BY73*(1/(BA73*DM73*(1-CG73))))-((BQ73*AS73*CK73)*1/(AW73*DM73*(1-CO73))))/1000,4)","v":456.9008},"Calculated Value",null,{"$f":"ROUND(K73/U73,4)","v":0.61909999999999998},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS73)/BY73*(1/(BI73*(1-CC73))))-(AS73*1/(BE73*(1-BU73))))/1000*O73,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM73*AS73)/BY73*(1/(AF73*(1-CC73))))-(BM73*AS73*1/(AB73*(1-BU73))))/1000)+(((BQ73*AS73*CK73)/BY73*(1/(BA73*DM73*(1-CG73))))-((BQ73*AS73*CK73)*1/(AW73*DM73*(1-CO73))))/1000,4)","=ROUND((((AS73)/BY73*(1/(BI73*(1-CC73))))-(AS73*1/(BE73*(1-BU73))))/1000*O73,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW73*DI73+6865)/DI73","v":2637.0919881305635},"Baseline install cost - ASHP","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF",769,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW74*DI74)+DA74)/DI74)-DE74","v":1168.5953489583214},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM74*AS74*(1/(AF74*(1-BU74))-1/(AB74*BY74*(1-CC74))))/1000)+((BQ74*AS74*(1/(BA74*DM74*(1-CG74))-1/(AW74*DM74*CK74*(1-CO74))))/1000),4)","v":3704.0104999999999},"Calculated Value",null,{"$f":"K74/U74","v":5.0189844173441731},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS74*(1/(BI74*(1-BU74))-1/(BE74*(1-CC74))))/1000*O74,4)","v":0.51049999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,6,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM74*AS74*(1/(AF74*(1-BU74))-1/(AB74*BY74*(1-CC74))))/1000)+((BQ74*AS74*(1/(BA74*DM74*(1-CG74))-1/(AW74*DM74*CK74*(1-CO74))))/1000),4)","=ROUND((AS74*(1/(BI74*(1-BU74))-1/(BE74*(1-CC74))))/1000*O74,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE74/AB74)+0.367","v":1.0378333333333334},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS74, 6, 0, (1092))+-PV(CS74, 7, 0, (2296))/DI74","v":1468.4966391722421},"Deferred cost savings","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF",769.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW75*DI75)+DA75)/DI75)-DE75","v":1208.6546961393303},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM75*AS75)/BY75*(1/(AF75*(1-CC75))))-(BM75*AS75*1/(AB75*(1-BU75))))/1000)+(((BQ75*AS75*CK75)/BY75*(1/(BA75*DM75*(1-CG75))))-((BQ75*AS75*CK75)*1/(AW75*DM75*(1-CO75))))/1000,4)","v":4505.8940000000002},"Calculated Value",null,{"$f":"ROUND(K75/U75,4)","v":6.1055000000000001},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS75)/BY75*(1/(BI75*(1-CC75))))-(AS75*1/(BE75*(1-BU75))))/1000*O75,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM75*AS75)/BY75*(1/(AF75*(1-CC75))))-(BM75*AS75*1/(AB75*(1-BU75))))/1000)+(((BQ75*AS75*CK75)/BY75*(1/(BA75*DM75*(1-CG75))))-((BQ75*AS75*CK75)*1/(AW75*DM75*(1-CO75))))/1000,4)","=ROUND((((AS75)/BY75*(1/(BI75*(1-CC75))))-(AS75*1/(BE75*(1-BU75))))/1000*O75,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS75, 6, 0, (1092))+-PV(CS75, 7, 0, (2296))/DI75","v":1468.4966391722421},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF (future)",770,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,{"$f":"ROUND(((BM76*AS76*(1/(AF76*(1-BU76))-1/(AB76*BY76*(1-CC76))))/1000)+((BQ76*AS76*(1/(BA76*DM76*(1-CG76))-1/(AW76*DM76*CK76*(1-CO76))))/1000),4)","v":3329.8888000000002},"Calculated Value",null,{"$f":"K76/U76","v":4.5120444444444443},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS76*(1/(BI76*(1-BU76))-1/(BE76*(1-CC76))))/1000*O76,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,10,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM76*AS76*(1/(AF76*(1-BU76))-1/(AB76*BY76*(1-CC76))))/1000)+((BQ76*AS76*(1/(BA76*DM76*(1-CG76))-1/(AW76*DM76*CK76*(1-CO76))))/1000),4)","=ROUND((AS76*(1/(BI76*(1-BU76))-1/(BE76*(1-CC76))))/1000*O76,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE76/AB76)+0.367","v":1.0378333333333334},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS76, 6, 0, (1092))+-PV(CS76, 7, 0, (2296))/DI76","v":1468.4966391722421},"Baseline install cost","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF (future)",770.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM77*AS77)/BY77*(1/(AF77*(1-CC77))))-(BM77*AS77*1/(AB77*(1-BU77))))/1000)+(((BQ77*AS77*CK77)/BY77*(1/(BA77*DM77*(1-CG77))))-((BQ77*AS77*CK77)*1/(AW77*DM77*(1-CO77))))/1000,4)","v":4124.4407000000001},"Calculated Value",null,{"$f":"ROUND(K77/U77,4)","v":5.5887000000000002},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS77)/BY77*(1/(BI77*(1-CC77))))-(AS77*1/(BE77*(1-BU77))))/1000*O77,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM77*AS77)/BY77*(1/(AF77*(1-CC77))))-(BM77*AS77*1/(AB77*(1-BU77))))/1000)+(((BQ77*AS77*CK77)/BY77*(1/(BA77*DM77*(1-CG77))))-((BQ77*AS77*CK77)*1/(AW77*DM77*(1-CO77))))/1000,4)","=ROUND((((AS77)/BY77*(1/(BI77*(1-CC77))))-(AS77*1/(BE77*(1-BU77))))/1000*O77,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS77, 6, 0, (1092))+-PV(CS77, 7, 0, (2296))/DI77","v":1468.4966391722421},"Baseline install cost","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - ROF: MF",768,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW78*DI78)+DA78)/DI78)-DE78","v":1088.3560830860533},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM78*AS78*(1/(AF78*(1-BU78))-1/(AB78*BY78*(1-CC78))))/1000)+((BQ78*AS78*(1/(BA78*DM78*(1-CG78))-1/(AW78*DM78*CK78*(1-CO78))))/1000),4)","v":3329.8888000000002},"Calculated Value",null,{"$f":"K78/U78","v":4.5120444444444443},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS78*(1/(BI78*(1-BU78))-1/(BE78*(1-CC78))))/1000*O78,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM78*AS78*(1/(AF78*(1-BU78))-1/(AB78*BY78*(1-CC78))))/1000)+((BQ78*AS78*(1/(BA78*DM78*(1-CG78))-1/(AW78*DM78*CK78*(1-CO78))))/1000),4)","=ROUND((AS78*(1/(BI78*(1-BU78))-1/(BE78*(1-CC78))))/1000*O78,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE78/AB78)+0.367","v":1.0378333333333334},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,2011,"Assumed installation cost for 80% AFUE furnace","IL TRM v11 vol3",91,600,"First Cost $/ton","IL TRM v11 vol3",91,6865,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CS78/DI78)+952","v":1548.7359050445102},"Baseline install cost","IL TRM v11 vol3",91,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 15 - replace electric furnace / CAC - ROF: MF",768.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW79*DI79)+DA79)/DI79)-DE79","v":1128.4154302670622},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM79*AS79)/BY79*(1/(AF79*(1-CC79))))-(BM79*AS79*1/(AB79*(1-BU79))))/1000)+(((BQ79*AS79*CK79)/BY79*(1/(BA79*DM79*(1-CG79))))-((BQ79*AS79*CK79)*1/(AW79*DM79*(1-CO79))))/1000,4)","v":4124.4407000000001},"Calculated Value",null,{"$f":"ROUND(K79/U79,4)","v":5.5887000000000002},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS79)/BY79*(1/(BI79*(1-CC79))))-(AS79*1/(BE79*(1-BU79))))/1000*O79,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM79*AS79)/BY79*(1/(AF79*(1-CC79))))-(BM79*AS79*1/(AB79*(1-BU79))))/1000)+(((BQ79*AS79*CK79)/BY79*(1/(BA79*DM79*(1-CG79))))-((BQ79*AS79*CK79)*1/(AW79*DM79*(1-CO79))))/1000,4)","=ROUND((((AS79)/BY79*(1/(BI79*(1-CC79))))-(AS79*1/(BE79*(1-BU79))))/1000*O79,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,2011,"Assumed installation cost for 80% AFUE furnace","IL TRM v12 vol3",105,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CS79/DI79)+952","v":1548.7359050445102},"Baseline install cost - CAC","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP - Early Replacement: MF",778,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW80*DI80)+DA80)/DI80)-DE80","v":247.68735871422905},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM80*AS80*(1/(AF80*(1-BU80))-1/(AB80*BY80*(1-CC80))))/1000)+((BQ80*AS80*(1/(BA80*DM80*(1-CG80))-1/(AW80*DM80*CK80*(1-CO80))))/1000),4)","v":2160.7573000000002},"Calculated Value",null,{"$f":"K80/U80","v":2.9278554200542009},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS80*(1/(BI80*(1-BU80))-1/(BE80*(1-CC80))))/1000*O80,4)","v":0.51049999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,6,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM80*AS80*(1/(AF80*(1-BU80))-1/(AB80*BY80*(1-CC80))))/1000)+((BQ80*AS80*(1/(BA80*DM80*(1-CG80))-1/(AW80*DM80*CK80*(1-CO80))))/1000),4)","=ROUND((AS80*(1/(BI80*(1-BU80))-1/(BE80*(1-CC80))))/1000*O80,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,{"$f":"5.78*0.852","v":4.9245600000000005},"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE80/AB80)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS80,6,0,(7527 +(688*DI80)))/DI80","v":2603.1164998066715},"Deferred cost savings","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP - Early Replacement: MF",778.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW81*DI81)+DA81)/DI81)-DE81","v":298.86248234210461},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM81*AS81)/BY81*(1/(AF81*(1-CC81))))-(BM81*AS81*1/(AB81*(1-BU81))))/1000)+(((BQ81*AS81*CK81)/BY81*(1/(BA81*DM81*(1-CG81))))-((BQ81*AS81*CK81)*1/(AW81*DM81*(1-CO81))))/1000,4)","v":2613.4396000000002},"Calculated Value",null,{"$f":"ROUND(K81/U81,4)","v":3.5411999999999999},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS81)/BY81*(1/(BI81*(1-CC81))))-(AS81*1/(BE81*(1-BU81))))/1000*O81,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM81*AS81)/BY81*(1/(AF81*(1-CC81))))-(BM81*AS81*1/(AB81*(1-BU81))))/1000)+(((BQ81*AS81*CK81)/BY81*(1/(BA81*DM81*(1-CG81))))-((BQ81*AS81*CK81)*1/(AW81*DM81*(1-CO81))))/1000,4)","=ROUND((((AS81)/BY81*(1/(BI81*(1-CC81))))-(AS81*1/(BE81*(1-BU81))))/1000*O81,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS81,6,0,(7722 +(674*DI81)))/DI81","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP - Early Replacement: MF (future)",779,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,{"$f":"ROUND(((BM82*AS82*(1/(AF82*(1-BU82))-1/(AB82*BY82*(1-CC82))))/1000)+((BQ82*AS82*(1/(BA82*DM82*(1-CG82))-1/(AW82*DM82*CK82*(1-CO82))))/1000),4)","v":507.31360000000001},"Calculated Value",null,{"$f":"K82/U82","v":0.6874168021680217},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS82*(1/(BI82*(1-BU82))-1/(BE82*(1-CC82))))/1000*O82,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,10,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM82*AS82*(1/(AF82*(1-BU82))-1/(AB82*BY82*(1-CC82))))/1000)+((BQ82*AS82*(1/(BA82*DM82*(1-CG82))-1/(AW82*DM82*CK82*(1-CO82))))/1000),4)","=ROUND((AS82*(1/(BI82*(1-BU82))-1/(BE82*(1-CC82))))/1000*O82,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE82/AB82)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS82,6,0,(7527 +(688*DI82)))/DI82","v":2603.1164998066715},"Deferred cost savings","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP - Early Replacement: MF (future)",779.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM83*AS83)/BY83*(1/(AF83*(1-CC83))))-(BM83*AS83*1/(AB83*(1-BU83))))/1000)+(((BQ83*AS83*CK83)/BY83*(1/(BA83*DM83*(1-CG83))))-((BQ83*AS83*CK83)*1/(AW83*DM83*(1-CO83))))/1000,4)","v":619.024},"Calculated Value",null,{"$f":"ROUND(K83/U83,4)","v":0.83879999999999999},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS83)/BY83*(1/(BI83*(1-CC83))))-(AS83*1/(BE83*(1-BU83))))/1000*O83,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM83*AS83)/BY83*(1/(AF83*(1-CC83))))-(BM83*AS83*1/(AB83*(1-BU83))))/1000)+(((BQ83*AS83*CK83)/BY83*(1/(BA83*DM83*(1-CG83))))-((BQ83*AS83*CK83)*1/(AW83*DM83*(1-CO83))))/1000,4)","=ROUND((((AS83)/BY83*(1/(BI83*(1-CC83))))-(AS83*1/(BE83*(1-BU83))))/1000*O83,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS83,6,0,(7722 +(674*DI83)))/DI83","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP-ROF: MF",777,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW84*DI84)+DA84)/DI84)-DE84","v":140.83601286173644},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM84*AS84*(1/(AF84*(1-BU84))-1/(AB84*BY84*(1-CC84))))/1000)+((BQ84*AS84*(1/(BA84*DM84*(1-CG84))-1/(AW84*DM84*CK84*(1-CO84))))/1000),4)","v":507.31360000000001},"Calculated Value",null,{"$f":"K84/U84","v":0.6874168021680217},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS84*(1/(BI84*(1-BU84))-1/(BE84*(1-CC84))))/1000*O84,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM84*AS84*(1/(AF84*(1-BU84))-1/(AB84*BY84*(1-CC84))))/1000)+((BQ84*AS84*(1/(BA84*DM84*(1-CG84))-1/(AW84*DM84*CK84*(1-CO84))))/1000),4)","=ROUND((AS84*(1/(BI84*(1-BU84))-1/(BE84*(1-CC84))))/1000*O84,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE84/AB84)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,null,null,null,null,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CW84*DI84+6562)/DI84","v":2709.9678456591641},"Baseline install cost","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace ASHP-ROF: MF",777.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW85*DI85)+DA85)/DI85)-DE85","v":135.36977491961397},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM85*AS85)/BY85*(1/(AF85*(1-CC85))))-(BM85*AS85*1/(AB85*(1-BU85))))/1000)+(((BQ85*AS85*CK85)/BY85*(1/(BA85*DM85*(1-CG85))))-((BQ85*AS85*CK85)*1/(AW85*DM85*(1-CO85))))/1000,4)","v":619.024},"Calculated Value",null,{"$f":"ROUND(K85/U85,4)","v":0.83879999999999999},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS85)/BY85*(1/(BI85*(1-CC85))))-(AS85*1/(BE85*(1-BU85))))/1000*O85,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM85*AS85)/BY85*(1/(AF85*(1-CC85))))-(BM85*AS85*1/(AB85*(1-BU85))))/1000)+(((BQ85*AS85*CK85)/BY85*(1/(BA85*DM85*(1-CG85))))-((BQ85*AS85*CK85)*1/(AW85*DM85*(1-CO85))))/1000,4)","=ROUND((((AS85)/BY85*(1/(BI85*(1-CC85))))-(AS85*1/(BE85*(1-BU85))))/1000*O85,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW85*DI85+6865)/DI85","v":2807.3954983922831},"Baseline install cost - ASHP","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - Early Replacement: MF",775,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW86*DI86)+DA86)/DI86)-DE86","v":1335.9951305939446},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM86*AS86*(1/(AF86*(1-BU86))-1/(AB86*BY86*(1-CC86))))/1000)+((BQ86*AS86*(1/(BA86*DM86*(1-CG86))-1/(AW86*DM86*CK86*(1-CO86))))/1000),4)","v":3815.4670999999998},"Calculated Value",null,{"$f":"K86/U86","v":5.1700096205962058},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS86*(1/(BI86*(1-BU86))-1/(BE86*(1-CC86))))/1000*O86,4)","v":0.51049999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM86*AS86*(1/(AF86*(1-BU86))-1/(AB86*BY86*(1-CC86))))/1000)+((BQ86*AS86*(1/(BA86*DM86*(1-CG86))-1/(AW86*DM86*CK86*(1-CO86))))/1000),4)","=ROUND((AS86*(1/(BI86*(1-BU86))-1/(BE86*(1-CC86))))/1000*O86,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE86/AB86)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS86, 6, 0, (1092))+-PV(CS86, 7, 0, (2296))/DI86","v":1514.808727926956},"Deferred cost savings","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - Early Replacement: MF",775.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW87*DI87)+DA87)/DI87)-DE87","v":1427.9565453849411},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM87*AS87)/BY87*(1/(AF87*(1-CC87))))-(BM87*AS87*1/(AB87*(1-BU87))))/1000)+(((BQ87*AS87*CK87)/BY87*(1/(BA87*DM87*(1-CG87))))-((BQ87*AS87*CK87)*1/(AW87*DM87*(1-CO87))))/1000,4)","v":4668.0173000000004},"Calculated Value",null,{"$f":"ROUND(K87/U87,4)","v":6.3251999999999997},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS87)/BY87*(1/(BI87*(1-CC87))))-(AS87*1/(BE87*(1-BU87))))/1000*O87,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM87*AS87)/BY87*(1/(AF87*(1-CC87))))-(BM87*AS87*1/(AB87*(1-BU87))))/1000)+(((BQ87*AS87*CK87)/BY87*(1/(BA87*DM87*(1-CG87))))-((BQ87*AS87*CK87)*1/(AW87*DM87*(1-CO87))))/1000,4)","=ROUND((((AS87)/BY87*(1/(BI87*(1-CC87))))-(AS87*1/(BE87*(1-BU87))))/1000*O87,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS87, 6, 0, (1092))+-PV(CS87, 7, 0, (2296))/DI87","v":1514.808727926956},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - Early Replacement: MF (future)",776,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,{"$f":"ROUND(((BM88*AS88*(1/(AF88*(1-BU88))-1/(AB88*BY88*(1-CC88))))/1000)+((BQ88*AS88*(1/(BA88*DM88*(1-CG88))-1/(AW88*DM88*CK88*(1-CO88))))/1000),4)","v":3441.3454999999999},"Calculated Value",null,{"$f":"K88/U88","v":4.6630697831978321},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS88*(1/(BI88*(1-BU88))-1/(BE88*(1-CC88))))/1000*O88,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,10,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM88*AS88*(1/(AF88*(1-BU88))-1/(AB88*BY88*(1-CC88))))/1000)+((BQ88*AS88*(1/(BA88*DM88*(1-CG88))-1/(AW88*DM88*CK88*(1-CO88))))/1000),4)","=ROUND((AS88*(1/(BI88*(1-BU88))-1/(BE88*(1-CC88))))/1000*O88,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE88/AB88)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS88, 6, 0, (1092))+-PV(CS88, 7, 0, (2296))/DI88","v":1514.808727926956},"Deferred cost savings","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - Early Replacement: MF (future)",776.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM89*AS89)/BY89*(1/(AF89*(1-CC89))))-(BM89*AS89*1/(AB89*(1-BU89))))/1000)+(((BQ89*AS89*CK89)/BY89*(1/(BA89*DM89*(1-CG89))))-((BQ89*AS89*CK89)*1/(AW89*DM89*(1-CO89))))/1000,4)","v":4286.5639000000001},"Calculated Value",null,{"$f":"ROUND(K89/U89,4)","v":5.8083999999999998},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS89)/BY89*(1/(BI89*(1-CC89))))-(AS89*1/(BE89*(1-BU89))))/1000*O89,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM89*AS89)/BY89*(1/(AF89*(1-CC89))))-(BM89*AS89*1/(AB89*(1-BU89))))/1000)+(((BQ89*AS89*CK89)/BY89*(1/(BA89*DM89*(1-CG89))))-((BQ89*AS89*CK89)*1/(AW89*DM89*(1-CO89))))/1000,4)","=ROUND((((AS89)/BY89*(1/(BI89*(1-CC89))))-(AS89*1/(BE89*(1-BU89))))/1000*O89,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS89, 6, 0, (1092))+-PV(CS89, 7, 0, (2296))/DI89","v":1514.808727926956},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - ROF: MF",774,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW90*DI90)+DA90)/DI90)-DE90","v":1252.1800643086819},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM90*AS90*(1/(AF90*(1-BU90))-1/(AB90*BY90*(1-CC90))))/1000)+((BQ90*AS90*(1/(BA90*DM90*(1-CG90))-1/(AW90*DM90*CK90*(1-CO90))))/1000),4)","v":3441.3454999999999},"Calculated Value",null,{"$f":"K90/U90","v":4.6630697831978321},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS90*(1/(BI90*(1-BU90))-1/(BE90*(1-CC90))))/1000*O90,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM90*AS90*(1/(AF90*(1-BU90))-1/(AB90*BY90*(1-CC90))))/1000)+((BQ90*AS90*(1/(BA90*DM90*(1-CG90))-1/(AW90*DM90*CK90*(1-CO90))))/1000),4)","=ROUND((AS90*(1/(BI90*(1-BU90))-1/(BE90*(1-CC90))))/1000*O90,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE90/AB90)+0.367","v":0.99590624999999999},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,2011,"assumed installation cost for 80% AFUE furnace","IL TRM v11 vol3",91,600,"First Cost $/ton","IL TRM v11 vol3",91,7000,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CS90/DI90)+952","v":1598.6237942122186},"Baseline install cost","IL TRM v11 vol3",91,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 16 - replace electric furnace / CAC - ROF: MF",774.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW91*DI91)+DA91)/DI91)-DE91","v":1344.1414790996785},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM91*AS91)/BY91*(1/(AF91*(1-CC91))))-(BM91*AS91*1/(AB91*(1-BU91))))/1000)+(((BQ91*AS91*CK91)/BY91*(1/(BA91*DM91*(1-CG91))))-((BQ91*AS91*CK91)*1/(AW91*DM91*(1-CO91))))/1000,4)","v":4286.5639000000001},"Calculated Value",null,{"$f":"ROUND(K91/U91,4)","v":5.8083999999999998},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS91)/BY91*(1/(BI91*(1-CC91))))-(AS91*1/(BE91*(1-BU91))))/1000*O91,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM91*AS91)/BY91*(1/(AF91*(1-CC91))))-(BM91*AS91*1/(AB91*(1-BU91))))/1000)+(((BQ91*AS91*CK91)/BY91*(1/(BA91*DM91*(1-CG91))))-((BQ91*AS91*CK91)*1/(AW91*DM91*(1-CO91))))/1000,4)","=ROUND((((AS91)/BY91*(1/(BI91*(1-CC91))))-(AS91*1/(BE91*(1-BU91))))/1000*O91,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,2011,"Assumed installation cost for 80% AFUE furnace","IL TRM v12 vol3",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CS91/DI91)+952","v":1598.6237942122186},"Baseline install cost","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP - Early Replacement: MF",784,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW92*DI92)+DA92)/DI92)-DE92","v":311.86244428790178},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM92*AS92*(1/(AF92*(1-BU92))-1/(AB92*BY92*(1-CC92))))/1000)+((BQ92*AS92*(1/(BA92*DM92*(1-CG92))-1/(AW92*DM92*CK92*(1-CO92))))/1000),4)","v":2317.7570000000001},"Calculated Value",null,{"$f":"K92/U92","v":3.1405921409214095},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS92*(1/(BI92*(1-BU92))-1/(BE92*(1-CC92))))/1000*O92,4)","v":0.51049999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,6,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM92*AS92*(1/(AF92*(1-BU92))-1/(AB92*BY92*(1-CC92))))/1000)+((BQ92*AS92*(1/(BA92*DM92*(1-CG92))-1/(AW92*DM92*CK92*(1-CO92))))/1000),4)","=ROUND((AS92*(1/(BI92*(1-BU92))-1/(BE92*(1-CC92))))/1000*O92,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,{"$f":"5.78*0.852","v":4.9245600000000005},"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE92/AB92)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS92,6,0,(7527 +(688*DI92)))/DI92","v":2424.7944472076992},"Deferred cost savings","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP - Early Replacement: MF",784.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW93*DI93)+DA93)/DI93)-DE93","v":336.98621800073624},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM93*AS93)/BY93*(1/(AF93*(1-CC93))))-(BM93*AS93*1/(AB93*(1-BU93))))/1000)+(((BQ93*AS93*CK93)/BY93*(1/(BA93*DM93*(1-CG93))))-((BQ93*AS93*CK93)*1/(AW93*DM93*(1-CO93))))/1000,4)","v":2828.4874},"Calculated Value",null,{"$f":"ROUND(K93/U93,4)","v":3.8325999999999998},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS93)/BY93*(1/(BI93*(1-CC93))))-(AS93*1/(BE93*(1-BU93))))/1000*O93,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM93*AS93)/BY93*(1/(AF93*(1-CC93))))-(BM93*AS93*1/(AB93*(1-BU93))))/1000)+(((BQ93*AS93*CK93)/BY93*(1/(BA93*DM93*(1-CG93))))-((BQ93*AS93*CK93)*1/(AW93*DM93*(1-CO93))))/1000,4)","=ROUND((((AS93)/BY93*(1/(BI93*(1-CC93))))-(AS93*1/(BE93*(1-BU93))))/1000*O93,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS93,6,0,(7722 +(674*DI93)))/DI93","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP - Early Replacement: MF (future)",785,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",91,{"$f":"ROUND(((BM94*AS94*(1/(AF94*(1-BU94))-1/(AB94*BY94*(1-CC94))))/1000)+((BQ94*AS94*(1/(BA94*DM94*(1-CG94))-1/(AW94*DM94*CK94*(1-CO94))))/1000),4)","v":664.31330000000003},"Calculated Value",null,{"$f":"K94/U94","v":0.90015352303523044},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS94*(1/(BI94*(1-BU94))-1/(BE94*(1-CC94))))/1000*O94,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,10,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM94*AS94*(1/(AF94*(1-BU94))-1/(AB94*BY94*(1-CC94))))/1000)+((BQ94*AS94*(1/(BA94*DM94*(1-CG94))-1/(AW94*DM94*CK94*(1-CO94))))/1000),4)","=ROUND((AS94*(1/(BI94*(1-BU94))-1/(BE94*(1-CC94))))/1000*O94,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE94/AB94)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS94,6,0,(7527 +(688*DI94)))/DI94","v":2424.7944472076992},"Deferred cost savings","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP - Early Replacement: MF (future)",785.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM95*AS95)/BY95*(1/(AF95*(1-CC95))))-(BM95*AS95*1/(AB95*(1-BU95))))/1000)+(((BQ95*AS95*CK95)/BY95*(1/(BA95*DM95*(1-CG95))))-((BQ95*AS95*CK95)*1/(AW95*DM95*(1-CO95))))/1000,4)","v":834.07190000000003},"Calculated Value",null,{"$f":"ROUND(K95/U95,4)","v":1.1302000000000001},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS95)/BY95*(1/(BI95*(1-CC95))))-(AS95*1/(BE95*(1-BU95))))/1000*O95,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM95*AS95)/BY95*(1/(AF95*(1-CC95))))-(BM95*AS95*1/(AB95*(1-BU95))))/1000)+(((BQ95*AS95*CK95)/BY95*(1/(BA95*DM95*(1-CG95))))-((BQ95*AS95*CK95)*1/(AW95*DM95*(1-CO95))))/1000,4)","=ROUND((((AS95)/BY95*(1/(BI95*(1-CC95))))-(AS95*1/(BE95*(1-BU95))))/1000*O95,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS95,6,0,(7722 +(674*DI95)))/DI95","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP-ROF: MF",783,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW96*DI96)+DA96)/DI96)-DE96","v":212.31671554252216},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM96*AS96*(1/(AF96*(1-BU96))-1/(AB96*BY96*(1-CC96))))/1000)+((BQ96*AS96*(1/(BA96*DM96*(1-CG96))-1/(AW96*DM96*CK96*(1-CO96))))/1000),4)","v":664.31330000000003},"Calculated Value",null,{"$f":"K96/U96","v":0.90015352303523044},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS96*(1/(BI96*(1-BU96))-1/(BE96*(1-CC96))))/1000*O96,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM96*AS96*(1/(AF96*(1-BU96))-1/(AB96*BY96*(1-CC96))))/1000)+((BQ96*AS96*(1/(BA96*DM96*(1-CG96))-1/(AW96*DM96*CK96*(1-CO96))))/1000),4)","=ROUND((AS96*(1/(BI96*(1-BU96))-1/(BE96*(1-CC96))))/1000*O96,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","2023 Federal Minimum Baseline",null,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE96/AB96)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,null,null,null,null,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CW96*DI96+6562)/DI96","v":2524.3401759530789},"Baseline install cost","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace ASHP-ROF: MF",783.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW97*DI97)+DA97)/DI97)-DE97","v":184.75073313783014},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM97*AS97)/BY97*(1/(AF97*(1-CC97))))-(BM97*AS97*1/(AB97*(1-BU97))))/1000)+(((BQ97*AS97*CK97)/BY97*(1/(BA97*DM97*(1-CG97))))-((BQ97*AS97*CK97)*1/(AW97*DM97*(1-CO97))))/1000,4)","v":834.07190000000003},"Calculated Value",null,{"$f":"ROUND(K97/U97,4)","v":1.1302000000000001},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS97)/BY97*(1/(BI97*(1-CC97))))-(AS97*1/(BE97*(1-BU97))))/1000*O97,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM97*AS97)/BY97*(1/(AF97*(1-CC97))))-(BM97*AS97*1/(AB97*(1-BU97))))/1000)+(((BQ97*AS97*CK97)/BY97*(1/(BA97*DM97*(1-CG97))))-((BQ97*AS97*CK97)*1/(AW97*DM97*(1-CO97))))/1000,4)","=ROUND((((AS97)/BY97*(1/(BI97*(1-CC97))))-(AS97*1/(BE97*(1-BU97))))/1000*O97,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW97*DI97+6865)/DI97","v":2613.1964809384162},"Baseline install cost - ASHP","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - Early Replacement: MF",781,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW98*DI98)+DA98)/DI98)-DE98","v":1274.6583617764227},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM98*AS98*(1/(AF98*(1-BU98))-1/(AB98*BY98*(1-CC98))))/1000)+((BQ98*AS98*(1/(BA98*DM98*(1-CG98))-1/(AW98*DM98*CK98*(1-CO98))))/1000),4)","v":3972.4668000000001},"Calculated Value",null,{"$f":"K98/U98","v":5.3827463414634149},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS98*(1/(BI98*(1-BU98))-1/(BE98*(1-CC98))))/1000*O98,4)","v":0.51049999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,6,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",{"$f":"9.7*0.955","v":9.2634999999999987},"IL TRM v11 vol3",94,"=ROUND(((BM98*AS98*(1/(AF98*(1-BU98))-1/(AB98*BY98*(1-CC98))))/1000)+((BQ98*AS98*(1/(BA98*DM98*(1-CG98))-1/(AW98*DM98*CK98*(1-CO98))))/1000),4)","=ROUND((AS98*(1/(BI98*(1-BU98))-1/(BE98*(1-CC98))))/1000*O98,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"7.83*0.959","v":7.5089699999999997},"EER2exist","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE98/AB98)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS98, 6, 0, (1092))+-PV(CS98, 7, 0, (2296))/DI98","v":1461.9985297191784},"Deferred cost savings","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - Early Replacement: MF",781.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW99*DI99)+DA99)/DI99)-DE99","v":1335.948684357068},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM99*AS99)/BY99*(1/(AF99*(1-CC99))))-(BM99*AS99*1/(AB99*(1-BU99))))/1000)+(((BQ99*AS99*CK99)/BY99*(1/(BA99*DM99*(1-CG99))))-((BQ99*AS99*CK99)*1/(AW99*DM99*(1-CO99))))/1000,4)","v":4883.0650999999998},"Calculated Value",null,{"$f":"ROUND(K99/U99,4)","v":6.6166},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS99)/BY99*(1/(BI99*(1-CC99))))-(AS99*1/(BE99*(1-BU99))))/1000*O99,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM99*AS99)/BY99*(1/(AF99*(1-CC99))))-(BM99*AS99*1/(AB99*(1-BU99))))/1000)+(((BQ99*AS99*CK99)/BY99*(1/(BA99*DM99*(1-CG99))))-((BQ99*AS99*CK99)*1/(AW99*DM99*(1-CO99))))/1000,4)","=ROUND((((AS99)/BY99*(1/(BI99*(1-CC99))))-(AS99*1/(BE99*(1-BU99))))/1000*O99,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS99, 6, 0, (1092))+-PV(CS99, 7, 0, (2296))/DI99","v":1461.9985297191784},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - Early Replacement: MF (future)",782,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",65,{"$f":"ROUND(((BM100*AS100*(1/(AF100*(1-BU100))-1/(AB100*BY100*(1-CC100))))/1000)+((BQ100*AS100*(1/(BA100*DM100*(1-CG100))-1/(AW100*DM100*CK100*(1-CO100))))/1000),4)","v":3598.3452000000002},"Calculated Value",null,{"$f":"K100/U100","v":4.8758065040650411},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS100*(1/(BI100*(1-BU100))-1/(BE100*(1-CC100))))/1000*O100,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",85,10,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM100*AS100*(1/(AF100*(1-BU100))-1/(AB100*BY100*(1-CC100))))/1000)+((BQ100*AS100*(1/(BA100*DM100*(1-CG100))-1/(AW100*DM100*CK100*(1-CO100))))/1000),4)","=ROUND((AS100*(1/(BI100*(1-BU100))-1/(BE100*(1-CC100))))/1000*O100,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE100/AB100)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"-PV(CS100, 6, 0, (1092))+-PV(CS100, 7, 0, (2296))/DI100","v":1461.9985297191784},"Deferred cost savings","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - Early Replacement: MF (future)",782.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM101*AS101)/BY101*(1/(AF101*(1-CC101))))-(BM101*AS101*1/(AB101*(1-BU101))))/1000)+(((BQ101*AS101*CK101)/BY101*(1/(BA101*DM101*(1-CG101))))-((BQ101*AS101*CK101)*1/(AW101*DM101*(1-CO101))))/1000,4)","v":4501.6117999999997},"Calculated Value",null,{"$f":"ROUND(K101/U101,4)","v":6.0997000000000003},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS101)/BY101*(1/(BI101*(1-CC101))))-(AS101*1/(BE101*(1-BU101))))/1000*O101,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM101*AS101)/BY101*(1/(AF101*(1-CC101))))-(BM101*AS101*1/(AB101*(1-BU101))))/1000)+(((BQ101*AS101*CK101)/BY101*(1/(BA101*DM101*(1-CG101))))-((BQ101*AS101*CK101)*1/(AW101*DM101*(1-CO101))))/1000,4)","=ROUND((((AS101)/BY101*(1/(BI101*(1-CC101))))-(AS101*1/(BE101*(1-BU101))))/1000*O101,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS101, 6, 0, (1092))+-PV(CS101, 7, 0, (2296))/DI101","v":1461.9985297191784},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - ROF: MF",780,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW102*DI102)+DA102)/DI102)-DE102","v":1194.9208211143693},"IL TRM v11 vol3 / Program Tracking Data",91,{"$f":"ROUND(((BM102*AS102*(1/(AF102*(1-BU102))-1/(AB102*BY102*(1-CC102))))/1000)+((BQ102*AS102*(1/(BA102*DM102*(1-CG102))-1/(AW102*DM102*CK102*(1-CO102))))/1000),4)","v":3598.3452000000002},"Calculated Value",null,{"$f":"K102/U102","v":4.8758065040650411},0.72,"IL TRM v11 vol3",92,{"$f":"ROUND((AS102*(1/(BI102*(1-BU102))-1/(BE102*(1-CC102))))/1000*O102,4)","v":0.14199999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",85,16,"IL TRM v11 vol3",90,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BM102*AS102*(1/(AF102*(1-BU102))-1/(AB102*BY102*(1-CC102))))/1000)+((BQ102*AS102*(1/(BA102*DM102*(1-CG102))-1/(AW102*DM102*CK102*(1-CO102))))/1000),4)","=ROUND((AS102*(1/(BI102*(1-BU102))-1/(BE102*(1-CC102))))/1000*O102,4)","IL TRM v11 vol3","92, 102","2024-01-01","2024-12-31",null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v11 vol3",96,12.5,"EER2ee","IL TRM v11 vol3",103,{"$f":"11*0.959","v":10.548999999999999},"EER2base","IL TRM v11 vol3",103,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," ",0.1,"Derating_Cool_Base","IL TRM v11 vol3",97,{"$f":"0.805*(BE102/AB102)+0.367","v":0.95891176470588246},"SEER2adj","IL TRM v11 vol3",95,0.1,"Derating_Cool_Eff","IL TRM v11 vol3",95,0.1,"Derating_Heat_Base","IL TRM v11 vol3",97,1,"HSPFadj","IL TRM v11 vol3",97,0.1,"Derating_Heat_Eff","IL TRM v11 vol3",97,2011,"assumed installation cost for 80% AFUE furnace","IL TRM v11 vol3",91,600,"First Cost $/ton","IL TRM v11 vol3",91,7286,"One-time per-system labor cost","IL TRM v11 vol3",91,{"$f":"(CS102/DI102)+952","v":1541.7360703812317},"Baseline install cost","IL TRM v11 vol3",91,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v11 vol3",97]
["Income Eligible Program","ASHP SEER2 17 - replace electric furnace / CAC - ROF: MF",780.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW103*DI103)+DA103)/DI103)-DE103","v":1256.2111436950147},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM103*AS103)/BY103*(1/(AF103*(1-CC103))))-(BM103*AS103*1/(AB103*(1-BU103))))/1000)+(((BQ103*AS103*CK103)/BY103*(1/(BA103*DM103*(1-CG103))))-((BQ103*AS103*CK103)*1/(AW103*DM103*(1-CO103))))/1000,4)","v":4501.6117999999997},"Calculated Value",null,{"$f":"ROUND(K103/U103,4)","v":6.0997000000000003},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS103)/BY103*(1/(BI103*(1-CC103))))-(AS103*1/(BE103*(1-BU103))))/1000*O103,4)","v":0.13150000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM103*AS103)/BY103*(1/(AF103*(1-CC103))))-(BM103*AS103*1/(AB103*(1-BU103))))/1000)+(((BQ103*AS103*CK103)/BY103*(1/(BA103*DM103*(1-CG103))))-((BQ103*AS103*CK103)*1/(AW103*DM103*(1-CO103))))/1000,4)","=ROUND((((AS103)/BY103*(1/(BI103*(1-CC103))))-(AS103*1/(BE103*(1-BU103))))/1000*O103,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,2011,"Assumed installation cost for 80% AFUE furnace","IL TRM v12 vol3",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CS103/DI103)+952","v":1541.7360703812317},"Baseline install cost","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["Income Eligible Program","CAC SEER 15 - Early Replacement: MF",443.2,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC104*CO104+CG104)/CO104)-CK104","v":51.392655004758808},"IL TRM v11 vol3",112,{"$f":"ROUND((BE104*AW104*(1/((1-BM104)*AF104)-1/((1-BQ104)*(BU104)*AB104)))/1000,4)","v":409.202},"Calculated Value",null,{"$f":"K104/U104","v":0.55447425474254741},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW104*((1/((1-BM104)*BA104))-(1/((1-BQ104)*AS104))))/1000)*O104,4)","v":0.45329999999999998},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",114,6,"IL TRM v11 vol3",112,"SEERee",15,"Nameplate rating",null,"SEERexist",9.3000000000000007,"IL TRM v11 vol3",114,"=ROUND((BE104*AW104*(1/((1-BM104)*AF104)-1/((1-BQ104)*(BU104)*AB104)))/1000,4)","=ROUND(((AW104*((1/((1-BM104)*BA104))-(1/((1-BQ104)*AS104))))/1000)*O104,4)","IL TRM v11 vol3","92, 94","2024-01-01","2024-12-31",null,null,null,null,12,"EERee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.5,"EERexist","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS104/AB104)+0.367","v":1.0110000000000001},"SEERadj","Caclulated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,108,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY104, 6, 0, (3140))/CO104","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER 15 - Early Replacement: MF (future)",444.3,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",112,{"$f":"ROUND((BE105*AW105*(1/((1-BM105)*AF105)-1/((1-BQ105)*(BU105)*AB105)))/1000,4)","v":53.994599999999998},"Calculated Value",null,{"$f":"K105/U105","v":7.3163414634146343E-2},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW105*((1/((1-BM105)*BA105))-(1/((1-BQ105)*AS105))))/1000)*O105,4)","v":0.1079},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v11 vol3",91,"SEERee",15,"Nameplate rating",null,"SEERbase",14,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE105*AW105*(1/((1-BM105)*AF105)-1/((1-BQ105)*(BU105)*AB105)))/1000,4)","=ROUND(((AW105*((1/((1-BM105)*BA105))-(1/((1-BQ105)*AS105))))/1000)*O105,4)","IL TRM v11 vol3","92, 94","2024-01-01","2024-12-31",null,null,null,null,12,"EERee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.5,"EERbase","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS105/AB105)+0.367","v":1.0110000000000001},"SEERadj","Caclulated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,108,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY105, 6, 0, (3140))/CO105","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER 15 - Replace at Fail: MF",445.3,"Multi-Family","HVAC",null,"per ton",{"$f":"CC106/BY106","v":38.571428571428577},"IL TRM v11 vol3",112,{"$f":"ROUND((BE106*AW106*(1/((1-BM106)*AF106)-1/((1-BQ106)*(BU106)*AB106)))/1000,4)","v":53.994599999999998},"Calculated Value",null,{"$f":"K106/U106","v":7.3163414634146343E-2},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW106*((1/((1-BM106)*BA106))-(1/((1-BQ106)*AS106))))/1000)*O106,4)","v":0.1079},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v11 vol3",91,"SEERee",15,"Nameplate rating",null,"SEERbase",14,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE106*AW106*(1/((1-BM106)*AF106)-1/((1-BQ106)*(BU106)*AB106)))/1000,4)","=ROUND(((AW106*((1/((1-BM106)*BA106))-(1/((1-BQ106)*AS106))))/1000)*O106,4)","IL TRM v11 vol3","92, 94","2024-01-01","2024-12-31",null,null,null,null,12,"EERee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.5,"EERbase","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS106/AB106)+0.367","v":1.0110000000000001},"SEERadj","Caclulated value, using alhgorthim from IL TRM v11 vol3",115,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114,108,"Incremental Cost","IL TRM v11 vol3",112]
["Income Eligible Program","CAC SEER2 15 - Early Replacement: MF",759,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC107*CO107+CG107)/CO107)-CK107","v":51.392655004758808},"IL TRM v11 vol3 / Program Tracking Data",112,{"$f":"ROUND((BE107*AW107*(1/((1-BM107)*AF107)-1/((1-BQ107)*(BU107)*AB107)))/1000,4)","v":459.05840000000001},"Calculated Value",null,{"$f":"K107/U107","v":0.62203035230352299},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW107*((1/((1-BM107)*BA107))-(1/((1-BQ107)*AS107))))/1000)*O107,4)","v":0.505},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v11 vol3",112,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",{"$f":"9.3*0.955","v":8.8815000000000008},"IL TRM v11 vol3",114,"=ROUND((BE107*AW107*(1/((1-BM107)*AF107)-1/((1-BQ107)*(BU107)*AB107)))/1000,4)","=ROUND(((AW107*((1/((1-BM107)*BA107))-(1/((1-BQ107)*AS107))))/1000)*O107,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"7.5*0.959","v":7.1924999999999999},"EER2exist","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS107/AB107)+0.367","v":1.0110000000000001},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,108,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY107,6,0,3140)/CO107","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 15 - Early Replacement: MF",759.1,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC108*CO108+CG108)/CO108)-CK108","v":394.96408357618736},"IL TRM v12 vol3",128,{"$f":"ROUND((U108*AW108*(1/(AF108*(1-BM108))-1/(AB108*(1-BQ108))))/1000,4)","v":449.61799999999999},"Calculated Value",null,{"$f":"ROUND(K108/U108,4)","v":0.60919999999999996},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW108*(1/(BA108*(1-BM108))-1/(AS108*(1-BQ108))))/1000*O108,4)","v":0.52810000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((U108*AW108*(1/(AF108*(1-BM108))-1/(AB108*(1-BQ108))))/1000,4)","=ROUND((AW108*(1/(BA108*(1-BM108))-1/(AS108*(1-BQ108))))/1000*O108,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY108,6,0,3140)/CO108","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 15 - Early Replacement: MF (future)",760,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",112,{"$f":"ROUND((BE109*AW109*(1/((1-BM109)*AF109)-1/((1-BQ109)*(BU109)*AB109)))/1000,4)","v":85.465800000000002},"Calculated Value",null,{"$f":"K109/U109","v":0.11580731707317074},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW109*((1/((1-BM109)*BA109))-(1/((1-BQ109)*AS109))))/1000)*O109,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v11 vol3",112,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE109*AW109*(1/((1-BM109)*AF109)-1/((1-BQ109)*(BU109)*AB109)))/1000,4)","=ROUND(((AW109*((1/((1-BM109)*BA109))-(1/((1-BQ109)*AS109))))/1000)*O109,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS109/AB109)+0.367","v":1.0110000000000001},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,108,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY109,6,0,3140)/CO109","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 15 - Early Replacement: MF (future)",760.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,{"$f":"ROUND((U110*AW110*(1/(AF110*(1-BM110))-1/(AB110*(1-BQ110))))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"ROUND(K110/U110,4)","v":0.1061},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW110*(1/(BA110*(1-BM110))-1/(AS110*(1-BQ110))))/1000*O110,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U110*AW110*(1/(AF110*(1-BM110))-1/(AB110*(1-BQ110))))/1000,4)","=ROUND((AW110*(1/(BA110*(1-BM110))-1/(AS110*(1-BQ110))))/1000*O110,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY110,6,0,3140)/CO110","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 15 - Replace at Fail: MF",761,"Multi-Family","HVAC",null,"per ton",{"$f":"CC111/CO111","v":38.571428571428577},"IL TRM v11 vol3",112,{"$f":"ROUND((BE111*AW111*(1/((1-BM111)*AF111)-1/((1-BQ111)*(BU111)*AB111)))/1000,4)","v":85.465800000000002},"Calculated Value",null,{"$f":"K111/U111","v":0.11580731707317074},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW111*((1/((1-BM111)*BA111))-(1/((1-BQ111)*AS111))))/1000)*O111,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v11 vol3",112,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE111*AW111*(1/((1-BM111)*AF111)-1/((1-BQ111)*(BU111)*AB111)))/1000,4)","=ROUND(((AW111*((1/((1-BM111)*BA111))-(1/((1-BQ111)*AS111))))/1000)*O111,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS111/AB111)+0.367","v":1.0110000000000001},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,null,null,null,null,108,"Incremental Cost","IL TRM v11 vol3",112,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 15 - Replace at Fail: MF",761.1,"Multi-Family","HVAC",null,"per ton",{"$f":"CC112/CO112","v":382.14285714285717},"IL TRM v12 vol3",128,{"$f":"ROUND((U112*AW112*(1/(AF112*(1-BM112))-1/(AB112*(1-BQ112))))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"ROUND(K112/U112,4)","v":0.1061},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW112*(1/(BA112*(1-BM112))-1/(AS112*(1-BQ112))))/1000*O112,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U112*AW112*(1/(AF112*(1-BM112))-1/(AB112*(1-BQ112))))/1000,4)","=ROUND((AW112*(1/(BA112*(1-BM112))-1/(AS112*(1-BQ112))))/1000*O112,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,1070,"Incremental Cost","IL TRM v12 vol3",128,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 16 - Early Replacement: MF",762,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC113*CO113+CG113)/CO113)-CK113","v":91.749797861901811},"IL TRM v11 vol3 / Program Tracking Data",112,{"$f":"ROUND((BE113*AW113*(1/((1-BM113)*AF113)-1/((1-BQ113)*(BU113)*AB113)))/1000,4)","v":474.39019999999999},"Calculated Value",null,{"$f":"K113/U113","v":0.64280514905149055},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW113*((1/((1-BM113)*BA113))-(1/((1-BQ113)*AS113))))/1000)*O113,4)","v":0.505},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v11 vol3",112,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",{"$f":"9.3*0.955","v":8.8815000000000008},"IL TRM v11 vol3",114,"=ROUND((BE113*AW113*(1/((1-BM113)*AF113)-1/((1-BQ113)*(BU113)*AB113)))/1000,4)","=ROUND(((AW113*((1/((1-BM113)*BA113))-(1/((1-BQ113)*AS113))))/1000)*O113,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"7.5*0.959","v":7.1924999999999999},"EER2exist","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS113/AB113)+0.367","v":0.97075},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,221,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY113,6,0,3140)/CO113","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 16 - Early Replacement: MF",762.1,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC114*CO114+CG114)/CO114)-CK114","v":466.39265500475892},"IL TRM v12 vol3",128,{"$f":"ROUND((U114*AW114*(1/(AF114*(1-BM114))-1/(AB114*(1-BQ114))))/1000,4)","v":490.61799999999999},"Calculated Value",null,{"$f":"ROUND(K114/U114,4)","v":0.66479999999999995},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW114*(1/(BA114*(1-BM114))-1/(AS114*(1-BQ114))))/1000*O114,4)","v":0.52810000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((U114*AW114*(1/(AF114*(1-BM114))-1/(AB114*(1-BQ114))))/1000,4)","=ROUND((AW114*(1/(BA114*(1-BM114))-1/(AS114*(1-BQ114))))/1000*O114,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY114,6,0,3140)/CO114","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 16 - Early Replacement: MF (future)",763,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",112,{"$f":"ROUND((BE115*AW115*(1/((1-BM115)*AF115)-1/((1-BQ115)*(BU115)*AB115)))/1000,4)","v":100.7976},"Calculated Value",null,{"$f":"K115/U115","v":0.13658211382113822},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW115*((1/((1-BM115)*BA115))-(1/((1-BQ115)*AS115))))/1000)*O115,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v11 vol3",112,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE115*AW115*(1/((1-BM115)*AF115)-1/((1-BQ115)*(BU115)*AB115)))/1000,4)","=ROUND(((AW115*((1/((1-BM115)*BA115))-(1/((1-BQ115)*AS115))))/1000)*O115,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS115/AB115)+0.367","v":0.97075},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,221,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY115,6,0,3140)/CO115","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 16 - Early Replacement: MF (future)",763.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,{"$f":"ROUND((U116*AW116*(1/(AF116*(1-BM116))-1/(AB116*(1-BQ116))))/1000,4)","v":119.3284},"Calculated Value",null,{"$f":"ROUND(K116/U116,4)","v":0.16170000000000001},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW116*(1/(BA116*(1-BM116))-1/(AS116*(1-BQ116))))/1000*O116,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U116*AW116*(1/(AF116*(1-BM116))-1/(AB116*(1-BQ116))))/1000,4)","=ROUND((AW116*(1/(BA116*(1-BM116))-1/(AS116*(1-BQ116))))/1000*O116,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY116,6,0,3140)/CO116","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 16 - Replace at Fail: MF",764,"Multi-Family","HVAC",null,"per ton",{"$f":"CC117/CO117","v":78.928571428571431},"IL TRM v11 vol3",112,{"$f":"ROUND((BE117*AW117*(1/((1-BM117)*AF117)-1/((1-BQ117)*(BU117)*AB117)))/1000,4)","v":100.7976},"Calculated Value",null,{"$f":"K117/U117","v":0.13658211382113822},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW117*((1/((1-BM117)*BA117))-(1/((1-BQ117)*AS117))))/1000)*O117,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v11 vol3",112,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE117*AW117*(1/((1-BM117)*AF117)-1/((1-BQ117)*(BU117)*AB117)))/1000,4)","=ROUND(((AW117*((1/((1-BM117)*BA117))-(1/((1-BQ117)*AS117))))/1000)*O117,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS117/AB117)+0.367","v":0.97075},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,null,null,null,null,221,"Incremental Cost","IL TRM v11 vol3",112,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 16 - Replace at Fail: MF",764.1,"Multi-Family","HVAC",null,"per ton",{"$f":"CC118/CO118","v":453.57142857142861},"IL TRM v12 vol3",128,{"$f":"ROUND((U118*AW118*(1/(AF118*(1-BM118))-1/(AB118*(1-BQ118))))/1000,4)","v":119.3284},"Calculated Value",null,{"$f":"ROUND(K118/U118,4)","v":0.16170000000000001},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW118*(1/(BA118*(1-BM118))-1/(AS118*(1-BQ118))))/1000*O118,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U118*AW118*(1/(AF118*(1-BM118))-1/(AB118*(1-BQ118))))/1000,4)","=ROUND((AW118*(1/(BA118*(1-BM118))-1/(AS118*(1-BQ118))))/1000*O118,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,1270,"Incremental Cost","IL TRM v12 vol3",128,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 17+ - Early Replacement: MF",765,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC119*CO119+CG119)/CO119)-CK119","v":234.24979786190181},"IL TRM v11 vol3 / Program Tracking Data",112,{"$f":"ROUND((BE119*AW119*(1/((1-BM119)*AF119)-1/((1-BQ119)*(BU119)*AB119)))/1000,4)","v":489.01409999999998},"Calculated Value",null,{"$f":"K119/U119","v":0.66262073170731706},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW119*((1/((1-BM119)*BA119))-(1/((1-BQ119)*AS119))))/1000)*O119,4)","v":0.505},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v11 vol3",112,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",{"$f":"9.3*0.955","v":8.8815000000000008},"IL TRM v11 vol3",114,"=ROUND((BE119*AW119*(1/((1-BM119)*AF119)-1/((1-BQ119)*(BU119)*AB119)))/1000,4)","=ROUND(((AW119*((1/((1-BM119)*BA119))-(1/((1-BQ119)*AS119))))/1000)*O119,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"7.5*0.959","v":7.1924999999999999},"EER2exist","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS119/AB119)+0.367","v":0.93523529411764716},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,620,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY119,6,0,3140)/CO119","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 17+ - Early Replacement: MF",765.1,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC120*CO120+CG120)/CO120)-CK120","v":466.39265500475892},"IL TRM v12 vol3",128,{"$f":"ROUND((U120*AW120*(1/(AF120*(1-BM120))-1/(AB120*(1-BQ120))))/1000,4)","v":526.7944},"Calculated Value",null,{"$f":"ROUND(K120/U120,4)","v":0.71379999999999999},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW120*(1/(BA120*(1-BM120))-1/(AS120*(1-BQ120))))/1000*O120,4)","v":0.52810000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((U120*AW120*(1/(AF120*(1-BM120))-1/(AB120*(1-BQ120))))/1000,4)","=ROUND((AW120*(1/(BA120*(1-BM120))-1/(AS120*(1-BQ120))))/1000*O120,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY120,6,0,3140)/CO120","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 17+ - Early Replacement: MF (future)",766,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v11 vol3",112,{"$f":"ROUND((BE121*AW121*(1/((1-BM121)*AF121)-1/((1-BQ121)*(BU121)*AB121)))/1000,4)","v":115.42149999999999},"Calculated Value",null,{"$f":"K121/U121","v":0.15639769647696478},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW121*((1/((1-BM121)*BA121))-(1/((1-BQ121)*AS121))))/1000)*O121,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v11 vol3",112,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE121*AW121*(1/((1-BM121)*AF121)-1/((1-BQ121)*(BU121)*AB121)))/1000,4)","=ROUND(((AW121*((1/((1-BM121)*BA121))-(1/((1-BQ121)*AS121))))/1000)*O121,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS121/AB121)+0.367","v":0.93523529411764716},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v11 vol3",112,620,"One-time per-system labor cost","IL TRM v11 vol3",112,{"$f":"-PV(BY121,6,0,3140)/CO121","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v11 vol3",112,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 17+ - Early Replacement: MF (future)",766.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,{"$f":"ROUND((U122*AW122*(1/(AF122*(1-BM122))-1/(AB122*(1-BQ122))))/1000,4)","v":155.50479999999999},"Calculated Value",null,{"$f":"ROUND(K122/U122,4)","v":0.2107},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW122*(1/(BA122*(1-BM122))-1/(AS122*(1-BQ122))))/1000*O122,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U122*AW122*(1/(AF122*(1-BM122))-1/(AB122*(1-BQ122))))/1000,4)","=ROUND((AW122*(1/(BA122*(1-BM122))-1/(AS122*(1-BQ122))))/1000*O122,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY122,6,0,3140)/CO122","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC SEER2 17+ - Replace at Fail: MF",767,"Multi-Family","HVAC",null,"per ton",{"$f":"CC123/CO123","v":221.42857142857144},"IL TRM v11 vol3",112,{"$f":"ROUND((BE123*AW123*(1/((1-BM123)*AF123)-1/((1-BQ123)*(BU123)*AB123)))/1000,4)","v":115.42149999999999},"Calculated Value",null,{"$f":"K123/U123","v":0.15639769647696478},0.68,"IL TRM v11 vol3",113,{"$f":"ROUND(((AW123*((1/((1-BM123)*BA123))-(1/((1-BQ123)*AS123))))/1000)*O123,4)","v":0.1449},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v11 vol3",112,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND((BE123*AW123*(1/((1-BM123)*AF123)-1/((1-BQ123)*(BU123)*AB123)))/1000,4)","=ROUND(((AW123*((1/((1-BM123)*BA123))-(1/((1-BQ123)*AS123))))/1000)*O123,4)","IL TRM v11 vol3","113, 116","2024-01-01","2024-12-31",null,null,null,null,12,"EER2ee","IL TRM v11 vol3",116,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"10.5*0.959","v":10.0695},"EER2base","IL TRM v11 vol3",116,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v11 vol3",115,0.1,"DeratingCoolEff","IL TRM v11 vol3",115,{"$f":"0.805*(AS123/AB123)+0.367","v":0.93523529411764716},"SEER2adj","Calculated value, using alhgorthim from IL TRM v11 vol3",115,null,null,null,null,620,"Incremental Cost","IL TRM v11 vol3",112,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v11 vol3 (for single family homes; multi-family default caused a negative incremental cost)",114]
["Income Eligible Program","CAC SEER2 17+ - Replace at Fail: MF",767.1,"Multi-Family","HVAC",null,"per ton",{"$f":"CC124/CO124","v":453.57142857142861},"IL TRM v12 vol3",128,{"$f":"ROUND((U124*AW124*(1/(AF124*(1-BM124))-1/(AB124*(1-BQ124))))/1000,4)","v":155.50479999999999},"Calculated Value",null,{"$f":"ROUND(K124/U124,4)","v":0.2107},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW124*(1/(BA124*(1-BM124))-1/(AS124*(1-BQ124))))/1000*O124,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U124*AW124*(1/(AF124*(1-BM124))-1/(AB124*(1-BQ124))))/1000,4)","=ROUND((AW124*(1/(BA124*(1-BM124))-1/(AS124*(1-BQ124))))/1000*O124,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,1270,"Incremental Cost","IL TRM v12 vol3",128,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["Income Eligible Program","CAC Tune-up /Outdoor Coil (Condenser) Cleaning MF",411.2,"Multi-Family","HVAC","Kits","per unit",122.48,"WI TRM 2023",868,{"$f":"ROUND((AS125*12*AW125)/(BA125*(1-BE125))*BE125,4)","v":78.797499999999999},"Calculated Value",null,null,0.68,"WI TRM 2023",869,{"$f":"ROUND((AS125*12*AW125)/(BI125*(1-BE125))*BE125*O125,4)","v":61.164700000000003},"Calculated Value",null,null,null,null,2,"WI TRM 2023",868,"Cleaning the condensing coil and replacing the filter on a CAC or HP",null,"WI TRM 2023",868,"The baseline condition is an AC or ASHP that has not been maintained in the last 2 years",null,"WI TRM 2023",868,"=ROUND((AS125*12*AW125)/(BA125*(1-BE125))*BE125,4)","=ROUND((AS125*12*AW125)/(BI125*(1-BE125))*BE125*O125,4)","WI TRM 2023","868, 869","2025-01-01",null,null,null,null,null,2.4249999999999998,"Unit Capacity (tons)","WI TRM 2023",869,410,"Equivalent Full Load Hours","WI TRM 2023",869,12.1,"SEER","WI TRM 2023",869,7.3999999999999996E-2,"SF","WI TRM 2023",869,10.6,"EER","WI TRM 2023",869]
["Income Eligible Program","Commercial Grade Dryers (Electric)",408.1,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",47,{"$f":"ROUND((AS126/AW126-AS126/BA126)*BE126*BI126,4)","v":160.43680000000001},"Calculated Value",null,{"$f":"K126/U126","v":0.56691448763250885},3.7999999999999999E-2,"IL TRM v11 vol3",50,{"$f":"ROUND(K126/BM126*BQ126,4)","v":2.1499999999999998E-2},"Calculated Value",null,283,"IL TRM v11 vol3",54,16,"IL TRM v11 vol3",50,"CEF_eff",3.93,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"CEF_base",3.11,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"=ROUND((AS126/AW126-AS126/BA126)*BE126*BI126,4)","=ROUND(K126/BM126*BQ126,4)","IL TRM v11 vol3","51, 54","2022-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load (Standard)","IL TRM v11 vol3",51,3.11,"CEF_base","IL TRM v11 vol3",52,3.93,"CEF_eff","IL TRM v11 vol3",52,283,"N_cycles","IL TRM v11 vol3",52,1,"%Electric","IL TRM v11 vol3",52,283,"Hours","IL TRM v11 vol3",54,3.7999999999999999E-2,"CF","IL TRM v11 vol3",54]
["Income Eligible Program","Commercial Grade Dryers (Electric)",408.2,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",null,{"$f":"ROUND(((AS127/AW127*BU127)-AS127/BA127)*BE127*BI127,4)","v":185.81129999999999},"Calculated Value",null,{"$f":"ROUND(K127/U127,4)","v":0.65659999999999996},3.7999999999999999E-2,"IL TRM v12 vol3",53,{"$f":"ROUND((((AS127/AW127*BU127)-AS127/BA127)*BE127*BI127)/U127*O127,4)","v":2.4899999999999999E-2},"Calculated Value",null,283,"IL TRM v12 vol3",58,16,"IL TRM v12 vol3",53,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)",3.93,"IL TRM v12 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",55,"CEF_base - Vented, Electric, Standard (>= 4.4 ft3)",3.11,"IL TRM v12 vol3",55,"=ROUND(((AS127/AW127*BU127)-AS127/BA127)*BE127*BI127,4)","=ROUND((((AS127/AW127*BU127)-AS127/BA127)*BE127*BI127)/U127*O127,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load (Standard)","IL TRM v12 vol3",55,3.11,"CEF_base - Vented Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,3.93,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,283,"N_cycles","IL TRM v12 vol3",56,1,"%Electric","IL TRM v12 vol3",56,283,"Hours ","IL TRM v12 vol3",58,3.7999999999999999E-2,"CF","IL TRM v12 vol3",58,1.0329999999999999,"IQAdj","IL TRM v12 vol3",55]
["Income Eligible Program","Commercial Grade Dryers (Gas)",698,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",47,{"$f":"ROUND((AS128/AW128-AS128/BA128)*BE128*BI128,4)","v":25.669899999999998},"Calculated Value",null,{"$f":"K128/U128","v":9.0706360424028257E-2},3.7999999999999999E-2,"IL TRM v11 vol3",50,{"$f":"ROUND(K128/BM128*BQ128,4)","v":3.3999999999999998E-3},"Calculated Value",null,283,"IL TRM v11 vol3",54,16,"IL TRM v11 vol3",50,"CEF_eff",3.93,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"CEF_base",3.11,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"=ROUND((AS128/AW128-AS128/BA128)*BE128*BI128,4)","=ROUND(K128/BM128*BQ128,4)","IL TRM v11 vol3","51, 54","2024-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load (Standard)","IL TRM v11 vol3",51,3.11,"CEF_base","IL TRM v11 vol3",52,3.93,"CEF_eff","IL TRM v11 vol3",52,283,"N_cycles","IL TRM v11 vol3",52,0.16,"%Electric","IL TRM v11 vol3",52,283,"Hours","IL TRM v11 vol3",54,3.7999999999999999E-2,"CF","IL TRM v11 vol3",54]
["Income Eligible Program","Commercial Grade Dryers (Gas)",698.1,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",null,{"$f":"ROUND(((AS129/AW129*BU129)-AS129/BA129)*BE129*BI129,4)","v":29.729800000000001},"Calculated Value",null,{"$f":"ROUND(K129/U129,4)","v":0.1051},3.7999999999999999E-2,"IL TRM v12 vol3",53,{"$f":"ROUND((((AS129/AW129*BU129)-AS129/BA129)*BE129*BI129)/U129*O129,4)","v":4.0000000000000001E-3},"Calculated Value",null,283,"IL TRM v12 vol3",58,16,"IL TRM v12 vol3",53,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)",3.93,"IL TRM v12 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",55,"CEF_base - Vented, Electric, Standard (>= 4.4 ft3)",3.11,"IL TRM v12 vol3",55,"=ROUND(((AS129/AW129*BU129)-AS129/BA129)*BE129*BI129,4)","=ROUND((((AS129/AW129*BU129)-AS129/BA129)*BE129*BI129)/U129*O129,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load (Standard)","IL TRM v12 vol3",55,3.11,"CEF_base - Vented Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,3.93,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,283,"N_cycles","IL TRM v12 vol3",56,0.16,"%Electric","IL TRM v12 vol3",56,283,"Hours ","IL TRM v12 vol3",58,3.7999999999999999E-2,"CF","IL TRM v12 vol3",58,1.0329999999999999,"IQAdj","IL TRM v12 vol3",55]
["Income Eligible Program","Commercial Grade Washing Machines (Electric DHW)",407.2,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",8,{"$f":"ROUND((AS130*1/AW130*BA130*(BE130+(BI130*BM130)+(BQ130*BU130)))-(AS130*1/BY130*BA130*(CC130+(CG130*CK130)+(CO130*CS130))),4)","v":138.5581},"Calculated Value",null,{"$f":"K130/U130","v":0.46968847457627116},3.7999999999999999E-2,"IL TRM v11 vol3",11,{"$f":"ROUND(K130/CW130*DA130,4)","v":1.78E-2},"Calculated Value",null,295,"IL TRM v11 vol3",14,14,"IL TRM v11 vol3",10,"IMEF",2.21,"IL TRM v11 vol3 - ENERGY STAR",12,"IMEF",1.71,"IL TRM v11 vol3 - Federal Standard",12,"=ROUND((AS130*1/AW130*BA130*(BE130+(BI130*BM130)+(BQ130*BU130)))-(AS130*1/BY130*BA130*(CC130+(CG130*CK130)+(CO130*CS130))),4)","=ROUND(K130/CW130*DA130,4)","IL TRM v11 vol3","11, 14","2024-01-01","2024-12-31",null,null,null,null,3.55,"Capacity","IL TRM v11 vol3",11,1.71,"IMEFbase","IL TRM v11 vol3",11,295,"Ncycles","IL TRM v11 vol3",11,6.7000000000000004E-2,"%Cwbase","IL TRM v11 vol3",12,0.158,"%DHWbase","IL TRM v11 vol3",12,1,"%Electric_DHW","IL TRM v11 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v11 vol3",12,1,"%Electric_dryer","IL TRM v11 vol3",12,2.21,"IMEFeff","IL TRM v11 vol3",12,6.6000000000000003E-2,"%Cweff","IL TRM v11 vol3",12,0.13,"%DHWeff","IL TRM v11 vol3",12,1,"%Electric_DHW","IL TRM v11 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v11 vol3",12,1,"%Electric_Dryer","IL TRM v11 vol3",12,295,"Hours","IL TRM v11 vol3",14,3.7999999999999999E-2,"CF","IL TRM v11 vol3",14]
["Income Eligible Program","Commercial Grade Washing Machines (Electric DHW)",407.3,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",null,{"$f":"ROUND((AS131*1/AW131*BA131*(BE131+(BI131*BM131)+(BQ131*BU131)))-(AS131*1/BY131*BA131*(CC131+(CG131*CK131)+(CO131*CS131))),4)","v":138.5581},"Calculated Value",null,{"$f":"ROUND(K131/U131,4)","v":0.46970000000000001},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K131/U131*O131,4)","v":1.78E-2},"Calculated Value",null,295,"IL TRM v12 vol3",15,14,"IL TRM v12 vol3",10,"IEMF - ENERGY STAR",2.21,"IL TRM v12 vol3 - ENERGY STAR",12,"IEMF - Federal Standard",1.75,"IL TRM v12 vol3 - Federal Standard",12,"=ROUND((AS131*1/AW131*BA131*(BE131+(BI131*BM131)+(BQ131*BU131)))-(AS131*1/BY131*BA131*(CC131+(CG131*CK131)+(CO131*CS131))),4)","=ROUND(K131/U131*O131,4)","IL TRM v12 vol3","11, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity - unknown","IL TRM v12 vol3",11,1.71,"IMEFbase","IL TRM v12 vol3",12,295,"Ncycles","IL TRM v12 vol3",12,6.7000000000000004E-2,"%CW_base","IL TRM v12 vol3",12,0.158,"%DHW_base","IL TRM v12 vol3",12,1,"%Electric_DHW","IL TRM v12 vol3",13,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",13,1,"%Electric_dryer","IL TRM v12 vol3",13,2.21,"IMEFeff","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CW_eff - ENERGY STAR","IL TRM v12 vol3",12,0.13,"%DHW_eff","IL TRM v12 vol3",12,1,"%Electric_DHW","IL TRM v12 vol3",13,0.80400000000000005,"%Dryer_eff","IL TRM v12 vol3",12,1,"%Electric_Dryer","IL TRM v12 vol3",13,295,"Hours","IL TRM v12 vol3",15,3.7999999999999999E-2,"CF","IL TRM v12 vol3",15,1.02,"IQAdj - 2025","IL TRM v12 vol3",11]
["Income Eligible Program","Commercial Grade Washing Machines (Gas DHW)",697,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",8,{"$f":"ROUND((AS132*1/AW132*BA132*(BE132+(BI132*BM132)+(BQ132*BU132)))-(AS132*1/BY132*BA132*(CC132+(CG132*CK132)+(CO132*CS132))),4)","v":103.3976},"Calculated Value",null,{"$f":"K132/U132","v":0.35050033898305083},3.7999999999999999E-2,"IL TRM v11 vol3",11,{"$f":"ROUND(K132/CW132*DA132,4)","v":1.3299999999999999E-2},"Calculated Value",null,295,"IL TRM v11 vol3",14,14,"IL TRM v11 vol3",10,"IMEF",2.21,"IL TRM v11 vol3 - ENERGY STAR",12,"IMEF",1.71,"IL TRM v11 vol3 - Federal Standard",12,"=ROUND((AS132*1/AW132*BA132*(BE132+(BI132*BM132)+(BQ132*BU132)))-(AS132*1/BY132*BA132*(CC132+(CG132*CK132)+(CO132*CS132))),4)","=ROUND(K132/CW132*DA132,4)","IL TRM v11 vol3","11, 14","2024-01-01","2024-12-31",null,null,null,null,3.55,"Capacity","IL TRM v11 vol3",11,1.71,"IMEFbase","IL TRM v11 vol3",11,295,"Ncycles","IL TRM v11 vol3",11,6.7000000000000004E-2,"%Cwbase","IL TRM v11 vol3",12,0.158,"%DHWbase","IL TRM v11 vol3",12,0,"%Electric_DHW","IL TRM v11 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v11 vol3",12,1,"%Electric_dryer","IL TRM v11 vol3",12,2.21,"IMEFeff","IL TRM v11 vol3",12,6.6000000000000003E-2,"%Cweff","IL TRM v11 vol3",12,0.13,"%DHWeff","IL TRM v11 vol3",12,0,"%Electric_DHW","IL TRM v11 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v11 vol3",12,1,"%Electric_Dryer","IL TRM v11 vol3",12,295,"Hours","IL TRM v11 vol3",14,3.7999999999999999E-2,"CF","IL TRM v11 vol3",14]
["Income Eligible Program","Commercial Grade Washing Machines (Gas DHW)",697.1,"Common Area MF","Appliances",null,"per unit",850,"Evergy Guidance",null,{"$f":"ROUND((AS133*1/AW133*BA133*(BE133+(BI133*BM133)+(BQ133*BU133)))-(AS133*1/BY133*BA133*(CC133+(CG133*CK133)+(CO133*CS133))),4)","v":103.3976},"Calculated Value",null,{"$f":"ROUND(K133/U133,4)","v":0.35049999999999998},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K133/U133*O133,4)","v":1.3299999999999999E-2},"Calculated Value",null,295,"IL TRM v12 vol3",15,14,"IL TRM v12 vol3",10,"IEMF - ENERGY STAR",2.21,"IL TRM v12 vol3 - ENERGY STAR",12,"IEMF - Federal Standard",1.75,"IL TRM v12 vol3 - Federal Standard",12,"=ROUND((AS133*1/AW133*BA133*(BE133+(BI133*BM133)+(BQ133*BU133)))-(AS133*1/BY133*BA133*(CC133+(CG133*CK133)+(CO133*CS133))),4)","=ROUND(K133/U133*O133,4)","IL TRM v12 vol3","11, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity - unknown","IL TRM v12 vol3",11,1.71,"IMEFbase","IL TRM v12 vol3",12,295,"Ncycles","IL TRM v12 vol3",12,6.7000000000000004E-2,"%CW_base","IL TRM v12 vol3",12,0.158,"%DHW_base","IL TRM v12 vol3",12,0,"%Electric_DHW","IL TRM v12 vol3",13,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",13,1,"%Electric_dryer","IL TRM v12 vol3",13,2.21,"IMEFeff","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CW_eff - ENERGY STAR","IL TRM v12 vol3",12,0.13,"%DHW_eff","IL TRM v12 vol3",12,0,"%Electric_DHW","IL TRM v12 vol3",13,0.80400000000000005,"%Dryer_eff","IL TRM v12 vol3",12,1,"%Electric_Dryer","IL TRM v12 vol3",13,295,"Hours","IL TRM v12 vol3",15,3.7999999999999999E-2,"CF","IL TRM v12 vol3",15,1.02,"IQAdj - 2025","IL TRM v12 vol3",11]
["Income Eligible Program","Corner Door Jam Pads : MF",701,"Multi-Family","HVAC - Shell","No TRM source found for Corner Door Jam Pads; used estimate sources for Door Sweep measure (adjusted square footage)","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND((((AS134*AO134*24*AW134*(1-BA134))/(1000*BE134))+((AS134*AP134*24*AW134*(1-BA134))/(1000*BI134))/6), 4)","v":2.7219000000000002},"NJ TRM 2023",170,{"$f":"IF(R134=0,0,R134/O134)","v":0},0.69,"NJ TRM 2023",175,{"$f":"ROUND(((AS134*AW134*(1-BA134))/(1000*BM134))*O134, 4)","v":0},"NJ TRM 2023",172,null,null,null,25,"NJ TRM 2023",175,"Single 2\"x2\" door jam pad",null,null,null,null,null,null,null,"=ROUND((((AS134*AO134*24*AW134*(1-BA134))/(1000*BE134))+((AS134*AP134*24*AW134*(1-BA134))/(1000*BI134))/6), 4)","=ROUND(((AS134*AW134*(1-BA134))/(1000*BM134))*O134, 4)","NJ TRM 2023",171172,"2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,0.63900000000000001,"Air Leakage Reduction (CFM/ft)","PA TRM 2021",156,1,"Area (sqft)","NJ TRM 2023",171,{"$f":"(0.07+0.25+0.12)/3","v":0.14666666666666667},"F_framing: Average value for ceiling, wall and floor","NJ TRM 2023",172,14,"SEER","NJ TRM 2023",173,8.1999999999999993,"HSPF","NJ TRM 2023",174,11.3,"EER","NJ TRM 2023",692]
["Income Eligible Program, PAYS","Corner Door Jam Pads : MF",701.1,"Multi-Family","HVAC - Shell","No TRM source found for Corner Door Jam Pads; used estimate sources for Door Sweep measure (adjusted square footage)","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND((((AS135*AO135*24*AW135*(1-BA135))/(1000*BE135))+((AS135*AP135*24*AW135*(1-BA135))/(1000*BI135))/6), 4)","v":2.7219000000000002},"NJ TRM 2023",170,{"$f":"IF(R135=0,0,R135/O135)","v":0},0.69,"NJ TRM 2023",175,{"$f":"ROUND(((AS135*AW135*(1-BA135))/(1000*BM135))*O135, 4)","v":0},"NJ TRM 2023",172,null,null,null,25,"NJ TRM 2023",175,"Single 2\"x2\" door jam pad",null,null,null,null,null,null,null,{"$f":"cellformula(K135)","v":"=ROUND((((AS135*AO135*24*AW135*(1-BA135))/(1000*BE135))+((AS135*AP135*24*AW135*(1-BA135))/(1000*BI135))/6), 4)"},{"$f":"cellformula(R135)","v":"=ROUND(((AS135*AW135*(1-BA135))/(1000*BM135))*O135, 4)"},"NJ TRM 2023",171172,"2024-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,0.63900000000000001,"Air Leakage Reduction (CFM/ft)","PA TRM 2021",156,1,"Area (sqft)","NJ TRM 2023",171,{"$f":"(0.07+0.25+0.12)/3","v":0.14666666666666667},"F_framing: Average value for ceiling, wall and floor","NJ TRM 2023",172,14,"SEER","NJ TRM 2023",173,8.1999999999999993,"HSPF","NJ TRM 2023",174,11.3,"EER","NJ TRM 2023",692]
["Income Eligible Program","Deluxe Window Film Kit :MF",703,"Multi-Family","HVAC - Shell","Deemed values for Northern AR","per sqft","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(0.94,4)","v":0.94},"AR TRM v9.1",114,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"AR TRM v9.1",114,null,null,null,10,"AR TRM v9.1",114,"Window film kit for double-pane and AC with gas heat",null,null,null,null,null,null,null,"=ROUND(0.94,4)","=ROUND(0,4)",null,null,"2024-01-01","2024-12-31"]
["Income Eligible Program, PAYS","Deluxe Window Film Kit :MF",703.1,"Multi-Family","HVAC - Shell","Deemed values for Northern AR","per sqft","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(0.94,4)","v":0.94},"AR TRM v9.1",114,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"AR TRM v9.1",114,null,null,null,10,"AR TRM v9.1",114,"Window film kit for double-pane and AC with gas heat",null,null,null,null,null,null,null,"=ROUND(0.94,4)","=ROUND(0,4)",null,null,"2025-01-01"]
["Income Eligible Program","ECM Auto Fan Early Replacement - MF",390.1,"Multi-Family","Motor",null,"per unit",120,"WI TRM 2022",298,{"$f":"ROUND(AS138*AW138*((1/BA138)-(1/BE138))*U138,4)","v":1469.9691},"Calculated Value",null,{"$f":"R138/O138","v":0.99224999999999985},0.8,"WI TRM 2022",299,{"$f":"ROUND(AS138*AW138*((1/BA138)-(1/BE138))*BI138,4)","v":0.79379999999999995},"Calculated Value",null,1481.5,"WI TRM 2022",299,6,"WI TRM 2022 - total is 18 years",298,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null," ","=ROUND(AS138*AW138*((1/BA138)-(1/BE138))*U138,4)","=ROUND(AS138*AW138*((1/BA138)-(1/BE138))*BI138,4)","WI TRM 2022","299, 230","2024-01-01","2024-12-31",null,null,null,null,1,"hp","WI TRM 2022",300,0.746,"Conversion factor from horsepower to kW","WI TRM 2022",299,0.36249999999999999,"EFF_exist","WI TRM 2022",301,0.7,"EFF_ee","WI TRM 2022",299,0.8,"CF","WI TRM 2022",299]
["Income Eligible Program","ECM Auto Fan Early Replacement - MF",390.2,"Multi-Family","Motor",null,"per unit",120,"WI TRM 2023",291,{"$f":"ROUND(AS139*AW139*(1/BA139-1/BE139)*U139,4)","v":1469.9691},"Calculated Value",null,{"$f":"ROUND(R139/O139,4)","v":0.99229999999999996},0.8,"WI TRM 2023",292,{"$f":"ROUND(AS139*AW139*(1/BA139-1/BE139)*O139,4)","v":0.79379999999999995},"Calculated Value",null,1481.5,"WI TRM 2023 - Avg. of Heating and Cooling",292,6,"WI TRM 2023 - total is 21 years",291,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null,null,"=ROUND(AS139*AW139*(1/BA139-1/BE139)*U139,4)","=ROUND(AS139*AW139*(1/BA139-1/BE139)*O139,4)","WI TRM 2023","291, 292","2025-01-01",null,null,null,null,null,1,"hp - input","WI TRM 2023",292,0.746,"Conversion factor from horsepower to kW","WI TRM 2023",292,0.36249999999999999,"EFF_exist","WI TRM 2023",292,0.7,"EFF_ee","WI TRM 2023",292,0.8,"CF","WI TRM 2023",292]
["Income Eligible Program","ECM Auto Fan Early Replacement (future) - MF",391.1,"Multi-Family","Motor",null,"per unit",0,"WI TRM 2022",915,{"$f":"ROUND(AS140*AW140*((1/BA140)-(1/BE140))*U140,4)","v":631.54229999999995},"Calculated Value",null,{"$f":"R140/O140","v":0.42625000000000002},0.8,"WI TRM 2022",299,{"$f":"ROUND(AS140*AW140*((1/BA140)-(1/BE140))*BI140,4)","v":0.34100000000000003},"Calculated Value",null,1481.5,"WI TRM 2022",299,12,"WI TRM 2022 - total is 18 years",298,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null," ","=ROUND(AS140*AW140*((1/BA140)-(1/BE140))*U140,4)","=ROUND(AS140*AW140*((1/BA140)-(1/BE140))*BI140,4)","WI TRM 2022","299, 230","2024-01-01","2024-12-31",null,null,null,null,1,"hp","WI TRM 2022",300,0.746,"Conversion factor from horsepower to kW","WI TRM 2022",299,0.5,"EFF_base","WI TRM 2022",299,0.7,"EFF_ee","WI TRM 2022",299,0.8,"CF","WI TRM 2022",299,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Income Eligible Program","ECM Auto Fan Early Replacement (future) - MF",391.2,"Multi-Family","Motor",null,"per unit",0,"WI TRM 2023",291,{"$f":"ROUND(AS141*AW141*(1/BA141-1/BE141)*U141,4)","v":631.54229999999995},"Calculated Value",null,{"$f":"ROUND(R141/O141,4)","v":0.42630000000000001},0.8,"WI TRM 2023",292,{"$f":"ROUND(AS141*AW141*(1/BA141-1/BE141)*O141,4)","v":0.34100000000000003},"Calculated Value",null,1481.5,"WI TRM 2023 - Avg. of Heating and Cooling",292,15,"WI TRM 2023 - total is 21 years",291,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null,null,"=ROUND(AS141*AW141*(1/BA141-1/BE141)*U141,4)","=ROUND(AS141*AW141*(1/BA141-1/BE141)*O141,4)","WI TRM 2023","291, 292","2025-01-01",null,null,null,null,null,1,"hp - input","WI TRM 2023",292,0.746,"Conversion factor from horsepower to kW","WI TRM 2023",292,0.5,"EFF_base","WI TRM 2023",292,0.7,"EFF_ee","WI TRM 2023",292,0.8,"CF","WI TRM 2023",292]
["Income Eligible Program","ECM Continous Fan Early Replacement - MF",393.1,"Multi-Family","Motor",null,"per unit",120,"WI TRM 2022",915,{"$f":"ROUND(AS142*AW142*((1/BA142)-(1/BE142))*U142,4)","v":8691.8186999999998},"Calculated Value",null,{"$f":"R142/O142","v":0.99224999999999985},0.8,"WI TRM 2022",299,{"$f":"ROUND(AS142*AW142*((1/BA142)-(1/BE142))*BI142,4)","v":0.79379999999999995},"Calculated Value",null,8760,"WI TRM 2022",299,6,"WI TRM 2022 - total is 18 years",298,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null," ","=ROUND(AS142*AW142*((1/BA142)-(1/BE142))*U142,4)","=ROUND(AS142*AW142*((1/BA142)-(1/BE142))*BI142,4)","WI TRM 2022","299, 230","2024-01-01","2024-12-31",null,null,null,null,1,"hp","WI TRM 2022",300,0.746,"Conversion factor from horsepower to kW","WI TRM 2022",299,0.36249999999999999,"EFF_exist","WI TRM 2022",301,0.7,"EFF_ee","WI TRM 2022",299,0.8,"CF","WI TRM 2022",299,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Income Eligible Program","ECM Continous Fan Early Replacement - MF",393.2,"Multi-Family","Motor",null,"per unit",120,"WI TRM 2023",291,{"$f":"ROUND(AS143*AW143*(1/BA143-1/BE143)*U143,4)","v":8691.8186999999998},"Calculated Value",null,{"$f":"ROUND(R143/O143,4)","v":0.99219999999999997},1,"WI TRM 2023 - 24/7 Ventilation",292,{"$f":"ROUND(AS143*AW143*(1/BA143-1/BE143)*O143,4)","v":0.99219999999999997},"Calculated Value",null,8760,"WI TRM 2023 - 24/7 Ventilation",292,6,"WI TRM 2023 - total is 21 years",291,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null,null,"=ROUND(AS143*AW143*(1/BA143-1/BE143)*U143,4)","=ROUND(AS143*AW143*(1/BA143-1/BE143)*O143,4)","WI TRM 2023","291, 292","2025-01-01",null,null,null,null,null,1,"hp - input","WI TRM 2023",292,0.746,"Conversion factor from horsepower to kW","WI TRM 2023",292,0.36249999999999999,"EFF_exist","WI TRM 2023",292,0.7,"EFF_ee","WI TRM 2023",292,1,"CF - 24/7 Ventilation","WI TRM 2023",292]
["Income Eligible Program","ECM Continous Fan Early Replacement (future) - MF",394.1,"Multi-Family","Motor",null,"per unit",0,"WI TRM 2022",915,{"$f":"ROUND(AS144*AW144*((1/BA144)-(1/BE144))*U144,4)","v":3734.2629000000002},"Calculated Value",null,{"$f":"R144/O144","v":0.42625000000000002},0.8,"WI TRM 2022",299,{"$f":"ROUND(AS144*AW144*((1/BA144)-(1/BE144))*BI144,4)","v":0.34100000000000003},"Calculated Value",null,8760,"WI TRM 2022",299,12,"WI TRM 2022 - total is 18 years",298,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null," ","=ROUND(AS144*AW144*((1/BA144)-(1/BE144))*U144,4)","=ROUND(AS144*AW144*((1/BA144)-(1/BE144))*BI144,4)","WI TRM 2022","299, 230","2024-01-01","2024-12-31",null,null,null,null,1,"hp","WI TRM 2022",300,0.746,"Conversion factor from horsepower to kW","WI TRM 2022",299,0.5,"EFF_base","WI TRM 2022",299,0.7,"EFF_ee","WI TRM 2022",299,0.8,"CF","WI TRM 2022",299,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Income Eligible Program","ECM Continous Fan Early Replacement (future) - MF",394.2,"Multi-Family","Motor",null,"per unit",0,"WI TRM 2023",291,{"$f":"ROUND(AS145*AW145*(1/BA145-1/BE145)*U145,4)","v":3734.2629000000002},"Calculated Value",null,{"$f":"ROUND(R145/O145,4)","v":0.42630000000000001},1,"WI TRM 2023 - 24/7 Ventilation",292,{"$f":"ROUND(AS145*AW145*(1/BA145-1/BE145)*O145,4)","v":0.42630000000000001},"Calculated Value",null,8760,"WI TRM 2023 - 24/7 Ventilation",292,15,"WI TRM 2023 - total is 21 years",291,"ECM Blower Motor",null,null,null,"Non-ECM Blower Motor",null,null,null,"=ROUND(AS145*AW145*(1/BA145-1/BE145)*U145,4)","=ROUND(AS145*AW145*(1/BA145-1/BE145)*O145,4)","WI TRM 2023","291, 292","2025-01-01",null,null,null,null,null,1,"hp - input","WI TRM 2023",292,0.746,"Conversion factor from horsepower to kW","WI TRM 2023",292,0.5,"EFF_base","WI TRM 2023",292,0.7,"EFF_ee","WI TRM 2023",292,1,"CF - 24/7 Ventilation","WI TRM 2023",292]
["Income Eligible Program","ENERGY STAR Dishwasher (Gas DHW)",634.1,"Multi-Family","Appliances",null,"Per unit",75.67,"IL TRM v11 vol3",22,{"$f":"ROUND((BE146-BI146)*(AS146+(AW146*BA146)),4)","v":16.28},"Calculated Value",null,{"$f":"R146/O146","v":4.6153846153846149E-2},2.5999999999999999E-2,"IL TRM v11 vol 3",23,{"$f":"ROUND((K146/U146)*O146,4)","v":1.1999999999999999E-3},"Calculated Value",null,353,"IL TRM v11 vol3",25,11,"IL TRM v11 vol3",22,"ENERGY STAR V6.0 Standard Dishwasher (> 8 place settings + six serving pieces)",270,"IL TRM v11 vol3",22,"Dishwasher meeting minimum Federal standards",307,"IL TRM v11 vol3",22,"=ROUND((BE146-BI146)*(AS146+(AW146*BA146)),4)","=ROUND((K146/U146)*O146,4)","IL TRM v11 vol3","23, 25","2024-01-01","2024-12-31",null,null,null,null,0.44,"%kWh_op: Percentage of dishwasher \nenergy consumption used for unit operation","IL TRM v11 vol3",23,0.56000000000000005,"%kWh_heat: Percentage of dishwasher \nenergy consumption used for water heating","IL TRM v11 vol3",23,0,"%Electric_DHW","IL TRM v11 vol3",24,{"$f":"AF146","v":307},"kWhBase : Baseline kWh consumption per year","IL TRM v11 vol3",23,{"$f":"AB146","v":270},"kWhEStar : ENERGY STAR kWh consumption per year","IL TRM v11 vol3",23]
["Income Eligible Program","ENERGY STAR Dishwasher (Gas DHW)",634.20000000000005,"Multi-Family","Appliances",null,"Per unit",118.28,"IL TRM v12 vol3",25,{"$f":"ROUND(((AF147-AB147)*(AS147+(AW147*BA147))),4)","v":30.8},"Calculated Value",null,{"$f":"ROUND(R147/O147,4)","v":8.8499999999999995E-2},2.5999999999999999E-2,"IL TRM v12 vol3",25,{"$f":"ROUND((K147/U147)*O147,4)","v":2.3E-3},"Calculated Value",null,353,"IL TRM v12 vol3",27,11,"IL TRM v12 vol3",24,"ENERGY STAR V6.0 Standard Dishwasher (> 8 place settings + six serving pieces)",240,"IL TRM v12 vol3",24,"Dishwasher meeting minimum Federal standards",310,"IL TRM v12 vol3",24,"=ROUND(((AF147-AB147)*(AS147+(AW147*BA147))),4)","=ROUND((K147/U147)*O147,4)","IL TRM v12 vol3","25, 27","2025-01-01",null,null,null,null,null,0.44,"%kWh_op: Percentage of dishwasher \nenergy consumption used for unit operation","IL TRM v12 vol3",26,0.56000000000000005,"%kWh_heat: Percentage of dishwasher \nenergy consumption used for water heating","IL TRM v12 vol3",26,0,"%Electric_DHW","IL TRM v12 vol3",26,310,"kWhBase : Baseline kWh consumption per year, Standard IQ","IL TRM v12 vol3",25,240,"kWhEStar : ENERGY STAR kWh consumption per year","IL TRM v12 vol3",25]
["Income Eligible Program","ENERGY STAR Electric Clothes Dryers",486.20000000000005,"Single Family","Appliances",null,"per unit",152,"IL TRM v11 vol3",50,{"$f":"ROUND((AS148/AW148-AS148/BA148)*BE148*BI148,4)","v":160.43680000000001},"IL TRM v11 vol3 (algorithm)",51,{"$f":"R148/O148","v":0.56578947368421051},3.7999999999999999E-2,"IL TRM v11 vol3",50,{"$f":"ROUND(K148/BM148*BQ148,4)","v":2.1499999999999998E-2},"IL TRM v11 vol3 (algorithm)",54,283,"IL TRM v11 vol3",54,16,"IL TRM v11 vol3",50,"Electric clothes dryer meeting Energy Star V1.0 qualification",3.93,"IL TRM v11 vol3",52,"Electric clothes dryer meeting federal standard efficiency",3.11,"IL TRM v11 vol3",52,"=ROUND((AS148/AW148-AS148/BA148)*BE148*BI148,4)","=ROUND(K148/BM148*BQ148,4)","IL TRM v11 vol3","51,54","2024-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load","IL TRM v11 vol3 (Standard size)",51,3.11,"CEF_base","IL TRM v11 vol3 (Standard size)",52,3.93,"CEF_eff","IL TRM v11 vol3 (Standard size)",52,283,"N_cycles","IL TRM v11 vol3",52,1,"%Electric","IL TRM v11 vol3",52,283,"Hours","IL TRM v11 vol3",52,3.7999999999999999E-2,"CF","IL TRM v11 vol3",54]
["Income Eligible Program","ENERGY STAR Electric Clothes Dryers",486.3,"Single Family","Appliances",null,"per unit",246,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS149/AW149*BU149)-AS149/BA149)*BE149*BI149,4)","v":185.81129999999999},"IL TRM v12 vol3 (algorithm)",54,{"$f":"ROUND(R149/O149,4)","v":0.65529999999999999},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K149/BM149*BQ149,4)","v":2.4899999999999999E-2},"IL TRM v12 vol3 (algorithm)",58,283,"IL TRM v12 vol3",58,16,"IL TRM v12 vol3",53,"Electric clothes dryer meeting Energy Star V1.0 qualification",3.93,"IL TRM v12 vol3",55,"Electric clothes dryer meeting federal standard efficiency",3.11,"IL TRM v12 vol3",55,"=ROUND(((AS149/AW149*BU149)-AS149/BA149)*BE149*BI149,4)","=ROUND(K149/BM149*BQ149,4)","IL TRM v12 vol 3","54,57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load","IL TRM v12 vol3 (Standard size)",54,3.11,"CEF_base","IL TRM v12 vol3 (Standard size)",55,3.93,"CEF_eff","IL TRM v12 vol3 (Standard size)",55,283,"N_cycles","IL TRM v12 vol3",56,1,"%Electric","IL TRM v12 vol3",56,283,"Hours","IL TRM v12 vol3",55,3.7999999999999999E-2,"CF","IL TRM v12 vol3",58,1.0329999999999999,"IQAdj","IL TRM v12 vol3",55]
["Income Eligible Program","Exterior LED replacing < 175W Fixture or Mogul Screw-Base Lamp",653.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",248,"IL TRM v11 vol2",669,{"$f":"ROUND(((AF150-AB150)/1000)*U150*AS150*BA150,4)","v":724.04859999999996},"Calculated Value",null,0,0,"IL TRM v11 vol2",637,{"$f":"ROUND(((AF150-AB150)/1000)*BA150*AW150*O150,4)","v":0},"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U150","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",27.2,"Spec sheet (as reported by implementer)",null,"175W Pulse Start Metal Halide",198.9,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF150-AB150)/1000)*U150*AS150*BA150,4)","=ROUND(((AF150-AB150)/1000)*BA150*AW150*O150,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor_Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing < 175W Fixture or Mogul Screw-Base Lamp",653.20000000000005,"C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",123.81,"IL TRM v12 vol2",717,724.04859999999996,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",27.2,"Spec sheet (as reported by implementer)",null,"175W Pulse Start Metal Halide",198.9,"IL TRM v12 vol2",717,"=ROUND(((AF151-AB151)/1000)*U151*AS151*BA151,4)","=ROUND(((AF151-AB151)/1000)*BA151*AW151*O151,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",650.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",946,"IL TRM v11 vol2",669,1134.7786000000001,"Calculated Value",null,0,0,"IL TRM v11 vol2",637,0,"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U152","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",185.3,"Spec sheet (as reported by implementer)",null,"400W Pulse Start Metal Halide",454.4,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF152-AB152)/1000)*U152*AS152*BA152,4)","=ROUND(((AF152-AB152)/1000)*BA152*AW152*O152,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor_Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",650.20000000000005,"C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",196.16,"IL TRM v12 vol2",717,1134.7786000000001,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",185.3,"Spec sheet (as reported by implementer)",null,"400W Pulse Start Metal Halide",454.4,"IL TRM v12 vol3",717,"=ROUND(((AF153-AB153)/1000)*U153*AS153*BA153,4)","=ROUND(((AF153-AB153)/1000)*BA153*AW153*O153,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",654.1,"Small C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",946,"IL TRM v11 vol2",669,1136.0436,"Calculated Value",null,0,0,"IL TRM v11 vol2",637,0,"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U154","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",185,"Spec sheet (as reported by implementer)",null,"400W Pulse Start Metal Halide",454.4,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF154-AB154)/1000)*U154*AS154*BA154,4)","=ROUND(((AF154-AB154)/1000)*BA154*AW154*O154,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",654.20000000000005,"C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",196.16,"IL TRM v12 vol2",717,1136.0436,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",185,"Spec sheet (as reported by implementer)",null,"400W Pulse Start Metal Halide",454.4,"IL TRM v12 vol3",717,"=ROUND(((AF155-AB155)/1000)*U155*AS155*BA155,4)","=ROUND(((AF155-AB155)/1000)*BA155*AW155*O155,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",652.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",566,"IL TRM v11 vol2",669,888.50930000000005,"Calculated Value",null,0,0,"IL TRM v11 vol2",637,0,"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U156","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",73.400000000000006,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF156-AB156)/1000)*U156*AS156*BA156,4)","=ROUND(((AF156-AB156)/1000)*BA156*AW156*O156,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor_Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",652.20000000000005,"C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",134.35,"IL TRM v12 vol2",717,888.50930000000005,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",73.400000000000006,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v12 vol2",717,"=ROUND(((AF157-AB157)/1000)*U157*AS157*BA157,4)","=ROUND(((AF157-AB157)/1000)*BA157*AW157*O157,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",655.1,"Small C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",566,"IL TRM v11 vol2",669,890.19600000000003,"Calculated Value",null,0,0,"IL TRM v11 vol2",637,0,"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U158","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",73,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF158-AB158)/1000)*U158*AS158*BA158,4)","=ROUND(((AF158-AB158)/1000)*BA158*AW158*O158,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",655.20000000000005,"Small C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",134.35,"IL TRM v12 vol2",717,890.19600000000003,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",73,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v12 vol2",717,"=ROUND(((AF159-AB159)/1000)*U159*AS159*BA159,4)","=ROUND(((AF159-AB159)/1000)*BA159*AW159*O159,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Exterior LED replacing 251W-400W Fixture or Mogul Screw‐Base Lamp",651.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",566,"IL TRM v11 vol2",669,608.92610000000002,"Calculated Value",null,0,0,"IL TRM v11 vol2",637,0,"Calculated Value",null,4303,"IL TRM v11 vol2",637,{"$f":"50000/U160","v":11.619800139437602},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",139.69999999999999,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF160-AB160)/1000)*U160*AS160*BA160,4)","=ROUND(((AF160-AB160)/1000)*BA160*AW160*O160,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v11 vol2",637,1,"Waste Heat Factor_Demand","IL TRM v11 vol2",637,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Exterior LED replacing 251W-400W Fixture or Mogul Screw‐Base Lamp",651.20000000000005,"C&I","Lighting","Annual Operating Hours, CF, Measure Life source: IL TRM","per fixture",134.35,"IL TRM v12 vol2",717,608.92610000000002,"Calculated Value",null,0,0,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,0,"Calculated Value",null,4303,"IL TRM v12 vol2, Exterior - Dusk to Dawn",684,16,"IL TRM v12 vol2 (\"For exterior fixtures, the lifetime is assumed to be 16 years for Dusk-to-Dawn (4303 hours) applications\")",706,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",139.69999999999999,"Spec sheet (as reported by implementer)",null,"250W Pulse Start Metal Halide",284.10000000000002,"IL TRM v12 vol2",717,"=ROUND(((AF161-AB161)/1000)*U161*AS161*BA161,4)","=ROUND(((AF161-AB161)/1000)*BA161*AW161*O161,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor Energy","IL TRM v12 vol2",684,1,"Waste Heat Factor_Demand","IL TRM v12 vol2",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","High Bay Fluorescent Fixture w/ HE Electronic Ballast (T5 >4 lamps)",60.4,"Multi-Family","Lighting","Common Area - DI","per fixture",100,"IL TRM v11 vol2",720,{"$f":"ROUND((AF162-AB162)/1000*U162*AS162*BA162,4)","v":1026.9875999999999},"Calculated Value",null,{"$f":"(AF162-AB162)/1000*AW162*BA162","v":0.20576079999999997},0.62,"IL TRM v11 vol2",636,{"$f":"ROUND((AF162-AB162)/1000*AW162*O162*BA162,4)","v":0.12759999999999999},"Calculated Value",null,5216,"IL TRM v11 vol2 (MF Midrise)",636,12,"IL TRM v11 vol2",717,"High Bay - T5 >4 lamp",295,"Spec sheet (as reported by implementer)",null,"Metal Halide (watts)",476,"IL TRM v11 vol2",720,"=ROUND((AF162-AB162)/1000*U162*AS162*BA162,4)","=ROUND((AF162-AB162)/1000*AW162*O162*BA162,4)","IL TRM v11 vol2","718, 719","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v11 vol2",636,0.98,"ISR","IL TRM v11 vol2",718]
["Income Eligible Program","High Bay Fluorescent Fixture w/ HE Electronic Ballast (T5 >4 lamps)",60.5,"Multi-Family","Lighting","Common Area - DI","per fixture",100,"IL TRM v12 vol2 - Metal Halide Baseline",768,{"$f":"ROUND(((AF163-AB163)/1000)*U163*AS163*BA163,4)","v":312.06810000000002},"Calculated Value",766,{"$f":"ROUND(((AF163-AB163)/1000)*AW163*BA163,4)","v":6.25E-2},0.62,"IL TRM v12 vol2 - MF Mid Rise - Common",683,{"$f":"ROUND(((AF163-AB163)/1000)*AW163*BA163*O163,4)","v":3.8800000000000001E-2},"Calculated Value",767,5216,"IL TRM v12 vol2 - MF Mid Rise - Common",683,12,"IL TRM v12 vol2",765,"High Bay - T5 >4 lamp",295,"Spec sheet (as reported by implementer)",null,"Metal Halide (watts)",350,"IL TRM v12 vol2",768,"=ROUND(((AF163-AB163)/1000)*U163*AS163*BA163,4)","=ROUND(((AF163-AB163)/1000)*AW163*BA163*O163,4)","IL TRM v12 vol2","766, 767","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683,0.98,"ISR","IL TRM v12 vol2",766]
["Income Eligible Program","Income-Eligible Multi-Family Custom Measure",0.12,"Multi-Family","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Income Eligible Program","Increased Ceiling Insulation - ASHP base (electric heating and cooling): MF",707,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",{"$f":"948/CC165","v":0.77832512315270941},"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF165-1/AB165)*(1-BE165))*24*AO165*BA165)/AW165)*BI165)+(((((1/AF165-1/AB165)*(1-BE165))*24*AP165)/AS165)),4)","v":0.56340000000000001},"Calculated Value",null,{"$f":"K165/U165","v":7.6341463414634147E-4},0.72,"IL TRM v11 vol3",410,{"$f":"ROUND(((K165/U165)*O165),8)","v":5.4965999999999999E-4},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF165-1/AB165)*(1-BE165))*24*AO165*BA165)/AW165)*BI165)+(((((1/AF165-1/AB165)*(1-BE165))*24*AP165)/AS165)),4)","=ROUND(((K165/U165)*O165),8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.92*3412","v":6551.04},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",413,14000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",412,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3 (St Louis)",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",414,1.07,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v11 vol3",415,0.72,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",417,0.72,"nHeat","IL TRM v11 vol3",417,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["Income Eligible Program","Increased Ceiling Insulation - ASHP base (electric heating and cooling): MF",707.1,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF166-1/AB166)*(1-BE166))*24*AO166*BA166)/(AW166))*BI166*CG166)+((((1/AF166-1/AB166)*(1-BE166))*24*AP166)/(AS166))*BM166,4)","v":0.44130000000000003},"Calculated Value",null,{"$f":"ROUND(K166/U166,4)","v":5.9999999999999995E-4},0.72,"IL TRM v12 vol3 - HP",421,{"$f":"ROUND(((((((1/AF166-1/AB166)*(1-BE166))*24*AO166*BA166)/(AW166))*BI166*CG166*CK166)/U166)*O166,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF166-1/AB166)*(1-BE166))*24*AO166*BA166)/(AW166))*BI166*CG166)+((((1/AF166-1/AB166)*(1-BE166))*24*AP166)/(AS166))*BM166,4)","=ROUND(((((((1/AF166-1/AB166)*(1-BE166))*24*AO166*BA166)/(AW166))*BI166*CG166*CK166)/U166)*O166,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"3412*1.62","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",425,{"$f":"1000*13.3","v":13300},"Cooling Coefficient, HP after 1/1/2015","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 13.3 for units after 1/1/2015",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data",null,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424]
["Income Eligible Program","Increased Ceiling Insulation - CAC with electric resistance base: MF",708,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF167-1/AB167)*(1-BE167)*24*AO167*BA167)/AW167)*BI167)+(((((1/AF167-1/AB167)*(1-BE167))*24*AP167)/AS167)*BM167),4)","v":0.63990000000000002},"Calculated Value",null,{"$f":"K167/U167","v":8.6707317073170731E-4},0.68,"IL TRM v11 vol3",410,{"$f":"ROUND(((K167/U167)*O167),8)","v":5.8960999999999996E-4},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF167-1/AB167)*(1-BE167)*24*AO167*BA167)/AW167)*BI167)+(((((1/AF167-1/AB167)*(1-BE167))*24*AP167)/AS167)*BM167),4)","=ROUND(((K167/U167)*O167),8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",413,14000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",412,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3 (St Louis)",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",414,1.07,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v11 vol3",415,0.72,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",417,0.72,"nHeat","IL TRM v11 vol3",417,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["Income Eligible Program","Increased Ceiling Insulation - CAC with electric resistance base: MF",708.1,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF168-1/AB168)*(1-BE168))*24*AO168*BA168)/(AW168))*BI168*CG168)+((((1/AF168-1/AB168)*(1-BE168))*24*AP168)/(AS168))*BM168,4)","v":0.67910000000000004},"Calculated Value",null,{"$f":"ROUND(K168/U168,4)","v":8.9999999999999998E-4},0.68,"IL TRM v12 vol3 - CAC",421,{"$f":"ROUND(((((((1/AF168-1/AB168)*(1-BE168))*24*AO168*BA168)/(AW168))*BI168*BQ168*BU168)/U168)*O168,8)","v":5.0439999999999998E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF168-1/AB168)*(1-BE168))*24*AO168*BA168)/(AW168))*BI168*CG168)+((((1/AF168-1/AB168)*(1-BE168))*24*AP168)/(AS168))*BM168,4)","=ROUND(((((((1/AF168-1/AB168)*(1-BE168))*24*AO168*BA168)/(AW168))*BI168*BQ168*BU168)/U168)*O168,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",425,{"$f":"1000*12.4","v":12400},"Cooling Coefficient, CAC after 1/1/2015","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 13.3 for units after 1/1/2015",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data",null,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424]
["Income Eligible Program","Increased Ceiling Insulation - CAC with gas furnace base: MF",709,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF169-1/AB169)*(1-BE169)*24*AO169*BA169)/AW169)*BI169)+((((1/AF169-1/AB169)*(1-BE169))*24*AP169)/(BY169*100000)*BU169),4)","v":9.2899999999999996E-2},"Calculated Value",null,{"$f":"K169/U169","v":1.2588075880758806E-4},0.68,"IL TRM v11 vol3",410,{"$f":"ROUND(((K169/U169)*O169),8)","v":8.5599999999999994E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF169-1/AB169)*(1-BE169)*24*AO169*BA169)/AW169)*BI169)+((((1/AF169-1/AB169)*(1-BE169))*24*AP169)/(BY169*100000)*BU169),4)","=ROUND(((K169/U169)*O169),8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.92*3412","v":6551.04},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",413,14000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",412,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3 (St Louis)",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",414,1.07,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v11 vol3",415,0.72,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",417,0.72,"nheat","IL TRM v11 vol3",417,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["Income Eligible Program","Increased Ceiling Insulation - CAC with gas furnace base: MF",709.1,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF170-1/AB170)*(1-BE170))*24*AO170*BA170)/(AW170))*BI170*CG170)+(((((1/AF170-1/AB170)*(1-BE170))*24*AP170)/(BY170*100000))*BU170*CG170)*BQ170*CK170*CO170,4)","v":0.1099},"Calculated Value",null,{"$f":"ROUND(K170/U170,4)","v":1E-4},0.68,"IL TRM v12 vol3 - CAC",421,{"$f":"ROUND(((((((1/AF170-1/AB170)*(1-BE170))*24*AO170*BA170)/(AW170))*BI170*BQ170*BU170)/U170)*O170,8)","v":5.0439999999999998E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF170-1/AB170)*(1-BE170))*24*AO170*BA170)/(AW170))*BI170*CG170)+(((((1/AF170-1/AB170)*(1-BE170))*24*AP170)/(BY170*100000))*BU170*CG170)*BQ170*CK170*CO170,4)","=ROUND(((((((1/AF170-1/AB170)*(1-BE170))*24*AO170*BA170)/(AW170))*BI170*BQ170*BU170)/U170)*O170,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",425,{"$f":"1000*12.4","v":12400},"Cooling Coefficient, HP after 1/1/2015","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 13.3 for units after 1/1/2015",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data",null,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424,3.1399999999999997E-2,"F_e","IL TRM v12 vol3",426,29.3,"kWh per therm","IL TRM v12 vol3",426]
["Income Eligible Program","Increased Ceiling Insulation - Electric furnace/electric resistance base with no cooling: MF",710,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF171-1/AB171)*(1-BE171))*24*AP171)/AS171)*BM171),4)","v":0.57999999999999996},"Calculated Value",null,{"$f":"K171/U171","v":7.8590785907859079E-4},"-","IL TRM v11 vol3",410,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF171-1/AB171)*(1-BE171))*24*AP171)/AS171)*BM171),4)","=ROUND(0,8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",413,14000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",412,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3 (St Louis)",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",414,1.07,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v11 vol3",415,0.72,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",417,0.72,"nHeat","IL TRM v11 vol3",417,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["Income Eligible Program","Increased Ceiling Insulation - Electric furnace/electric resistance base with no cooling: MF",710.1,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF172-1/AB172)*(1-BE172))*24*AP172)/(AS172))*BM172*CG172,4)","v":0.66990000000000005},"Calculated Value",null,{"$f":"ROUND(K172/U172,4)","v":8.9999999999999998E-4},0,"IL TRM v12 vol3",421,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF172-1/AB172)*(1-BE172))*24*AP172)/(AS172))*BM172*CG172,4)","=ROUND(0,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",425,0,"Cooling Coefficient, HP after 1/1/2015","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 13.3 for units after 1/1/2015",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data",null,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424]
["Income Eligible Program","Increased Ceiling Insulation - Gas furnace base with no cooling: MF",711,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF173-1/AB173)*(1-BE173))*24*AP173)/(BY173*100000)*BU173),4)","v":3.3000000000000002E-2},"Calculated Value",null,{"$f":"K173/U173","v":4.4715447154471546E-5},"-","IL TRM v11 vol3",410,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF173-1/AB173)*(1-BE173))*24*AP173)/(BY173*100000)*BU173),4)","=ROUND(0,8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.92*3412","v":6551.04},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",413,14000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",412,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3 (St Louis)",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",414,1.07,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v11 vol3",415,0.72,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v11 vol3",417,0.72,"nHeat","IL TRM v11 vol3",417,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["Income Eligible Program","Increased Ceiling Insulation - Gas furnace base with no cooling: MF",711.1,"Multi-Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF174-1/AB174)*(1-BE174))*24*AP174)/(BY174*100000))*BU174*CG174)*CK174*CO174*BQ174,4)","v":3.9800000000000002E-2},"Calculated Value",null,{"$f":"ROUND(K174/U174,4)","v":1E-4},0,"IL TRM v12 vol3",421,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF174-1/AB174)*(1-BE174))*24*AP174)/(BY174*100000))*BU174*CG174)*CK174*CO174*BQ174,4)","=ROUND(0,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",425,0,"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 13.3 for units after 1/1/2015",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM v12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data",null,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424,3.1399999999999997E-2,"F_e","IL TRM v12 vol3",426,29.3,"kWh per therm","IL TRM v12 vol3",426]
["Income Eligible Program","Interior Directional LED Lamp replacing 50-70W Lamp",321.10000000000002,"Multi-Family","Lighting",null,"per lamp",1.65,"IL TRM v11 vol3",313,{"$f":"ROUND((AF175-AB175)/1000*U175*AS175*BA175,4)","v":41.768099999999997},"Calculated Value",null,{"$f":"R175/O175","v":5.5963302752293581E-2},0.109,"IL TRM v11 vol3",313,{"$f":"ROUND((AF175-AB175)*AW175*BA175*O175/1000,4)","v":6.1000000000000004E-3},"Calculated Value",null,763,"IL TRM v11 vol3",317,8,"IL TRM v11 vol3",312,"Interior Directional LED Lamp",9.3000000000000007,"IL TRM v11 vol3",315,"50-70Watts Lamp",65,"IL TRM v11 vol3",315,"=ROUND((AF175-AB175)/1000*U175*AS175*BA175,4)","=ROUND((AF175-AB175)*AW175*BA175*O175/1000,4)","IL TRM v11 vol3","313, 319","2024-01-01","2024-12-31",null,null,null,null,1.04,"Waste Heat Factor_Energy","IL TRM v11 vol3 - Multifamily in unit",318,1.07,"Waste Heat Factor_Demand","IL TRM v11 vol3",319,0.94499999999999995,"ISR","IL TRM v11 vol3 - Direct Install",316]
["Income Eligible Program","Interior Directional LED Lamp replacing 50-70W Lamp",321.2,"Multi-Family","Lighting","Direct Install","per lamp",1.65,"IL TRM v12 vol3 - Directional",311,{"$f":"ROUND(((AF176-AB176)/1000)*U176*AS176*BA176,4)","v":41.768099999999997},"Calculated Value",null,{"$f":"ROUND(R176/O176,4)","v":5.6000000000000001E-2},0.109,"IL TRM v12 vol3",211,{"$f":"ROUND(((AF176-AB176)/1000)*AW176*BA176*O176,4)","v":6.1000000000000004E-3},"Calculated Value",null,763,"IL TRM v12 vol3",316,8,"IL TRM v12 vol3",311,"Interior Directional LED Lamp - BR30, BR40, or ER40",9.3000000000000007,"IL TRM v12 vol3",314,"50-70Watts Lamp",65,"IL TRM v12 vol3",314,"=ROUND(((AF176-AB176)/1000)*U176*AS176*BA176,4)","=ROUND(((AF176-AB176)/1000)*AW176*BA176*O176,4)","IL TRM v12 vol3","312, 318","2025-01-01",null,null,null,null,null,1.04,"Waste Heat Factor - Energy, Multifamily in unit","IL TRM v12 vol3",317,1.07,"Waste Heat Factor - Demand, Multifamily in unit","IL TRM v12 vol3",318,0.94499999999999995,"ISR - Direct Install","IL TRM v12 vol3",315]
["Income Eligible Program","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO",322.2,"Multi-Family","Lighting",null,"per unit",26,"IL TRM v11 vol3",338,{"$f":"ROUND((AF177-AB177)/1000*U177*AS177*BA177,4)","v":59.964799999999997},"Calculated Value",null,{"$f":"R177/O177","v":6.6386554621848753E-2},0.11899999999999999,"IL TRM v11 vol3",338,{"$f":"ROUND((AF177-AB177)/1000*AW177*BA177*O177,4)","v":7.9000000000000008E-3},"Calculated Value",null,926,"IL TRM v11 vol3",339,8,"IL TRM v11 vol3",337,"LED 2X4 Retrofit Kits",22.4,"IL TRM v11 vol3",339,"2x4 T8, T12 or T5 Fluorescents",88.5,"IL TRM v11 vol3",339,"=ROUND((AF177-AB177)/1000*U177*AS177*BA177,4)","=ROUND((AF177-AB177)/1000*AW177*BA177*O177,4)","IL TRM v11 vol3","338, 341","2024-01-01","2024-12-31",null,null,null,null,1.04,"Waste Heat Factor_Energy","IL TRM v11 vol3 - Multifamily in unit",340,1.07,"Waste Heat Factor_Demand","IL TRM v11 vol3",341,0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"]
["Income Eligible Program","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO",322.3,"Multi-Family","Lighting",null,"per unit",55,"IL TRM v12 vol2",715,{"$f":"ROUND(((AF178-AB178)/1000)*U178*AS178*BA178,4)","v":147.8022},"Calculated Value",null,{"$f":"ROUND(((AF178-AB178)/1000)*AW178*BA178,4)","v":2.9600000000000001E-2},0.62,"IL TRM v12 vol2 - MF Mid Rise - Common",683,{"$f":"ROUND(((AF178-AB178)/1000)*O178*AW178*BA178,4)","v":1.84E-2},"Calculated Value",null,5216,"IL TRM v12 vol2 - MF Mid Rise - Common",683,8,"IL TRM v12 vol2",706,"LED 2X4 Retrofit Kits - 3000-4500 lumens",29.9,"IL TRM v12 vol2",715,"2-Lamp 32w T8 (BF < 0.89)",57,"IL TRM v12 vol2",715,"=ROUND(((AF178-AB178)/1000)*U178*AS178*BA178,4)","=ROUND(((AF178-AB178)/1000)*O178*AW178*BA178,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683,0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"]
["Income Eligible Program","Interior LED Downlight or Retrofit Kit replacing 61-100W Fixture",177.3,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",27,"IL TRM v6 vol2",370,{"$f":"ROUND((AF179-AB179)/1000*U179*AS179,4)","v":302.36900000000003},"Calculated Value",null,{"$f":"(AF179-AB179)/1000*AW179","v":9.3619999999999995E-2},0.7,"Indiana TRM v1","171-172 (portfolio weighted average)",{"$f":"ROUND(N179*O179,4)","v":6.5500000000000003E-2},"Calculated Value",null,3933,"Indiana TRM v1","171-172 (portfolio weighted average)",13,"IL TRM v6 vol2 (calculated value based on lifetime hours)","372-374","LED Downlight or Retrofit Kit 14 to 21W",18,"Weighted average efficient wattage ratings from verified participant data from the MEEIA Cycle 1 -2 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"Incandescent and Halogen Downlights 1000 to 2000 lumens",80,null,"Midpoint Value","=ROUND((AF179-AB179)/1000*U179*AS179,4)","=ROUND(N179*O179,4)","IL TRM v6 vol2",364368,"2020-01-01","2024-12-31",null,null,null,null,1.24,"Waste Heat Factor Energy","IL TRM v6 vol2","337-338 (portfolio weighted average)",1.51,"Waste Heat Factor_Demand","IL TRM v6 vol2","337-338 (portfolio weighted average)"]
["Income Eligible Program","Interior LED Downlight or Retrofit Kit replacing 61-100W Fixture",657.1,"Small C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",27,"IL TRM v11 vol2",667,{"$f":"ROUND(((AF180-AB180)/1000)*U180*AS180*BA180,4)","v":205.9649},"Calculated Value",null,{"$f":"R180/O180","v":4.1290322580645161E-2},0.62,"IL TRM v11 vol2",636,{"$f":"ROUND(((AF180-AB180)/1000)*BA180*AW180*O180,4)","v":2.5600000000000001E-2},"Calculated Value",null,5216,"IL TRM v11 vol2",636,{"$f":"50000/U180","v":9.5858895705521476},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"LED Downlight or Retrofit Kit 14 to 21W",18,"Spec sheet (as reported by implementer)",null,"Baseline Recessed, Surface, Pendant Downlights",54.3,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF180-AB180)/1000)*U180*AS180*BA180,4)","=ROUND(((AF180-AB180)/1000)*BA180*AW180*O180,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor Energy","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor Demand","IL TRM v11 vol2",636,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Interior LED Downlight or Retrofit Kit replacing 61-100W Fixture",657.2,"Small C&I","Lighting",null,"per fixture",27,"IL TRM v12 vol2",714,{"$f":"ROUND(((AF181-AB181)/1000)*U181*AS181*BA181,4)","v":205.9649},"Calculated Value",null,null,0.62,"IL TRM v12 vol2, MF - Mid Rise - Common",683,{"$f":"ROUND(((AF181-AB181)/1000)*BA181*AW181*O181,4)","v":2.5600000000000001E-2},"Calculated Value",null,5216,"IL TRM v12 vol2",683,{"$f":"50000/U181","v":9.5858895705521476},"IL TRM v12 vol2 (calculated value based on lifetime hours)",706,"LED Downlight or Retrofit Kit 14 to 21W",18,"Spec sheet (as reported by implementer)",null,"Baseline Recessed, Surface, Pendant Downlights",54.3,"IL TRM v12 vol2",714,"=ROUND(((AF181-AB181)/1000)*U181*AS181*BA181,4)","=ROUND(((AF181-AB181)/1000)*BA181*AW181*O181,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor Energy","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor_Demand","IL TRM v12 vol2",683,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Interior LED Linear Lamp Replacing 4ft T8, T12, or T5/T5HO Lamp",656.1,"Small C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per lamp",10,"IL TRM v11 vol2",667,{"$f":"ROUND(((AF182-AB182)/1000)*U182*AS182*BA182,4)","v":80.002899999999997},"Calculated Value",null,{"$f":"R182/O182","v":1.5967741935483871E-2},0.62,"IL TRM v11 vol2",636,{"$f":"ROUND(((AF182-AB182)/1000)*BA182*AW182*O182,4)","v":9.9000000000000008E-3},"Calculated Value",null,5216,"IL TRM v11 vol2",636,{"$f":"50000/U182","v":9.5858895705521476},"IL TRM v11 vol2 (calculated value based on lifetime hours)",659,"4-ft LED Linear Replacement Lamps",15,"Spec sheet (as reported by implementer)",null,"1-Lamp 32w T8 (BF<0.91) ",29.1,"IL TRM v11 vol2, or program tracking data if available",669,"=ROUND(((AF182-AB182)/1000)*U182*AS182*BA182,4)","=ROUND(((AF182-AB182)/1000)*BA182*AW182*O182,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor Energy","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor Demand","IL TRM v11 vol2",636,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Interior LED Linear Lamp Replacing 4ft T8, T12, or T5/T5HO Lamp",656.2,"Small C&I","Lighting",null,"per lamp",22,"IL TRM v12 vol2",715,{"$f":"ROUND(((AF183-AB183)/1000)*U183*AS183*BA183,4)","v":80.002899999999997},"Calculated Value",null,null,0.62,"IL TRM v12 vol2, MF - Mid Rise - Common",683,{"$f":"ROUND(((AF183-AB183)/1000)*BA183*AW183*O183,4)","v":9.9000000000000008E-3},"Calculated Value",null,5216,"IL TRM v12 vol2",683,{"$f":"50000/U183","v":9.5858895705521476},"IL TRM v12 vol2 (calculated value based on lifetime hours)",706,"4-ft LED Linear Replacement Lamps",15,"Spec sheet (as reported by implementer)",null,"1-Lamp 32w T8 (BF<0.91) ",29.1,"IL TRM v12 vol2",715,"=ROUND(((AF183-AB183)/1000)*U183*AS183*BA183,4)","=ROUND(((AF183-AB183)/1000)*BA183*AW183*O183,4)","IL TRM v12 vol2","707, 713","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor Energy","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor_Demand","IL TRM v12 vol2",683,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","LED Exit Sign",59.3,"Multi-Family","Lighting","Common Area - DI","per unit",32.5,"IL TRM v11 vol2",674,{"$f":"ROUND((AF184-AB184)/1000*U184*AS184,4)","v":48.651299999999999},"Calculated Value",null,{"$f":"(AF184-AB184)/1000*AW184","v":5.7999999999999996E-3},1,"IL TRM v11 vol2",674,{"$f":"ROUND((AF184-AB184)/1000*AW184*O184,4)","v":5.7999999999999996E-3},"Calculated Value",null,8766,"IL TRM v11 vol2",675,5,"IL TRM v11 vol2",674,"LED exit sign (watts)",2,"IL TRM v11 vol2 - single sided",675,"Fluorescent (watts) ",7,"IL TRM v11 vol2",675,"=ROUND((AF184-AB184)/1000*U184*AS184,4)","=ROUND((AF184-AB184)/1000*AW184*O184,4)","IL TRM v11 vol2","674, 675","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v11 vol2",636]
["Income Eligible Program","LED Exit Sign",59.4,"Multi-Family","Lighting","Common Area - DI","per unit",32.5,"IL TRM v12 vol2",722,{"$f":"ROUND(((AF185-AB185)/1000)*U185*AS185,4)","v":48.651299999999999},"Calculated Value",722,{"$f":"ROUND(((AF185-AB185)/1000)*AW185,4)","v":5.7999999999999996E-3},1,"IL TRM v12 vol2",722,{"$f":"ROUND(((AF185-AB185)/1000)*AW185*O185,4)","v":5.7999999999999996E-3},"Calculated Value",723,8766,"IL TRM v12 vol2",723,5,"IL TRM v12 vol2",722,"LED exit sign (watts) - Single Sided",2,"IL TRM v12 vol2",723,"Fluorescent (watts)  - single sided",7,"IL TRM v12 vol2",723,"=ROUND(((AF185-AB185)/1000)*U185*AS185,4)","=ROUND(((AF185-AB185)/1000)*AW185*O185,4)","IL TRM v12 vol2","722, 723","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683]
["Income Eligible Program","LED Flood Light (<15W) (Exterior)",62.4,"Multi-Family","Lighting","Common Area - DI","per lamp",26,"IL TRM v11 vol3",338,{"$f":"ROUND(($AF186-$AB186)/1000*$U186*$AS186*$BA186,4)","v":298.98099999999999},"Calculated Value",null,{"$f":"(AF186-AB186)/1000*AW186*BA186","v":6.9481999999999988E-2},0,"IL TRM v11 vol2",637,{"$f":"ROUND(($AF186-$AB186)/1000*$O186*$AW186*$BA186,4)","v":0},"Calculated Value",null,4303,"IL TRM v11 vol2 (Exterior - Dusk to Dawn)",637,{"$f":"50000/U186","v":11.619800139437602},"IL TRM v11 vol2",659,"LED (watts)",8.6999999999999993,"Spec sheet (as reported by implementer)",null,"Metal Halide (watts)",79.599999999999994,"IL TRM v11 vol3",339,"=ROUND(($AF186-$AB186)/1000*$U186*$AS186*$BA186,4)","=ROUND(($AF186-$AB186)/1000*$O186*$AW186*$BA186,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor, exterior - dusk to dawn","IL TRM v11 vol3",637,1,"Waste Heat Factor (demand), exterior - dusk to dawn","IL TRM v11 vol3",637,0.98,"ISR","IL TRM v11 vol2",648]
["Income Eligible Program","LED Flood Light (<15W) (Exterior)",62.5,"Multi-Family","Lighting","Common Area - DI","per lamp",26,"IL TRM v12 vol3",335,{"$f":"ROUND(((AF187-AB187)/1000)*BA187*U187*AS187,4)","v":298.98099999999999},"Calculated Value",null,{"$f":"ROUND(((AF187-AB187)/1000)*AW187*BA187,4)","v":6.9500000000000006E-2},0,"IL TRM v12 vol2, exterior - dusk to dawn",336,{"$f":"ROUND(((AF187-AB187)/1000)*BA187*AW187*O187,4)","v":0},"Calculated Value",null,4303,"IL TRM v12 vol2 (Exterior - disk to dawn)",684,8,"IL TRM v12 vol3",335,"LED (watts)",8.6999999999999993,"Spec sheet (as reported by implementer)",null,"Average of lumen-equivalent EISA wattages for ENERGY STAR products within the fixture category",79.599999999999994,"IL TRM v12 vol3",336,"=ROUND(((AF187-AB187)/1000)*BA187*U187*AS187,4)","=ROUND(((AF187-AB187)/1000)*BA187*AW187*O187,4)","IL TRM v12 vol3","336, 338","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor (energy), exterior - dusk to dawn","IL TRM v12 vol3",684,1,"Waste Heat Factor (demand), exterior - dusk to dawn","IL TRM v12 vol3",684,0.98,"ISR","IL TRM v12 vol2",711]
["Income Eligible Program","Low Flow Faucet Aerator-Bathroom",268.60000000000002,"Multi-Family","Hot Water","Kits (DI)","per unit",3,"IL TRM v11 vol3",258,{"$f":"ROUND(((AF188*AS188-AB188*AS188)*BA188*365.25*BI188/AW188)*BM188*BE188,4)","v":31.902799999999999},"Calculated Value",null,{"$f":"K188/U188","v":1.3292833333333334},2.1999999999999999E-2,"IL TRM v11 vol3",258,{"$f":"ROUND(((((AF188*AS188-AB188*AS188)*BA188*365.25*BI188/AW188)*BM188*BE188)/U188)*O188,4)","v":2.92E-2},"Calculated Value",null,24,"IL TRM v11 vol3",264,10,"IL TRM v11 vol3",258,"Low Flow (GPM)",1,"Spec sheet (as reported by implementer)",null,"Standard (GPM)",1.53,"IL TRM v11 vol3",260,"=ROUND(((AF188*AS188-AB188*AS188)*BA188*365.25*BI188/AW188)*BM188*BE188,4)","=ROUND(((((AF188*AS188-AB188*AS188)*BA188*365.25*BI188/AW188)*BM188*BE188)/U188)*O188,4)","IL TRM v11 vol3","259, 264","2024-01-01","2024-12-31",null,null,null,null,1.6,"L_base = L_ee","IL TRM v11 vol3",260,1.5,"FPH","IL TRM v11 vol3 - bathroom faucets per home, multifamily and mobile home",262,2.1,"Persons per household","IL TRM v11 vol3 - Multi-family Deemed",261,0.93,"Installation Rate","IL TRM v11 vol3 - Distributed Efficiency Kit (Income Eligible)",263,0.9,"DF","IL TRM v11 vol3",261,8.7900000000000006E-2,"EPG_electric","IL TRM v11 vol3",262]
["Income Eligible Program, PAYS","Low Flow Faucet Aerator-Bathroom",268.7,"Multi-Family","Hot Water","Kits (DI)","per unit",3,"IL TRM v12 vol3",259,{"$f":"ROUND((((AF189*AS189)-(AB189*AS189))*BA189*365.25*BI189/AW189)*BE189*BM189,4)","v":31.902799999999999},"Calculated Value",null,1.3292833333333334,2.1999999999999999E-2,"IL TRM v12 vol3",259,{"$f":"ROUND(K189/U189*O189,4)","v":2.92E-2},"Calculated Value",null,24,"IL TRM v12 vol3 - MF Bathroom",265,10,"IL TRM v12 vol3",259,"Low Flow (GPM)",1,"Spec sheet (as reported by implementer)",null,"Stanadrd (GPM)",1.53,"IL TRM v12 vol3",261,"=ROUND((((AF189*AS189)-(AB189*AS189))*BA189*365.25*BI189/AW189)*BE189*BM189,4)","=ROUND(K189/U189*O189,4)","IL TRM v12 vol3","260, 265","2025-01-01",null,null,null,null,null,1.6,"L_base = L_ee","IL TRM v12 vol3",261,1.5,"FPH - Bathrooms MF","IL TRM v12 vol3",263,2.1,"Persons per household - MF","IL TRM v12 vol3",262,0.93,"ISR - Direct Install","IL TRM v12 vol3",264,0.9,"DF - Bathroom","IL TRM v12 vol3",262,8.7900000000000006E-2,"EPG_electric","IL TRM v12 vol3",263]
["Income Eligible Program","Low Flow Faucet Aerator-Kitchen",269.60000000000002,"Multi-Family","Hot Water","Kits (DI)","per unit",3,"IL TRM v11 vol3",258,{"$f":"ROUND(((AF190*AS190-AB190*AS190)*BA190*365.25*BI190/AW190)*BM190*BE190,4)","v":32.9876},"Calculated Value",null,0.35856086956521738,2.1999999999999999E-2,"IL TRM v11 vol3",258,{"$f":"ROUND(((AF190*AS190-AB190*AS190)*BA190*365.25*BI190/AW190)*BM190*BE190/U190*O190,4)","v":7.9000000000000008E-3},"Calculated Value",null,92,"IL TRM v11 vol3",264,10,"IL TRM v11 vol3",258,"Low Flow (GPM)",1.5,"Spec sheet (as reported by implementer)",null,"Standard (GPM)",1.63,"IL TRM v11 vol3",260,"=ROUND(((AF190*AS190-AB190*AS190)*BA190*365.25*BI190/AW190)*BM190*BE190,4)","=ROUND(((AF190*AS190-AB190*AS190)*BA190*365.25*BI190/AW190)*BM190*BE190/U190*O190,4)","IL TRM v11 vol3","259, 264","2024-01-01","2024-12-31",null,null,null,null,4.5,"L_base = L_ee","IL TRM v11 vol3",260,1,"FPH","IL TRM v11 vol3 - kitchen faucets per home",262,2.1,"Persons per household","IL TRM v11 vol3 - Multi-family Deemed",261,0.93,"Installation Rate","IL TRM v11 vol3 - Distributed Efficiency Kit (Income Eligible)",263,0.75,"DF","IL TRM v11 vol3",261,0.10539999999999999,"EPG_electric","IL TRM v11 vol3",262]
["Income Eligible Program, PAYS","Low Flow Faucet Aerator-Kitchen",269.7,"Multi-Family","Hot Water","Kits (DI)","per unit",3,"IL TRM v12 vol3",259,{"$f":"ROUND((((AF191*AS191)-(AB191*AS191))*BA191*365.25*BI191/AW191)*BE191*BM191,4)","v":32.9876},"Calculated Value",null,0.35856086956521738,2.1999999999999999E-2,"IL TRM v12 vol3",259,{"$f":"ROUND(K191/U191*O191,4)","v":7.9000000000000008E-3},"Calculated Value",null,92,"IL TRM v12 vol3 - MF Kitchen",265,10,"IL TRM v12 vol3",259,"Low Flow (GPM)",1.5,"Spec sheet (as reported by implementer)",null,"Stanadrd (GPM)",1.63,"IL TRM v12 vol3",261,"=ROUND((((AF191*AS191)-(AB191*AS191))*BA191*365.25*BI191/AW191)*BE191*BM191,4)","=ROUND(K191/U191*O191,4)","IL TRM v12 vol3","260, 265","2025-01-01",null,null,null,null,null,4.5,"L_base = L_ee","IL TRM v12 vol3",261,1,"FPH","IL TRM v12 vol3",263,2.1,"Persons per household - MF","IL TRM v12 vol3",262,0.93,"ISR - Direct Install","IL TRM v12 vol3",264,0.75,"DF - Kitchen","IL TRM v12 vol3",262,0.10539999999999999,"EPG_electric","IL TRM v12 vol3",263]
["Income Eligible Program","Low Flow Showerhead",56.7,"Multi-Family","Hot Water","Kits (DI)","per unit",7,"IL TRM v11 vol3",268,{"$f":"ROUND(((AF192*AS192-AB192*AS192)*BA192*365.25*AW192/BI192)*BM192*BE192,4)","v":281.65159999999997},"Calculated Value",null,1.1934389830508474,2.7799999999999998E-2,"IL TRM v11 vol3",268,{"$f":"ROUND(((AF192*AS192-AB192*AS192)*BA192*365.25*AW192/BI192)*BM192*BE192/U192*O192,4)","v":3.32E-2},"Calculated Value",null,236,"IL TRM v11 vol3",273,10,"IL TRM v11 vol3",268,"Low Flow (GPM)",1.5,"Spec sheet (as reported by implementer)",null,"Standard (GPM)",2.35,"IL TRM v11 vol3 - Efficiency Kits",269,"=ROUND(((AF192*AS192-AB192*AS192)*BA192*365.25*AW192/BI192)*BM192*BE192,4)","=ROUND(((AF192*AS192-AB192*AS192)*BA192*365.25*AW192/BI192)*BM192*BE192/U192*O192,4)","IL TRM v11 vol3","269, 272","2024-01-01","2024-12-31",null,null,null,null,7.8,"L_base = L_ee","IL TRM v11 vol3",270,0.6,"SPCD","IL TRM v11 vol3",271,2.1,"Persons per household","IL TRM v11 vol3 - Multi-family Deemed",270,0.96,"Installation Rate","IL TRM v11 vol3 - Distributed Efficiency Kits (Income Eligible)",272,1.3,"SPH","IL TRM v11 vol3 - multifamily and mobile homes",271,0.125,"EPG_electric","IL TRM v11 vol3",271]
["Income Eligible Program, PAYS","Low Flow Showerhead",56.8,"Multi-Family","Hot Water","Kits (DI)","per unit",12,"IL TRM v12 vol3 - Direct Install",269,{"$f":"ROUND(((((AF193*AS193)-(AB193*AS193))*BA193*AW193*365.25)/BI193)*BM193*BE193,4)","v":281.65159999999997},"Calculated Value",270,1.2573732142857141,2.7799999999999998E-2,"IL TRM v12 vol3",269,{"$f":"ROUND(K193/U193*O193,4)","v":3.5000000000000003E-2},"Calculated Value",274,224,"IL TRM v12 vol3 - MF Direct Install",274,10,"IL TRM v11 vol3",269,"Low Flow (GPM)",1.5,"Spec sheet (as reported by implementer)",null,"Standard (GPM)",2.35,"IL TRM v12 vol3 - Efficiency Kits",271,"=ROUND(((((AF193*AS193)-(AB193*AS193))*BA193*AW193*365.25)/BI193)*BM193*BE193,4)","=ROUND(K193/U193*O193,4)","IL TRM v12 vol3","270, 274","2025-01-01",null,null,null,null,null,7.8,"L_base = L_low","IL TRM v12 vol3",271,0.6,"SPCD","IL TRM v12 vol3",272,2.1,"Persons per household - MF","IL TRM v12 vol3",271,0.96,"ISR - Direct Install","IL TRM v11 vol3",273,1.3,"SPH - Multifamily and mobile homes","IL TRM v12 vol3",272,0.125,"EPG_electric","IL TRM v12 vol3",272]
["Income Eligible Program","Low Wattage T8 Lamp",61.4,"Multi-Family","Lighting","Common Area - DI","per lamp",2,"IL TRM v11 vol2",653,{"$f":"ROUND((AF194-AB194)/1000*U194*AS194*BA194,4)","v":34.951599999999999},"Calculated Value",null,{"$f":"(AF194-AB194)/1000*AW194*BA194","v":7.002688E-3},0.62,"IL TRM v11 vol2",636,{"$f":"ROUND((AF194-AB194)/1000*AW194*BA194*O194,4)","v":4.3E-3},"Calculated Value",null,5216,"IL TRM v11 vol2 (MF Midrise)",636,15,"IL TRM v11 vol2",647,"Low Wattage T8 (watts)",22,"IL TRM v11 vol2",653,"Standard T8 (watts)",28.16,"IL TRM v11 vol2",653,"=ROUND((AF194-AB194)/1000*U194*AS194*BA194,4)","=ROUND((AF194-AB194)/1000*AW194*BA194*O194,4)","IL TRM v11 vol2","648, 649","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v11 vol2",636,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v11 vol2",636,0.98,"ISR","IL TRM v11 vol2",648]
["Income Eligible Program","Low Wattage T8 Lamp",61.5,"Multi-Family","Lighting","Common Area - DI","per lamp",15,"IL TRM v12 vol2 - 1-Lamp HPT8-high performance 28 w lamp",698,{"$f":"ROUND(((AF195-AB195)/1000)*U195*AS195*BA195,4)","v":37.4482},"Calculated Value",695,{"$f":"ROUND(((AF195-AB195)/1000)*AW195*BA195,4)","v":7.4999999999999997E-3},0.62,"IL TRM v12 vol2 - MF Mid Rise - Common",683,{"$f":"ROUND(((AF195-AB195)/1000)*AW195*BA195*O195,4)","v":4.7000000000000002E-3},"Calculated Value",696,5216,"IL TRM v12 vol2 - MF Mid Rise - Common",683,15,"IL TRM v12 vol2",694,"1-Lamp HPT8-high performance 28 w lamp",21.56,"IL TRM v12 vol2",698,"1-Lamp Standard F32T8 w/ Elec. Ballast",28.16,"IL TRM v12 vol2",698,"=ROUND(((AF195-AB195)/1000)*U195*AS195*BA195,4)","=ROUND(((AF195-AB195)/1000)*AW195*BA195*O195,4)","IL TRM v12 vol2","695, 696","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683,0.98,"ISR","IL TRM v12 vol2",696]
["Income Eligible Program","Pipe Insulated",55.5,"Multi-Family","Hot Water","Kits (DI)","per linear ft",3,"IL TRM v11 vol3",236,{"$f":"ROUND((((1/AF196) - (1/AB196))*AS196*AW196*BE196*U196*BM196)/BI196/3412,4)","v":244.7516},"Calculated Value",null,{"$f":"K196/U196","v":2.7920556696326718E-2},1,"IL TRM v11 vol3",236,{"$f":"ROUND(K196/8766,4)","v":2.7900000000000001E-2},"Calculated Value",null,8766,"IL TRM v11 vol3",238,15,"IL TRM v11 vol3",236,"Efficient R-Value due to added insulation (R_new)",{"$f":"1+5","v":6},"Spec sheet (as reported by implementer)",null,"R-Value of bare pipe (R_exist)",0.52100000000000002,"IL TRM v11 vol3 -  0.75\" copper pipe ",238,"=ROUND((((1/AF196) - (1/AB196))*AS196*AW196*BE196*U196*BM196)/BI196/3412,4)","=ROUND(K196/8766,4)","IL TRM v11 vol3","236, 239","2024-01-01","2024-12-31",null,null,null,null,0.20549999999999999,"C_inside","IL TRM v11 vol3",237,{"$f":"6*0.72","v":4.32},"L_existing","IL TRM v11 vol3",237,6,"Length of added pipe insulation","Spec sheet (as reported by implementer)",null,60,"Temperature Difference","IL TRM v11 vol3",238,0.98,"Water heater efficiency","IL TRM v11 vol3",238,1,"ISR","IL TRM v11 vol3",238]
["Income Eligible Program, PAYS","Pipe Insulated",55.6,"Multi-Family","Hot Water","Kits (DI)","per linear ft",3,"IL TRM v12 vol3",237,{"$f":"ROUND((((1/AF197)-(1/AB197))*AS197*AW197*BE197*BM197*U197)/BI197/3412,4)","v":292.34219999999999},"Calculated Value",237,{"$f":"K197/U197","v":3.3349555099247093E-2},1,"IL TRM v12 vol 3",237,{"$f":"ROUND(K197/U197,4)","v":3.3300000000000003E-2},"Calculated Value",240,8766,"IL TRM v12 vol3",240,15,"IL TRM v12 vol3",237,"Efficient R-Value due to added insulation (R_new)",6,"Spec sheet (as reported by implementer)",null,"R-Value of bare pipe (R_exist)",0.52100000000000002,"IL TRM v12 vol3 - 0.75 in. Copper Pipe",239,"=ROUND((((1/AF197)-(1/AB197))*AS197*AW197*BE197*BM197*U197)/BI197/3412,4)","=ROUND(K197/U197,4)","IL TRM v12 vol. 3","237, 240","2025-01-01",null,null,null,null,null,0.20549999999999999,"C_inside","IL TRM v12 vol3",238,{"$f":"BQ197+(BY197*BU197)","v":5.16},"L_effective","IL TRM v12 vol3",238,6,"Length of added pipe insulation","Spec sheet (as reported by implementer)",null,60,"Temperature Difference","IL TRM v12 vol3",239,0.98,"Water heater efficiency","IL TRM v12 vol3",239,1,"ISR - Direct Install","IL TRM v12 vol3",239,{"$f":"BA197-BU197","v":3},"L_Horizontal","IL TRM v12 vol3",238,3,"L_vertical","IL TRM v12 vol3",238,0.72,"Horizontal to Vertical Adjustment Factor (α) - 0.75\" Copper Pipe","IL TRM v12 vol3",239]
["Income Eligible Program","Refrigerator - Early Replacement -  MF",405.2,"Multi-Family","Appliances","Bottom-mounted freezer without through-the door ice service","per unit",872,"IL TRM v11 vol3",33,{"$f":"ROUND((AW198-AS198),4)","v":326.89999999999998},"Calculated Value",null,{"$f":"K198/U198","v":3.7291809263061824E-2},null,null,null,{"$f":"ROUND((K198/BI198)*BA198*BE198,4)","v":4.9299999999999997E-2},"Calculated Value",null,8766,"IL TRM v11 vol3",35,5,"IL TRM v11 vol3",33,"UEC",{"$f":"AS198","v":467.9},{"$f":"AU198","v":"IL TRM v11 vol3 - assumed adjusted volume of 22.9"},34,"UEC",{"$f":"AW198","v":794.8},{"$f":"AY198","v":"IL TRM v11 vol3 - assued adjusted volume of 22.9"},34,"=ROUND((AW198-AS198),4)","=ROUND((K198/BI198)*BA198*BE198,4)","IL TRM v11 vol3","34, 35","2024-01-01","2024-12-31",null,null,null,null,467.9,"UECEE","IL TRM v11 vol3 - assumed adjusted volume of 22.9",34,794.8,"UECEXIST","IL TRM v11 vol3 - assued adjusted volume of 22.9",34,1.25,"TAF","IL TRM v11 vol3",35,1.0569999999999999,"LSAF","IL TRM v11 vol3",32,8766,"Hours","IL TRM v11 vol3",35]
["Income Eligible Program","Refrigerator - Early Replacement -  MF",405.3,"Multi-Family","Appliances","Bottom-mounted freezer without through-the door ice service, Automatic defrost","per unit",872,"IL TRM v12 vol3",35,{"$f":"ROUND(AW199-AS199,4)","v":326.89999999999998},"Calculated Value",null,{"$f":"ROUND(K199/U199,4)","v":3.73E-2},null,null,null,4.9299999999999997E-2,"Calculated Value",null,8766,"IL TRM v12 vol3",37,5,"IL TRM v12 vol3",35,"UEC - ENERGY STAR, Bottom-mounted freezer without through-the door ice service, Automatic defrost",467.9,"IL TRM v12 vol3",36,"UEC",794.8,"IL TRM v12 vol3",36,{"$f":"cellformula(K199)","v":"=ROUND(AW199-AS199,4)"},{"$f":"cellformula(R199)","v":"=ROUND((K199/BI199)*BA199*BE199,4)"},"IL TRM v12 vol3","36, 37","2025-01-01",null,null,null,null,null,467.9,"UECEE","IL TRM v12 vol3",36,794.8,"UECEXIST","IL TRM v12 vol3",36,1.25,"TAF","IL TRM v12 vol3",37,1.0569999999999999,"LSAF","IL TRM v12 vol3",38,8766,"Hours","IL TRM v12 vol3",37]
["Income Eligible Program","Refrigerator - Early Replacement -  MF - Auto defrost",632.1,"Multi-Family","Appliances","New measure with autodefrost","per unit",872,"IL TRM v11 vol3",33,{"$f":"ROUND((AW200-AS200),4)","v":418.1},"Calculated Value",null,{"$f":"K200/U200","v":4.7695642254163818E-2},null,null,null,6.3E-2,"Calculated Value",null,8766,"IL TRM v11 vol3",35,5,"IL TRM v11 vol3",33,"UEC",376.7,"IL TRM v11 vol3 - assmued adjusted volume of 22.9",34,"UEC",794.8,"IL TRM v11 vol3 - assued adjusted volume of 22.9",34,"=ROUND((AW200-AS200),4)","=ROUND((K200/BI200)*BA200*BE200,4)","IL TRM v11 vol3","34, 35","2024-01-01","2024-12-31",null,null,null,null,376.7,"UECEE","IL TRM v11 vol3 - assmued adjusted volume of 22.9",34,794.8,"UECEXIST","IL TRM v11 vol3 - assued adjusted volume of 22.9",34,1.25,"TAF","IL TRM v11 vol3",35,1.0569999999999999,"LSAF","IL TRM v11 vol3",32,8766,"Hours","IL TRM v11 vol3",35]
["Income Eligible Program","Refrigerator - Early Replacement -  MF - Auto defrost",632.20000000000005,"Multi-Family","Appliances","All refrigerators, automatic defrost","per unit",872,"IL TRM v12 vol3",35,{"$f":"ROUND(AW201-AS201,4)","v":418.1},"Calculated Value",null,{"$f":"ROUND(K201/U201,4)","v":4.7699999999999999E-2},null,null,null,6.3E-2,"Calculated Value",null,8766,"IL TRM v12 vol3",37,5,"IL TRM v12 vol3",35,"UEC - ENERGY STAR, all refrigerators automatic defrost",376.7,"IL TRM v12 vol3",36,"UEC",794.8,"IL TRM v12 vol3",36,"=ROUND(AW201-AS201,4)","=ROUND((K201/BI201)*BA201*BE201,4)","IL TRM v12 vol3","36, 37","2025-01-01",null,null,null,null,null,376.7,"UECEE","IL TRM v12 vol3",36,794.8,"UECEXIST","IL TRM v12 vol3",36,1.25,"TAF","IL TRM v12 vol3",37,1.0569999999999999,"LSAF","IL TRM v12 vol3",38,8766,"Hours","IL TRM v12 vol3",37]
["Income Eligible Program","Refrigerator - Early Replacement (future) - MF ",406.2,"Multi-Family","Appliances","Bottom-mounted freezer without through-the door ice service","per measure",0,"IL TRM v11 vol3",33,{"$f":"ROUND((AW202-AS202),4)","v":51.9},"Calculated Value",null,{"$f":"K202/U202","v":5.9206023271731693E-3},null,null,null,7.7999999999999996E-3,"Calculated Value",null,8766,"IL TRM v11 vol3",35,10,"IL TRM v11 vol3",33,"UEC",467.9,"IL TRM v11 vol3 - assumed adjusted volume of 22.9",34,"UEC",519.79999999999995,"IL TRM v11 vol3 - assued adjusted volume of 22.9",34,"=ROUND((AW202-AS202),4)","=ROUND((K202/BI202)*BA202*BE202,4)","IL TRM v11 vol3","34, 35","2024-01-01","2024-12-31",null,null,null,null,467.9,"UECEE","IL TRM v11 vol3 - assumed adjusted volume of 22.9",34,519.79999999999995,"UECBASE","IL TRM v11 vol3 - assued adjusted volume of 22.9",34,1.25,"TAF","IL TRM v11 vol3",35,1.0569999999999999,"LSAF","IL TRM v11 vol3",32,8766,"Hours","IL TRM v11 vol3",35]
["Income Eligible Program","Refrigerator - Early Replacement (future) - MF ",406.3,"Multi-Family","Appliances","Bottom-mounted freezer without through-the door ice service, Automatic defrost","per measure",0,"IL TRM v12 vol3",35,{"$f":"ROUND((AW203*BM203)-AS203,4)","v":72.691999999999993},"Calculated Value",null,{"$f":"ROUND(K203/U203,4)","v":8.3000000000000001E-3},null,null,null,1.0999999999999999E-2,"Calculated Value",null,8766,"IL TRM v12 vol3",37,10,"IL TRM v12 vol3",35,"UEC - ENERGY STAR, Bottom-mounted freezer without through-the door ice service, Automatic defrost",467.9,"IL TRM v12 vol3",36,"UEC",519.79999999999995,"IL TRM v12 vol3",36,"=ROUND((AW203*BM203)-AS203,4)","=ROUND((K203/BI203)*BA203*BE203,4)","IL TRM v12 vol3","36, 37","2025-01-01",null,null,null,null,null,467.9,"UECEE","IL TRM v12 vol3",36,519.79999999999995,"UECEXIST","IL TRM v12 vol3",36,1.25,"TAF","IL TRM v12 vol3",37,1.0569999999999999,"LSAF","IL TRM v12 vol3",38,8766,"Hours","IL TRM v12 vol3",37,1.04,"IQAdj",36]
["Income Eligible Program","Refrigerator - Early Replacement (future) - MF - Autodefrost",633.1,"Multi-Family","Appliances","New measure with autodefrost","per measure",0,"IL TRM v11 vol3",33,{"$f":"ROUND((AW204-AS204),4)","v":41.9},"Calculated Value",null,{"$f":"K204/U204","v":4.7798311658681265E-3},null,null,null,6.3E-3,"Calculated Value",null,8766,"IL TRM v11 vol3",35,10,"IL TRM v11 vol3",33,"UEC",376.7,"IL TRM v11 vol3 - assumed adjusted volume of 22.9",34,"UEC",418.6,"IL TRM v11 vol3 - assued adjusted volume of 22.9",34,"=ROUND((AW204-AS204),4)","=ROUND((K204/BI204)*BA204*BE204,4)","IL TRM v11 vol3","34, 35","2024-01-01","2024-12-31",null,null,null,null,376.7,"UECEE","IL TRM v11 vol3 - assumed adjusted volume of 22.9",34,418.6,"UECBASE","IL TRM v11 vol3 - assued adjusted volume of 22.9",34,1.25,"TAF","IL TRM v11 vol3",35,1.0569999999999999,"LSAF","IL TRM v11 vol3",32,8766,"Hours","IL TRM v11 vol3",35]
["Income Eligible Program","Refrigerator - Early Replacement (future) - MF - Autodefrost",633.20000000000005,"Multi-Family","Appliances","All refrigerators, automatic defrost","per measure",0,"IL TRM v12 vol3",35,{"$f":"ROUND((AW205*BM205)-AS205,4)","v":58.643999999999998},"Calculated Value",null,{"$f":"ROUND(K205/U205,4)","v":6.7000000000000002E-3},null,null,null,8.8000000000000005E-3,"Calculated Value",null,8766,"IL TRM v12 vol3",37,10,"IL TRM v12 vol3",35,"UEC - ENERGY STAR, all refrigerators automatic defrost",376.7,"IL TRM v12 vol3",36,"UEC",418.6,"IL TRM v12 vol3",36,"=ROUND((AW205*BM205)-AS205,4)","=ROUND((K205/BI205)*BA205*BE205,4)","IL TRM v12 vol3","36, 37","2025-01-01",null,null,null,null,null,376.7,"UECEE","IL TRM v12 vol3",36,418.6,"UECBASE","IL TRM v12 vol3",36,1.25,"TAF","IL TRM v12 vol3",37,1.0569999999999999,"LSAF","IL TRM v12 vol3",38,8766,"Hours","IL TRM v12 vol3",37,1.04,"IQAdj",36]
["Income Eligible Program","Residential Dryers (Gas)",700,"Multi-Family - In unit","Appliances",null,"per unit",152,"IL TRM v11 vol3",50,{"$f":"ROUND((AS206/AW206-AS206/BA206)*BE206*BI206,4)","v":25.669899999999998},"Calculated Value",null,{"$f":"K206/U206","v":9.0706360424028257E-2},3.7999999999999999E-2,"IL TRM v11 vol3",50,{"$f":"ROUND(K206/BM206*BQ206,4)","v":3.3999999999999998E-3},"Calculated Value",null,283,"IL TRM v11 vol3",54,16,"IL TRM v11 vol3",50,"CEF_eff",3.93,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"CEF_base",3.11,"IL TRM v11 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",52,"=ROUND((AS206/AW206-AS206/BA206)*BE206*BI206,4)","=ROUND(K206/BM206*BQ206,4)","IL TRM v11 vol3","51, 54","2024-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load","IL TRM v11 vol3",51,3.11,"CEF_base","IL TRM v11 vol3",52,3.93,"CEF_eff","IL TRM v11 vol3",52,283,"N_cycles","IL TRM v11 vol3",52,0.16,"%Electric","IL TRM v11 vol3",52,283,"Hours","IL TRM v11 vol3",54,3.7999999999999999E-2,"CF","IL TRM v11 vol3",54]
["Income Eligible Program","Residential Dryers (Gas)",700.1,"Multi-Family - In unit","Appliances",null,"per unit",246,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS207/AW207*BU207)-AS207/BA207)*BE207*BI207,4)","v":29.729800000000001},"Calculated Value",null,{"$f":"ROUND(K207/U207,4)","v":0.1051},3.7999999999999999E-2,"IL TRM v12 vol3",53,{"$f":"ROUND((((AS207/AW207*BU207)-AS207/BA207)*BE207*BI207)/U207*O207,4)","v":4.0000000000000001E-3},"Calculated Value",null,283,"IL TRM  v12 vol3",58,16,"IL TRM v12 vol3",53,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)",3.93,"IL TRM v12 vol3 - Vented or Ventless Electric, Standard (>= 4.4 ft3)",55,"CEF_base - Vented, Electric, Standard (>= 4.4 ft3)",3.11,"IL TRM v12 vol3",55,"=ROUND(((AS207/AW207*BU207)-AS207/BA207)*BE207*BI207,4)","=ROUND((((AS207/AW207*BU207)-AS207/BA207)*BE207*BI207)/U207*O207,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load (Standard)","IL TRM v12 vol3",55,3.11,"CEF_base - Vented Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,3.93,"CEF_eff - Vented or Ventless Electric, Standard (>= 4.4 ft3)","IL TRM v12 vol3",55,283,"N_cycles","IL TRM v12 vol3",56,0.16,"%Electric","IL TRM v12 vol3",56,283,"Hours ","IL TRM v12 vol3",58,3.7999999999999999E-2,"CF","IL TRM v12 vol3",58,1.0329999999999999,"IQAdj","IL TRM v12 vol3",55]
["Income Eligible Program","Residential Washing Machines (Gas DHW)",699,"Multi-Family - In unit","Appliances",null,"per unit",87,"IL TRM v11 vol3",10,{"$f":"ROUND((AS208*1/AW208*BA208*(BE208+(BI208*BM208)+(BQ208*BU208)))-(AS208*1/BY208*BA208*(CC208+(CG208*CK208)+(CO208*CS208))),4)","v":103.3976},"Calculated Value",null,{"$f":"K208/U208","v":0.35050033898305083},3.7999999999999999E-2,"IL TRM v11 vol3",11,{"$f":"ROUND(K208/CW208*DA208,4)","v":1.3299999999999999E-2},"Calculated Value",null,295,"IL TRM v11 vol3",14,14,"IL TRM v11 vol3",10,"Efficient residential washing machine",2.21,"IL TRM v11 vol3",12,"Standard residential washing machine",1.71,"IL TRM v11 vol3",11,"=ROUND((AS208*1/AW208*BA208*(BE208+(BI208*BM208)+(BQ208*BU208)))-(AS208*1/BY208*BA208*(CC208+(CG208*CK208)+(CO208*CS208))),4)","=ROUND(K208/CW208*DA208,4)","IL TRM v11 vol3","12, 14","2024-01-01","2024-12-31",null,null,null,null,3.55,"Capacity","IL TRM v11 vol3",11,1.71,"IMEFbase","IL TRM v11 vol3",11,295,"Ncycles","IL TRM v11 vol3",11,6.7000000000000004E-2,"%Cwbase","IL TRM v11 vol3",12,0.158,"%DHWbase","IL TRM v11 vol3",12,0,"%Electric_DHW","IL TRM v11 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v11 vol3",12,1,"%Electric_dryer","IL TRM v11 vol3",12,2.21,"IMEFeff","IL TRM v11 vol3",12,6.6000000000000003E-2,"%Cweff","IL TRM v11 vol3",12,0.13,"%DHWeff","IL TRM v11 vol3",12,0,"%Electric_DHW","IL TRM v11 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v11 vol3",12,1,"%Electric_Dryer","IL TRM v11 vol3",12,295,"Hours","IL TRM v11 vol3",14,3.7999999999999999E-2,"CF","IL TRM v11 vol3",14]
["Income Eligible Program","Residential Washing Machines (Gas DHW)",699.1,"Multi-Family - In unit","Appliances",null,"per unit",87,"IL TRM v12 vol3",10,{"$f":"ROUND((AS209*1/AW209*BA209*(BE209+(BI209*BM209)+(BQ209*BU209)))-(AS209*1/BY209*BA209*(CC209+(CG209*CK209)+(CO209*CS209))),4)","v":103.3976},"Calculated Value",null,{"$f":"K209/U209","v":0.35050033898305083},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K209/U209*O209,4)","v":1.3299999999999999E-2},"Calculated Value",null,295,"IL TRM v12 vol3",15,14,"IL TRM v12 vol3",10,"Efficient residential washing machine",2.21,"IL TRM v12 vol3",12,"Standard residential washing machine",1.75,"IL TRM v12 vol3",12,"=ROUND((AS209*1/AW209*BA209*(BE209+(BI209*BM209)+(BQ209*BU209)))-(AS209*1/BY209*BA209*(CC209+(CG209*CK209)+(CO209*CS209))),4)","=ROUND(K209/U209*O209,4)","IL TRM v12 vol3","11, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity - unknown","IL TRM v12 vol3",11,1.71,"IMEFbase","IL TRM v12 vol3",12,295,"Ncycles","IL TRM v12 vol3",12,6.7000000000000004E-2,"%CW_base","IL TRM v12 vol3",12,0.158,"%DHW_base","IL TRM v12 vol3",12,0,"%Electric_DHW","IL TRM v12 vol3",13,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",13,1,"%Electric_dryer","IL TRM v12 vol3",13,2.21,"IMEFeff","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CW_eff - ENERGY STAR","IL TRM v12 vol3",12,0.13,"%DHW_eff","IL TRM v12 vol3",12,0,"%Electric_DHW","IL TRM v12 vol3",13,0.80400000000000005,"%Dryer_eff","IL TRM v12 vol3",12,1,"%Electric_Dryer","IL TRM v12 vol3",13,295,"Hours","IL TRM v12 vol3",15,3.7999999999999999E-2,"CF","IL TRM v12 vol3",15,1.02,"IQAdj - 2025","IL TRM v12 vol3",11]
["Income Eligible Program","Roof Insulation (Research)",482.2,"Multi-Family","HVAC - Shell",null,"per sq ft",1.61,"MN TRM V3.3 (R-38 Insulation type, attic insulation)",120,{"$f":"ROUND(((((1/AF210-1/AB210)*(1-BE210)*24*AO210*BA210)/AW210)*BI210)+((((1/AF210-1/AB210)*(1-BE210)*24*AP210)/AS210)*BM210),4)","v":3.9051999999999998},"Calculated Value",null,{"$f":"K210/U210","v":5.2915989159891593E-3},0.68,"IL TRM v11 vol3",410,{"$f":"ROUND((((((1/AF210-1/AB210)*(1-BE210)*24*AO210*BA210)/AW210)*BI210)/U210)*O210,8)","v":3.6031000000000002E-4},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v11 vol3",410,"Final R-value",38,null,null,"Previous R-value",5,null,null,"=ROUND(((((1/AF210-1/AB210)*(1-BE210)*24*AO210*BA210)/AW210)*BI210)+((((1/AF210-1/AB210)*(1-BE210)*24*AP210)/AS210)*BM210),4)","=ROUND((((((1/AF210-1/AB210)*(1-BE210)*24*AO210*BA210)/AW210)*BI210)/U210)*O210,8)","IL TRM v11 vol3","411, 415","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v11 vol3",345,13000,"Cooling Coefficient","IL TRM v11 vol3: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",344,0.75,"DUA: Discretionary Use Adjustment","IL TRM v11 vol3",412,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v11 vol3",411,1.21,"ADJcool: adjustment for cooling savings from basement wall insulation","IL TRM v11 vol3",412,0.6,"ADJheat: adjustment for wall and attic insulation","IL TRM v11 vol3",414]
["Income Eligible Program","Roof Insulation (Research)",482.3,"Multi-Family","HVAC - Shell",null,"per sq ft",1.61,"MN TRM V4.1 (R-38, attic insulation)",130,{"$f":"ROUND((((((1/AF211-1/AB211)*(1-BE211))*24*AO211*BA211)/(AW211))*BI211*BQ211*BU211)+((((1/AF211-1/AB211)*(1-BE211))*24*AP211)/(AS211))*BM211*BY211,4)","v":4.0952000000000002},"Calculated Value",null,{"$f":"ROUND(K211/U211,4)","v":5.4999999999999997E-3},0.68,"IL TRM v12 vol3",421,{"$f":"ROUND(((((((1/AF211-1/AB211)*(1-BE211))*24*AO211*BA211)/(AW211))*BI211*BQ211*BU211)/U211)*O211,8)","v":3.7341000000000002E-4},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",38,null,null,"Previous R-value",5,null,null,"=ROUND((((((1/AF211-1/AB211)*(1-BE211))*24*AO211*BA211)/(AW211))*BI211*BQ211*BU211)+((((1/AF211-1/AB211)*(1-BE211))*24*AP211)/(AS211))*BM211*BY211,4)","=ROUND(((((((1/AF211-1/AB211)*(1-BE211))*24*AO211*BA211)/(AW211))*BI211*BQ211*BU211)/U211)*O211,8)","IL TRM v12 vol3","422, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,3412,"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2014","IL TRM v12 vol3",411,13000,"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER 9.5 for units before 2006\nSEER 12.4 for units after 2006",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJcool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",412,0.63,"ADJheat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1000000000000001,"IE_NetCorrection","IL TRM v12 vol3",424,1,"%Cool","IL TRM v12 vol3",424,1,"%ElectricHeat","IL TRM v12 vol3",425]
["Income Eligible Program","Rope Door and Window Caulk : MF",702,"Multi-Family","HVAC - Shell",null,"per sqft","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(((AS212*AO212*24*AW212*(1-BA212))/(1000*BE212))+((AS212*AP212*24*AW212*(1-BA212))/(1000*BI212)), 4)","v":9.1976999999999993},"NJ TRM 2023",170,{"$f":"IF(R212=0,0,R212/O212)","v":0},0.69,"NJ TRM 2023",175,{"$f":"ROUND(((AS212*AW212*(1-BA212))/(1000*BM212))*O212, 4)","v":0},"NJ TRM 2023",172,null,null,null,25,"NJ TRM 2023",175,null,null,null,null,null,null,null,null,"=ROUND(((AS212*AO212*24*AW212*(1-BA212))/(1000*BE212))+((AS212*AP212*24*AW212*(1-BA212))/(1000*BI212)), 4)","=ROUND(((AS212*AW212*(1-BA212))/(1000*BM212))*O212, 4)","NJ TRM 2023",171172,"2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,0.68899999999999995,"Air Leakage Reduction (CFM/ft)","PA TRM 2021",156,1,"Area (sqft)","NJ TRM 2023",171,0.24,"F_framing: wall","NJ TRM 2023",172,14,"SEER","NJ TRM 2023",173,8.1999999999999993,"HSPF","NJ TRM 2023",174,11.3,"EER","NJ TRM 2023",692]
["Income Eligible Program, PAYS","Rope Door and Window Caulk : MF",702.1,"Multi-Family","HVAC - Shell",null,"per sqft","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(((AS213*AO213*24*AW213*(1-BA213))/(1000*BE213))+((AS213*AP213*24*AW213*(1-BA213))/(1000*BI213)), 4)","v":9.1976999999999993},"NJ TRM 2023",170,{"$f":"IF(R213=0,0,R213/O213)","v":0},0.69,"NJ TRM 2023",175,{"$f":"ROUND(((AS213*AW213*(1-BA213))/(1000*BM213))*O213, 4)","v":0},"NJ TRM 2023",172,null,null,null,25,"NJ TRM 2023",175,null,null,null,null,null,null,null,null,"=ROUND(((AS213*AO213*24*AW213*(1-BA213))/(1000*BE213))+((AS213*AP213*24*AW213*(1-BA213))/(1000*BI213)), 4)","=ROUND(((AS213*AW213*(1-BA213))/(1000*BM213))*O213, 4)","NJ TRM 2023",171172,"2024-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,0.68899999999999995,"Air Leakage Reduction (CFM/ft)","PA TRM 2021",156,1,"Area (sqft)","NJ TRM 2023",171,0.24,"F_framing: wall","NJ TRM 2023",172,14,"SEER","NJ TRM 2023",173,8.1999999999999993,"HSPF","NJ TRM 2023",174,11.3,"EER","NJ TRM 2023",692]
["Income Eligible Program","Screw In - LEDs",658,"All","Lighting","Assumes point-of-sale distribution channel with \"unknown\" installation location","per lamp",1.45,"IL TRM v9 vol3",272,{"$f":"ROUND(($AF214-$AB214)/1000*$U214*$AS214*$BA214,4)","v":40.587400000000002},"IL TRM v9 vol3 sec5.5.8 (algorithm)",273,{"$f":"K214/U214","v":3.5019327006039692E-2},0.13500000000000001,"IL TRM v9 vol3 (unknown)",278,{"$f":"ROUND(($AF214-$AB214)/1000*O214*$AW214*$BA214,4)","v":4.8999999999999998E-3},"IL TRM v9 vol3 sec5.5.8 (algorithm)",278,1159,"IL TRM v9 vol3 (unknown)",275,10,"IL TRM v9 vol3",254,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Program Tracking Data",null,"43 watts based on halogen equivalent to average of bulbs sold in program ",43,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF214-$AB214)/1000*$U214*$AS214*$BA214,4)","=ROUND(($AF214-$AB214)/1000*O214*$AW214*$BA214,4)","IL TRM v9 vol3","273, 278","2023-01-01","2024-12-31",null,null,null,null,1.0509999999999999,"Waste Heat Factor, Energy","IL TRM v9 vol3 - Assumes \"unknown\" location",275,1.093,"Waste Heat Factor, Demand","IL TRM v9 vol3 - Assumes \"unknown\" location",278,0.98,"ISR","IL TRM v9 vol3",290]
["Income Eligible Program","Screw In - LEDs",658.1,"All","Lighting","Assumes point-of-sale distribution channel with \"unknown\" installation location","per lamp",1.45,"IL TRM v12 vol3",327,{"$f":"ROUND(((AF215-AB215)/1000)*AS215*BA215*U215,4)","v":40.545999999999999},"Calculated Value",328,{"$f":"ROUND(K215/U215,4)","v":3.5000000000000003E-2},0.13500000000000001,"IL TRM v12 vol3 - unknown",327,{"$f":"ROUND(((AF215-AB215)/1000)*AW215*BA215*O215,4)","v":4.8999999999999998E-3},"Calculated Value",null,1159,"IL TRM v12 vol3 (unknown location)",330,8,"IL TRM v12 vol3 - Income Eligible Populations",327,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Program Tracking Data",null,"43 watts based on halogen equivalent to average of bulbs sold in program ",43,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(((AF215-AB215)/1000)*AS215*BA215*U215,4)","=ROUND(((AF215-AB215)/1000)*AW215*BA215*O215,4)","IL TRM v12 vol3","328, 331","2025-01-01",null,null,null,null,null,1.0509999999999999,"Waste Heat Factor, Energy","IL TRM v12 vol3 - Assumes unknown location",330,1.093,"Waste Heat Factor, Demand","IL TRM v12 vol3 - Assumes unknown location",331,0.97899999999999998,"ISR","IL TRM v12 vol3 - Retail (Time of Sale)",328]
["Income Eligible Program","Screw In - LEDs - Common Area (Exterior)",250.6,"Multi-Family","Lighting","Common Area - DI","per lamp",1.45,"IL TRM v11 vol3",329,{"$f":"ROUND(($AF216-$AB216)/1000*$U216*$AS216*$BA216,4)","v":138.25540000000001},"Calculated Value",null,{"$f":"K216/U216","v":3.213000232396003E-2},0,"IL TRM v11 vol2 (Exterior)",636,{"$f":"ROUND(($AF216-$AB216)/1000*O216*$AW216*$BA216,4)","v":0},"Calculated Value",null,4303,"IL TRM v11 vol2 - Exterior dusk-to-dawn",637,{"$f":"20000/U216","v":4.6479200557750406},"IL TRM v11 vol2",659,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"EISA tier 1 compliant Halogen (watts)",43,"EISA phase I; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF216-$AB216)/1000*$U216*$AS216*$BA216,4)","=ROUND(($AF216-$AB216)/1000*O216*$AW216*$BA216,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1,"Waste Heat Factor (energy)","IL TRM v11 vol2 - exterior value",637,1,"Waste Heat Factor (demand)","IL TRM v11 vol3 - Exterior",637,0.94499999999999995,"ISR","IL TRM v11 vol3 - Direct Install",330]
["Income Eligible Program","Screw In - LEDs - Common Area (Exterior)",250.7,"Multi-Family","Lighting","Common Area - DI","per lamp",1.45,"IL TRM v12 vol3",327,{"$f":"ROUND(((AF217-AB217)/1000)*BA217*AS217*U217,4)","v":138.25540000000001},"Calculated Value",null,3.213000232396003E-2,0,"IL TRM v12 vol2, exterior - dusk to dawn",336,{"$f":"ROUND(((AF217-AB217)/1000)*BA217*AW217*O217,4)","v":0},"Calculated Value",null,4303,"IL TRM v12 vol2 (Exterior - disk to dawn)",684,8,"IL TRM v12 vol3 - Income Eligible Populations",327,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"EISA tier 1 compliant Halogen (watts)",43,"EISA phase I; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(((AF217-AB217)/1000)*BA217*AS217*U217,4)","=ROUND(((AF217-AB217)/1000)*BA217*AW217*O217,4)","IL TRM v12 vol3","328, 331","2025-01-01",null,null,null,null,null,1,"Waste Heat Factor (energy), exterior - dusk to dawn","IL TRM v12 vol3",684,1,"Waste Heat Factor (demand), exterior - dusk to dawn","IL TRM v12 vol3",684,0.94499999999999995,"ISR - Direct Install","IL TRM v12 vol3",696]
["Income Eligible Program","Screw In - LEDs - Common Area (Interior)",249.6,"Multi-Family","Lighting","Common Area - DI","per lamp",1.45,"IL TRM v11 vol3",329,{"$f":"ROUND(($AF218-$AB218)/1000*$U218*$AS218*$BA218,4)","v":220.06190000000001},"Calculated Value",null,3.6985193277310924E-2,0.62,"IL TRM v11 vol2 (midrise)",636,{"$f":"ROUND(($AF218-$AB218)/1000*$O218*$AW218*$BA218,4)","v":2.4E-2},"Calculated Value",null,5950,"IL TRM v11 vol2 - Mid Rise",636,{"$f":"20000/U218","v":3.3613445378151261},"IL TRM v11 vol2",659,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"EISA tier 1 compliant Halogen (watts)",43,"EISA phase I; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF218-$AB218)/1000*$U218*$AS218*$BA218,4)","=ROUND(($AF218-$AB218)/1000*$O218*$AW218*$BA218,4)","IL TRM v11 vol2","660, 665","2024-01-01","2024-12-31",null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy)","IL TRM v11 vol2 - Mid Rise",636,1.1599999999999999,"Waste Heat Factor","IL TRM v11 vol2 - Mid Rise",636,0.98,"ISR","IL TRM v11 vol2",664]
["Income Eligible Program","Screw In - LEDs - Common Area (Interior)",249.7,"Multi-Family","Lighting","Common Area - DI","per lamp",1.45,"IL TRM v12 vol3",327,{"$f":"ROUND(((AF219-AB219)/1000)*BA219*AS219*U219,4)","v":186.02500000000001},"Calculated Value",null,3.5664302147239264E-2,0.62,"IL TRM v12 vol2 - MF Mid Rise - Common",683,{"$f":"ROUND(((AF219-AB219)/1000)*BA219*AW219*O219,4)","v":2.3099999999999999E-2},"Calculated Value",null,5216,"IL TRM v12 vol2 - MF Mid Rise - Common",683,8,"IL TRM v12 vol3 - Income Eligible Populations",327,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"EISA tier 1 compliant Halogen (watts)",43,"EISA phase I; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(((AF219-AB219)/1000)*BA219*AS219*U219,4)","=ROUND(((AF219-AB219)/1000)*BA219*AW219*O219,4)","IL TRM v12 vol3","328, 331","2025-01-01",null,null,null,null,null,1.1100000000000001,"Waste Heat Factor (energy), LED Mid Rise - Common","IL TRM v12 vol2",683,1.1599999999999999,"Waste Heat Factor (demand), LED Mid Rise - Common","IL TRM v12 vol2",683,0.94499999999999995,"ISR - Direct Install","IL TRM v12 vol3",696]
["Income Eligible Program","Screw In - LEDs (In-Unit)",53.7,"Multi-Family","Lighting","Kits (DI)","per lamp",1.45,"IL TRM v11 vol3",329,{"$f":"ROUND(($AF220-$AB220)/1000*$U220*$AS220*$BA220,4)","v":36.389200000000002},"Calculated Value",329,3.3415243342516075E-2,0.128,"IL TRM v11 vol3 (Interior)",329,{"$f":"ROUND(($AF220-$AB220)/1000*O220*$AW220*$BA220,4)","v":4.4000000000000003E-3},"Calculated Value",333,1089,"IL TRM v11 vol3",331,8,"IL TRM v11 vol3",328,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"43 watts based on halogen equivalent to average of bulbs sold in program ",43,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF220-$AB220)/1000*$U220*$AS220*$BA220,4)","=ROUND(($AF220-$AB220)/1000*O220*$AW220*$BA220,4)","IL TRM v11 vol3","329, 333","2024-01-01","2024-12-31",null,null,null,null,1.04,"Waste Heat Factor, Energy","IL TRM v11 vol3 - Multifamily in unit",331,1.07,"Waste Heat Factor, Demand","IL TRM v11 vol3 - Multifamily in unit",333,0.94499999999999995,"ISR","IL TRM v11 vol3 - Direct Install",330," "]
["Income Eligible Program","Screw In - LEDs (In-Unit)",53.8,"Multi-Family","Lighting","Kits (DI)","per lamp",1.45,"IL TRM v12 vol3",327,{"$f":"ROUND(($AF221-$AB221)/1000*$U221*$AS221*$BA221,4)","v":36.389200000000002},"Calculated Value",328,3.3415243342516075E-2,0.128,"IL TRM v12 vol 3 (in-unit Multi Family bulbs)",327,{"$f":"ROUND(($AF221-$AB221)/1000*O221*$AW221*$BA221,4)","v":4.4000000000000003E-3},"Calculated Value",331,1089,"IL TRM v12 vol3",329,8,"IL TRM v12 vol3",327,"Screw In - LEDs meeting Energy Star V2.1 qualification criteria",9,"Spec sheet (as reported by implementer)",null,"43 watts based on halogen equivalent to average of bulbs sold in program ",43,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF221-$AB221)/1000*$U221*$AS221*$BA221,4)","=ROUND(($AF221-$AB221)/1000*O221*$AW221*$BA221,4)","IL TRM v12 vol. 3","328, 331","2025-01-01",null,null,null,null,null,1.04,"Waste Heat Factor, Energy","IL TRM v12 vol3",330,1.07,"Waste Heat Factor, Demand","IL TRM v12 vol3",331,0.94499999999999995,"ISR - Direct Install","IL TRM v12 vol3",328]
["Income Eligible Program","Screw In - Specialty LEDs",660,"All","Lighting",null,"per lamp",1.65,"IL TRM v9 vol3",254,{"$f":"ROUND(($AF222-$AB222)/1000*$U222*$AS222*$BA222,4)","v":48.515000000000001},"IL TRM v9 vol3 (algorithm)",255,4.7563725490196079E-2,0.109,"IL TRM v9 vol3 - Unknown",263,{"$f":"ROUND(($AF222-$AB222)/1000*O222*$AW222*$BA222,4)","v":5.4000000000000003E-3},"IL TRM v9 vol3 (algorithm)",262,1020,"IL TRM v9 vol3 - Unknown",260,10,"IL TRM v9 vol3",254,"Screw In - Specialty LEDs meeting Energy Star V2.1 criteria",7.6,"Program Tracking Data",253,"54 watts weighted to program sales by bulb shape and lumens.",54,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(($AF222-$AB222)/1000*$U222*$AS222*$BA222,4)","=ROUND(($AF222-$AB222)/1000*O222*$AW222*$BA222,4)","IL TRM v9 vol3","255, 262","2023-01-01","2024-12-31",null,null,null,null,1.046,"Waste Heat Factor, Energy","IL TRM v9 vol3 - \"Unknown\" installation location",260,1.083,"Waste Heat Factor, Demand","IL TRM v9 vol3 - \"Unknown\" installation location",262,0.98,"ISR","IL TRM v9 vol3",258]
["Income Eligible Program","Screw In - Specialty LEDs",660.1,"All","Lighting",null,"per lamp",1.65,"IL TRM v12 vol3 - Directional",311,{"$f":"ROUND(((AF223-AB223)/1000)*AS223*BA223*U223,4)","v":48.465499999999999},"Calculated Value",null,{"$f":"ROUND(K223/U223,4)","v":4.7500000000000001E-2},0.11700000000000001,"IL TRM v12 vol3 - unknown",311,{"$f":"ROUND(((AF223-AB223)/1000)*AW223*BA223*O223,4)","v":5.7999999999999996E-3},"Calculated Value",null,1020,"IL TRM v12 vol3 (unknown location)",317,8,"IL TRM v12 vol3 - Income Eligible Populations",311,"Screw In - Specialty LEDs meeting Energy Star V2.1 criteria",7.6,"Program Tracking Data",null,"54 watts weighted to program sales by bulb shape and lumens.",54,"EISA phase I; Program Tracking Data; pg5 of 'Stipulation and Agreement' File Nos. EO-2019-132 and EO-2019-133 under the heading \"Revisions to Residential Programs\"",null,"=ROUND(((AF223-AB223)/1000)*AS223*BA223*U223,4)","=ROUND(((AF223-AB223)/1000)*AW223*BA223*O223,4)","IL TRM v12 vol3","312, 318","2025-01-01",null,null,null,null,null,1.046,"Waste Heat Factor, Energy","IL TRM v12 vol3 - Assumes unknown location",317,1.083,"Waste Heat Factor, Demand","IL TRM v12 vol3 - Assumes unknown location",319,0.97899999999999998,"ISR","IL TRM v12 vol3 - Retail (Time of Sale)",315]
["Income Eligible Program","Shower Start 1.5 gpm electric water heater",409.3,"Multi-Family","Hot Water","TSV","per unit",50,"IL TRM v12 vol3",284,{"$f":"ROUND(((CC224*AW224)*BA224*BE224*BI224/BM224)*BQ224*AS224,4)","v":83.808700000000002},"Calculated Value",null,{"$f":"ROUND(K224/U224,4)","v":3.2866},2.2000000000000001E-3,"IL TRM v12 vol3",284,{"$f":"ROUND(K224/U224*O224,4)","v":7.1999999999999998E-3},"Calculated Value",null,25.5,"IL TRM v12 vol3",288,10,"IL TRM v12 vol3",284,"TSV installed on residential showerhead",null,"IL TRM v12 vol3",284,"Residential showerhead without TSV installed",null,"IL TRM v12 vol3",284,"=ROUND(((CC224*AW224)*BA224*BE224*BI224/BM224)*BQ224*AS224,4)","=ROUND(K224/U224*O224,4)","IL TRM v12 vol3","284, 288","2025-01-01",null,null,null,null,null,0.125,"EPG_electric, kWh per gallon hot water","IL TRM v12 vol3",286,0.89,"L_showerdevice, Hot water waste time avoided","IL TRM v12 vol3",285,2.1,"Persons per household, Multi-Family","IL TRM v12 vol3",286,0.6,"SPCD; Showers per capita per day","IL TRM v12 vol3",286,365.25,"Days per year","IL TRM v12 vol3",286,1.3,"SPH, Showers per hoursehold","IL TRM v12 vol3",286,0.95,"In Service Rate","IL TRM v12 vol3",287,101,"Shower Temperature","IL TRM v12 vol3",286,50.7,"Supply Temperature","IL TRM v12 vol3",287,2.2400000000000002,"GPM_base_S","IL TRM v12 vol3",285]
["Income Eligible Program","Shower Timer - MF",845,"Multi-Family","Hot Water","School Kit","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(AS225*AB225*(AW225-BA225)*BE225*BI225*BM225*BQ225*BU225, 4)","v":32.626600000000003},"Calculated Value",null,{"$f":"ROUND(K225/U225,4)","v":0.49790000000000001},2.7799999999999998E-2,"IL TRM v12 vol3",291,{"$f":"ROUND(K225/U225*O225, 4)","v":1.38E-2},"Calculated Value",null,{"$f":"(AB225*AW225*BE225*BM225*BQ225*BI225)*0.726/BY225","v":65.522085456413777},"IL TRM v12 vol3",294,2,"IL TRM v12 vol3",291,"GPM",1.93,"IL TRM v12 vol3",292,"No shower timer ",null,null,null,"=ROUND(AS225*AB225*(AW225-BA225)*BE225*BI225*BM225*BQ225*BU225, 4)","=ROUND(K225/U225*O225, 4)","IL TRM v12 vol3","291, 294","2025-01-01",null,null,null,null,null,0.43,"%Electric DHW (multi-family low income for Ameren)","IL TRM v12 vol3","292, 293",7.8,"L_base","IL TRM v12 vol3",292,5.79,"L_timer","IL TRM v12 vol3",292,2.1,"Household (Multi-Family)","IL TRM v12 vol3",292,365.25,"Days/year","IL TRM v12 vol3",293,0.6,"SPCD","IL TRM v12 vol3",293,0.34,"UsageFactor","IL TRM v12 vol3",293,0.125,"EPG_Electric","IL TRM v12 vol3",293,26.1,"GPH","IL TRM v12 vol3",294]
["Income Eligible Program","Shower Timer - SF",844,"Single Family","Hot Water","School Kit","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(AS226*AB226*(AW226-BA226)*BE226*BI226*BM226*BQ226*BU226, 4)","v":23.123999999999999},"Calculated Value",null,{"$f":"ROUND(K226/U226,4)","v":0.28949999999999998},2.7799999999999998E-2,"IL TRM v12 vol3",291,{"$f":"ROUND(K226/U226*O226, 4)","v":8.0000000000000002E-3},"Calculated Value",null,{"$f":"(AB226*AW226*BE226*BM226*BQ226*BI226)*0.726/BY226","v":79.87454227067586},"IL TRM v12 vol3",294,2,"IL TRM v12 vol3",291,"GPM",1.93,"IL TRM v12 vol3",292,"No shower timer ",null,null,null,"=ROUND(AS226*AB226*(AW226-BA226)*BE226*BI226*BM226*BQ226*BU226, 4)","=ROUND(K226/U226*O226, 4)","IL TRM v12 vol3","291, 294","2025-01-01",null,null,null,null,null,0.25,"%Electric DHW (single family low income for Ameren)","IL TRM v12 vol3","292, 293",7.8,"L_base","IL TRM v12 vol3",292,5.79,"L_timer","IL TRM v12 vol3",292,2.56,"Household (Single-Family)","IL TRM v12 vol3",292,365.25,"Days/year","IL TRM v12 vol3",293,0.6,"SPCD","IL TRM v12 vol3",293,0.34,"UsageFactor","IL TRM v12 vol3",293,0.125,"EPG_Electric","IL TRM v12 vol3",293,26.1,"GPH","IL TRM v12 vol3",294]
["Income Eligible Program","Smart Power Strip - Wh7-Plug",13.4,"Single Family","Electronics","Kits","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(103,4)","v":103},"IL TRM v11 vol3",79,{"$f":"K227/U227","v":1.4448029176602609E-2},0.8,"IL TRM v11 vol3",78,{"$f":"ROUND(N227*O227,4)","v":1.1599999999999999E-2},"IL TRM v11 vol3",66,7129,"IL TRM v11 vol3",80,7,"IL TRM v11 vol3",78,"Smart strip",null,"IL TRM v11 vol3",78,"Standard outlet strip",null,"IL TRM v11 vol3",78,"=ROUND(103,4)","=ROUND(N227*O227,4)","IL TRM v11 vol3",79,"2024-01-01","2024-12-31"]
["Income Eligible Program, PAYS","Smart Power Strip - Wh7-Plug",13.5,"Single Family","Electronics","Kits","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND(103,4)","v":103},"IL TRM v12 vol3",89,{"$f":"K228/U228","v":1.4448029176602609E-2},0.8,"IL TRM v12 vol3",90,{"$f":"ROUND(N228*O228,4)","v":1.1599999999999999E-2},"Calculated Value",null,7129,"IL TRM v12 vol3",90,7,"IL TRM v12 vol3",87,"Smart strip",null,"IL TRM v12 vol3",89,"Standard outlet strip",null,"IL TRM v12 vol3",89,"=ROUND(103,4)","=ROUND(N228*O228,4)","IL TRM v12 vol3","89, 90","2025-01-01"]
["Income Eligible Program","Smart Power Strip - Wh7-Plug",248.4,"Multi-Family","Electronics","Kits (DI)","per unit",26,"Program Tracking Data",null,{"$f":"ROUND((103*AS229),4)","v":103},"Calculated Value",null,{"$f":"K229/U229","v":1.4448029176602609E-2},0.8,"IL TRM v11 vol3",78,{"$f":"ROUND(K229/U229*O229,4)","v":1.1599999999999999E-2},"Calculated Value",null,7129,"IL TRM v11 vol3",80,7,"IL TRM v11 vol3",78,"Smart strip",null,"IL TRM v11 vol3",78,"Standard outlet strip",null,"IL TRM v11 vol3",78,"=ROUND((103*AS229),4)","=ROUND(K229/U229*O229,4)","IL TRM v11 vol3","79, 80","2024-01-01","2024-12-31",null,null,null,null,1,"ISR","IL TRM v11 vol3 - DI",79]
["Income Eligible Program","Smart Power Strip - Wh7-Plug",248.5,"Multi-Family","Electronics","Kits (DI)","per unit",26,"Program Tracking Data",null,{"$f":"ROUND(AW230*AS230,4)","v":103},"Calculated Value",null,{"$f":"K230/U230","v":1.4448029176602609E-2},0.8,"IL TRM v12 vol3",87,{"$f":"ROUND(K230/U230*O230,4)","v":1.1599999999999999E-2},"Calculated Value",null,7129,"IL TRM v12 vol3",90,7,"IL TRM v12 vol3",87,"7-plug smart strip",null,"IL TRM v12 vol3",87,"Standard outlet strip",null,"IL TRM v12 vol3",90,"=ROUND(AW230*AS230,4)","=ROUND(K230/U230*O230,4)","IL TRM v12 vol3","89, 90","2025-01-01",null,null,null,null,null,1,"ISR - Direct Install","IL TRM v12 vol3",89,103,"kWh - 7-plug Direct Install","IL TRM v12 vol3",90]
["Income Eligible Program","Smart Thermostat - ASHP base (electric heating and cooling):MF",693,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v11 vol3",205,{"$f":"ROUND((AS231*AW231*BA231*BE231*BI231)+(BM231*((BQ231*BU231*(1/BY231))/1000)*CC231*BI231),4)","v":957.84630000000004},"Calculated Value",null,null,0.34,"IL TRM v11 vol3",205,{"$f":"ROUND(BM231*(CC231*BU231*(1/CG231))/1000*BI231*O231,4)","v":6.2799999999999995E-2},"Calculated Value",null,null,null,null,11,"IL TRM v11 vol3",205,"Smart thermostat",null,"IL TRM v11 vol3",175,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ","IL TRM v11 vol3",175,"=ROUND((AS231*AW231*BA231*BE231*BI231)+(BM231*((BQ231*BU231*(1/BY231))/1000)*CC231*BI231),4)","=ROUND(BM231*(CC231*BU231*(1/CG231))/1000*BI231*O231,4)","IL TRM v11 vol3","206, 210","2024-01-01","2024-12-31",null,null,null,null,1,"%ElectricHeat","IL TRM v11 vol3",206,15683,"Elec_Heating_Consumption (unknown)","IL TRM v11 vol3",206,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v11 vol3",207,0.65,"HF (Multifamily)","IL TRM v11 vol3",207,1,"Eff_ISR","IL TRM v11 vol3 (Not DI)",207,0.82499999999999996,"%AC (unknown general program)","IL TRM v11 vol3",208,565,"FLH","IL TRM v11 vol3 (Statewide average - general multifamily)",208,28000,"BTU/hr actual size ","IL TRM v11 vol3",209,{"$f":"12","v":12},"SEER","IL TRM v11 vol3",209,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v11 vol3",209,{"$f":"10.5","v":10.5},"EER","IL TRM v11 vol3",211]
["Income Eligible Program","Smart Thermostat - ASHP base (electric heating and cooling):MF",693.1,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,0.34,"IL TRM v12 vol3",204,{"$f":"ROUND(BM232*(CO232*BU232*(1/CG232)/1000)*CK232*O232,4)","v":0.14050000000000001},"Calculated Value",null,null,null,null,11,"IL TRM v12 vol3",204,"Smart thermostat -  replacement of a manual-only or programmable thermostat with one that has the default enabled capability—or the capability to automatically—establish a schedule of temperature setpoints",null,"IL TRM v12 vol3",203,"Actual thermostat replaced by smart thermostat, or 51% programmable and 49% manual or non-progammed programmable thermostats may be assumed",null,"IL TRM v12 vol3",203,"=ROUND(0,4)","=ROUND(BM232*(CO232*BU232*(1/CG232)/1000)*CK232*O232,4)","IL TRM v12 vol3","205, 209","2025-01-01",null,null,null,null,null,1,"%ElectricHeat","IL TRM v12 vol3",205,15683,"Elec_Heating_Consumption (unknown)","IL TRM v12 vol3",205,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v12 vol3",206,0.65,"HF (Multifamily)","IL TRM v12 vol3",206,1,"Eff_ISR","IL TRM v12 vol3 (Not DI)",206,1,"%AC (unknown general program)","IL TRM v12 vol3",207,603,"FLH","IL TRM v12 vol3 (Weighted average)",207,28000,"BTU/hr actual size ","IL TRM v12 vol3",208,11.4,"SEER2","IL TRM v12 vol3",208,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v12 vol3",208,10,"EER2","IL TRM v12 vol3",210,0.9,"EFF_ISR_Cool","IL TRM v12 vol3",209,0.16400000000000001,"Cooling_DemandReduction","IL TRM v12 vol3",209]
["Income Eligible Program","Smart Thermostat - CAC with gas furnace base: MF",694,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v11 vol3",205,{"$f":"ROUND((AS233*AW233*BA233*BE233*BI233)+(BM233*((BQ233*BU233*(1/BY233))/1000)*CC233*BI233),4)","v":957.84630000000004},"Calculated Value",null,null,0.34,"IL TRM v11 vol3",205,{"$f":"ROUND(BM233*(CC233*BU233*(1/CG233))/1000*BI233*O233,4)","v":6.2799999999999995E-2},"Calculated Value",null,null,null,null,11,"IL TRM v11 vol3",205,"Smart thermostat",null,"IL TRM v11 vol3",175,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ","IL TRM v11 vol3",175,"=ROUND((AS233*AW233*BA233*BE233*BI233)+(BM233*((BQ233*BU233*(1/BY233))/1000)*CC233*BI233),4)","=ROUND(BM233*(CC233*BU233*(1/CG233))/1000*BI233*O233,4)","IL TRM v11 vol3","206, 210","2024-01-01","2024-12-31",null,null,null,null,1,"%ElectricHeat","IL TRM v11 vol3",206,15683,"Elec_Heating_Consumption (unknown)","IL TRM v11 vol3",206,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v11 vol3",207,0.65,"HF (Multifamily)","IL TRM v11 vol3",207,1,"Eff_ISR","IL TRM v11 vol3 (Not DI)",207,0.82499999999999996,"%AC (unknown general program)","IL TRM v11 vol3",208,565,"FLH","IL TRM v11 vol3 (Statewide average - general multifamily)",208,28000,"BTU/hr actual size ","IL TRM v11 vol3",209,{"$f":"12","v":12},"SEER","IL TRM v11 vol3",209,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v11 vol3",209,{"$f":"10.5","v":10.5},"EER","IL TRM v11 vol3",211]
["Income Eligible Program","Smart Thermostat - CAC with gas furnace base: MF",694.1,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,0.34,"IL TRM v12 vol3",204,{"$f":"ROUND(BM234*(CO234*BU234*(1/CG234)/1000)*CK234*O234,4)","v":0.14050000000000001},"Calculated Value",null,null,null,null,11,"IL TRM v12 vol3",204,"Smart thermostat -  replacement of a manual-only or programmable thermostat with one that has the default enabled capability—or the capability to automatically—establish a schedule of temperature setpoints",null,"IL TRM v12 vol3",203,"Actual thermostat replaced by smart thermostat, or 51% programmable and 49% manual or non-progammed programmable thermostats may be assumed",null,"IL TRM v12 vol3",203,"=ROUND(0,4)","=ROUND(BM234*(CO234*BU234*(1/CG234)/1000)*CK234*O234,4)","IL TRM v12 vol3","205, 209","2025-01-01",null,null,null,null,null,1,"%ElectricHeat","IL TRM v12 vol3",205,15683,"Elec_Heating_Consumption (unknown)","IL TRM v12 vol3",205,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v12 vol3",206,0.65,"HF (Multifamily)","IL TRM v12 vol3",206,1,"Eff_ISR","IL TRM v12 vol3 (Not DI)",206,1,"%AC (unknown general program)","IL TRM v12 vol3",207,603,"FLH","IL TRM v12 vol3 (Weighted average)",207,28000,"BTU/hr actual size ","IL TRM v12 vol3",208,11.4,"SEER2","IL TRM v12 vol3",208,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v12 vol3",208,10,"EER2","IL TRM v12 vol3",210,0.9,"EFF_ISR_Cool","IL TRM v12 vol3",209,0.16400000000000001,"Cooling_DemandReduction","IL TRM v12 vol3",209]
["Income Eligible Program","Smart Thermostat - Electric furnace/electric resistance base with no cooling: MF",695,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v11 vol3",205,{"$f":"ROUND((AS235*AW235*BA235*BE235*BI235)+(BM235*((BQ235*BU235*(1/BY235))/1000)*CC235*BI235),4)","v":957.84630000000004},"Calculated Value",null,null,0.34,"IL TRM v11 vol3",205,{"$f":"ROUND(BM235*(CC235*BU235*(1/CG235))/1000*BI235*O235,4)","v":6.2799999999999995E-2},"Calculated Value",null,null,null,null,11,"IL TRM v11 vol3",205,"Smart thermostat",null,"IL TRM v11 vol3",175,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ","IL TRM v11 vol3",175,"=ROUND((AS235*AW235*BA235*BE235*BI235)+(BM235*((BQ235*BU235*(1/BY235))/1000)*CC235*BI235),4)","=ROUND(BM235*(CC235*BU235*(1/CG235))/1000*BI235*O235,4)","IL TRM v11 vol3","206, 210","2024-01-01","2024-12-31",null,null,null,null,1,"%ElectricHeat","IL TRM v11 vol3",206,15683,"Elec_Heating_Consumption (unknown)","IL TRM v11 vol3",206,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v11 vol3",207,0.65,"HF (Multifamily)","IL TRM v11 vol3",207,1,"Eff_ISR","IL TRM v11 vol3 (Not DI)",207,0.82499999999999996,"%AC (unknown general program)","IL TRM v11 vol3",208,565,"FLH","IL TRM v11 vol3 (Statewide average - general multifamily)",208,28000,"BTU/hr actual size ","IL TRM v11 vol3",209,{"$f":"12","v":12},"SEER","IL TRM v11 vol3",209,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v11 vol3",209,{"$f":"10.5","v":10.5},"EER","IL TRM v11 vol3",211]
["Income Eligible Program","Smart Thermostat - Electric furnace/electric resistance base with no cooling: MF",695.1,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,0.34,"IL TRM v12 vol3",204,{"$f":"ROUND(BM236*(CO236*BU236*(1/CG236)/1000)*CK236*O236,4)","v":0},"Calculated Value",null,null,null,null,11,"IL TRM v12 vol3",204,"Smart thermostat -  replacement of a manual-only or programmable thermostat with one that has the default enabled capability—or the capability to automatically—establish a schedule of temperature setpoints",null,"IL TRM v12 vol3",203,"Actual thermostat replaced by smart thermostat, or 51% programmable and 49% manual or non-progammed programmable thermostats may be assumed",null,"IL TRM v12 vol3",203,"=ROUND(0,4)","=ROUND(BM236*(CO236*BU236*(1/CG236)/1000)*CK236*O236,4)","IL TRM v12 vol3","205, 209","2025-01-01",null,null,null,null,null,1,"%ElectricHeat","IL TRM v12 vol3",205,15683,"Elec_Heating_Consumption (unknown)","IL TRM v12 vol3",205,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v12 vol3",206,0.65,"HF (Multifamily)","IL TRM v12 vol3",206,1,"Eff_ISR","IL TRM v12 vol3 (Not DI)",206,0,"%AC (unknown general program)","IL TRM v12 vol3",207,603,"FLH","IL TRM v12 vol3 (Weighted average)",207,28000,"BTU/hr actual size ","IL TRM v12 vol3",208,11.4,"SEER2","IL TRM v12 vol3",208,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v12 vol3",208,10,"EER2","IL TRM v12 vol3",210,0.9,"EFF_ISR_Cool","IL TRM v12 vol3",209,0.16400000000000001,"Cooling_DemandReduction","IL TRM v12 vol3",209]
["Income Eligible Program","Smart Thermostat - Gas furnace base with no cooling: MF",696,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v11 vol3",205,{"$f":"ROUND((AS237*AW237*BA237*BE237*BI237)+(BM237*((BQ237*BU237*(1/BY237))/1000)*CC237*BI237),4)","v":957.84630000000004},"Calculated Value",null,null,0.34,"IL TRM v11 vol3",205,{"$f":"ROUND(BM237*(CC237*BU237*(1/CG237))/1000*BI237*O237,4)","v":6.2799999999999995E-2},"Calculated Value",null,null,null,null,11,"IL TRM v11 vol3",205,"Smart thermostat",null,"IL TRM v11 vol3",175,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ","IL TRM v11 vol3",175,"=ROUND((AS237*AW237*BA237*BE237*BI237)+(BM237*((BQ237*BU237*(1/BY237))/1000)*CC237*BI237),4)","=ROUND(BM237*(CC237*BU237*(1/CG237))/1000*BI237*O237,4)","IL TRM v11 vol3","206, 210","2024-01-01","2024-12-31",null,null,null,null,1,"%ElectricHeat","IL TRM v11 vol3",206,15683,"Elec_Heating_Consumption (unknown)","IL TRM v11 vol3",206,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v11 vol3",207,0.65,"HF (Multifamily)","IL TRM v11 vol3",207,1,"Eff_ISR","IL TRM v11 vol3 (Not DI)",207,0.82499999999999996,"%AC (unknown general program)","IL TRM v11 vol3",208,565,"FLH","IL TRM v11 vol3 (Statewide average - general multifamily)",208,28000,"BTU/hr actual size ","IL TRM v11 vol3",209,{"$f":"12","v":12},"SEER","IL TRM v11 vol3",209,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v11 vol3",209,{"$f":"10.5","v":10.5},"EER","IL TRM v11 vol3",211]
["Income Eligible Program","Smart Thermostat - Gas furnace base with no cooling: MF",696.1,"Multi-Family","HVAC",null,"per unit",79,"IL TRM v12 vol3",204,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,0.34,"IL TRM v12 vol3",204,{"$f":"ROUND(BM238*(CO238*BU238*(1/CG238)/1000)*CK238*O238,4)","v":0},"Calculated Value",null,null,null,null,11,"IL TRM v12 vol3",204,"Smart thermostat -  replacement of a manual-only or programmable thermostat with one that has the default enabled capability—or the capability to automatically—establish a schedule of temperature setpoints",null,"IL TRM v12 vol3",203,"Actual thermostat replaced by smart thermostat, or 51% programmable and 49% manual or non-progammed programmable thermostats may be assumed",null,"IL TRM v12 vol3",203,"=ROUND(0,4)","=ROUND(BM238*(CO238*BU238*(1/CG238)/1000)*CK238*O238,4)","IL TRM v12 vol3","205, 209","2025-01-01",null,null,null,null,null,1,"%ElectricHeat","IL TRM v12 vol3",205,15683,"Elec_Heating_Consumption (unknown)","IL TRM v12 vol3",205,8.5000000000000006E-2,"Heating_Reduction (unknown thermostat type)","IL TRM v12 vol3",206,0.65,"HF (Multifamily)","IL TRM v12 vol3",206,1,"Eff_ISR","IL TRM v12 vol3 (Not DI)",206,0,"%AC (unknown general program)","IL TRM v12 vol3",207,603,"FLH","IL TRM v12 vol3 (Weighted average)",207,28000,"BTU/hr actual size ","IL TRM v12 vol3",208,11.4,"SEER2","IL TRM v12 vol3",208,8.4000000000000005E-2,"Cooling_Reduction","IL TRM v12 vol3",208,10,"EER2","IL TRM v12 vol3",210,0.9,"EFF_ISR_Cool","IL TRM v12 vol3",209,0.16400000000000001,"Cooling_DemandReduction","IL TRM v12 vol3",209]
["Income Eligible Program","Switch Insulators : MF",704,"Multi-Family","HVAC - Shell","No TRM source found for switch insulators - used estimate sources for Outlet gaskets measure","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND((BM239+BQ239),4)","v":9.3225999999999996},"Calculated Value",null,{"$f":"O239/K239","v":1.8235256258983546E-6},1.7E-5,"PA TRM 2021",155,{"$f":"ROUND((BM239*O239),5)","v":5.0000000000000002E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,15,"PA TRM 2021",153,"SEER (assumes a mixture of ASHP and CAC for both ER and TOC)",13.15,"PA TRM 2021",14,"HSPF",8.1999999999999993,"PA TRM 2021",14,"=ROUND((BM239+BQ239),4)","=ROUND((BM239*O239),5)","PA TRM 2021",153,"2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,1.08,"Conversion factor that converts CFM air (at 70°F) to BTU/hr-°F","PA TRM 2021",154,6.4909999999999997,"CFM50 for gasket electrical outlets","PA TRM 2021",154,3.6,"LM: Latent Cooling Multiplier","IL TRM v11 vol3 (St Louis)",370,0.75,"DUA","PA TRM 2021",154,16.7,"N: Correlation factor (used default)","PA TRM 2021",154,{"$f":"((AS239*AW239*AO239*24*1)/(BI239*AB239*1000))*BA239*BE239","v":2.9890693658158973},"kWh_cooling","PA TRM 2021",153,{"$f":"(AS239*AW239*AP239*24*1)/(BI239*AF239*1000)","v":6.3335171724843002},"kWh_heating","PA TRM 2021",153]
["Income Eligible Program, PAYS","Switch Insulators : MF",704.1,"Multi-Family","HVAC - Shell","No TRM source found","per unit","Equals Incentive ","Program Tracking Data",null,{"$f":"ROUND((BM240+BQ240),4)","v":9.3225999999999996},"Calculated Value",null,{"$f":"O240/K240","v":1.8235256258983546E-6},1.7E-5,"PA TRM 2021",155,{"$f":"ROUND((BM240*O240),5)","v":5.0000000000000002E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,15,"PA TRM 2021",153,"SEER (assumes a mixture of ASHP and CAC for both ER and TOC)",13.15,"PA TRM 2021",14,"HSPF",8.1999999999999993,"PA TRM 2021",14,"=ROUND((BM240+BQ240),4)","=ROUND((BM240*O240),5)","PA TRM 2021",153,"2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,1.08,"Conversion factor that converts CFM air (at 70°F) to BTU/hr-°F","PA TRM 2021",154,6.4909999999999997,"CFM50 for gasket electrical outlets","PA TRM 2021",154,3.6,"LM: Latent Cooling Multiplier","IL TRM v11 vol3 (St Louis)",370,0.75,"DUA","PA TRM 2021",154,16.7,"N: Correlation factor (used default)","PA TRM 2021",154,{"$f":"((AS240*AW240*AO240*24*1)/(BI240*AB240*1000))*BA240*BE240","v":2.9890693658158973},"kWh_cooling","PA TRM 2021",153,{"$f":"(AS240*AW240*AP240*24*1)/(BI240*AF240*1000)","v":6.3335171724843002},"kWh_heating","PA TRM 2021",153]
["Income Eligible Program","Water Heater Tank Wrap",57.3,"Multi-Family","Hot Water","Kits (DI)","per unit",20,"Program Tracking Data",null,{"$f":"ROUND(((1/AW241-1/BA241)*AS241*BE241*BI241)/(BM241*BQ241),4)","v":148.89490000000001},"Calculated Value",null,{"$f":"ROUND(0.0153,4)","v":1.5299999999999999E-2},1,"IL TRM v11 vol3",280,{"$f":"ROUND(K241/U241*O241,4)","v":1.7000000000000001E-2},"Calculated Value",null,8766,"IL TRM v11 vol3",281,5,"IL TRM v11 vol3",280,"Water heater insulation increased from R12 to R22, 50gal",null,"Measure Definition",null,"R12, 50-gal water heater insulation (no wrap)",null,"Measure Definition",null,"=ROUND(((1/AW241-1/BA241)*AS241*BE241*BI241)/(BM241*BQ241),4)","=ROUND(K241/U241*O241,4)","IL TRM v11 vol3","280, 281","2024-01-01","2024-12-31",null,null,null,null,24.99,"Abase","IL TRM v11 vol3",281,12,"Rbase","Measure Definition",null,22,"Rinsul","Measure Definition",null,60,"deltaT","IL TRM v11 vol3",281,8766,"Hours","IL TRM v11 vol3",281,0.98,"eta DHW","IL TRM v11 vol3",281,3412,"Conversion from BTU to kWh","IL TRM v11 vol3",281]
["Income Eligible Program","Water Heater Tank Wrap",57.4,"Multi-Family","Hot Water","Kits (DI)","per unit",20,"Program Tracking Data",null,{"$f":"ROUND(((1/AW242-1/BA242)*AS242*BE242*BI242)/(BQ242*BM242),4)","v":148.89490000000001},"Calculated Value",281,{"$f":"K242/U242","v":1.6985500798539815E-2},1,"IL TRM v12 vol3",281,{"$f":"ROUND(K242/U242*O242,4)","v":1.7000000000000001E-2},"Calculated Value",282,8766,"IL TRM v12 vol3",282,5,"IL TRM v12 vol3",281,"Water heater insulation increased from R12 to R22, 50gal",null,"Measure Definition",null,"R12, 50-gal water heater insulation (no wrap)",null,"Measure Definition",null,"=ROUND(((1/AW242-1/BA242)*AS242*BE242*BI242)/(BQ242*BM242),4)","=ROUND(K242/U242*O242,4)","IL TRM v12 vol3","281, 282","2025-01-01",null,null,null,null,null,24.99,"Abase","IL TRM v12 vol3",282,12,"Rbase","Measure Definition",null,22,"Rinsul","Measure Definition",null,60,"deltaT","IL TRM v12 vol3",282,8766,"Hours","IL TRM v12 vol3",282,0.98,"Efficiency of water heat","IL TRM v12 vol3",282,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",282]
["Income Eligible Program","Window AC (Income Qualified)",479.2,"Multi-Family","HVAC","IL TRM v11 vol3 all income qualified window AC are considered time of sale due to: \"For both Time of Sale and Early Replacement the baseline assumption is an inefficient unit either existing in the\nhome or being purchased or acquired via the secondary market. \"","per unit",300,"IL TRM v11 vol3",66,{"$f":"ROUND((U243*AW243*(1/(AF243/1.01)-(1/BA243)))/1000,4)","v":233.03749999999999},"Calculated Value",null,{"$f":"K243/U243","v":0.41245575221238939},0.68,"IL TRM v11 vol3",66,{"$f":"ROUND(AW243*(((1/AF243)-(1/(BA243*1.01)))/1000)*O243,4)","v":0.2777},"Calculated Value",null,565,"IL TRM v11 vol3 (Statewide average for multifamily)",67,12,"IL TRM v11 vol3",66,"ENERGY STAR version 4.0 CEER",12.1,"IL TRM v11 vol3 - ENERGY STAR v4.0 with louvered sides (CEER) without reverse cycle <8000 btu/hr",65,"Inefficient unit existing in home or purchased/acquired via secondary market",7.7,"IL TRM v11 vol3",67,"=ROUND((U243*AW243*(1/(AF243/1.01)-(1/BA243)))/1000,4)","=ROUND(AW243*(((1/AF243)-(1/(BA243*1.01)))/1000)*O243,4)","IL TRM v11 vol3","66, 67","2024-01-01","2024-12-31",null,null,null,null,565,"FLH_RoomAC","IL TRM v11 vol3 (Statewide average for multifamily)",67,8500,"Btu/H","IL TRM v11 vol3",67,12.1,"CEERee","IL TRM v11 vol3",65]
["Income Eligible Program","Window AC (Income Qualified)",479.3,"Multi-Family","HVAC","IL TRM v12 vol3 \"For both Time of Sale and Early Replacement the baseline assumption is an inefficient unit either existing in the home or being purchased or acquired via the secondary market.\"","per unit",300,"IL TRM v12 vol3",69,{"$f":"ROUND((U244*AW244*(1/(AF244/1.01)-1/AB244))/1000,4)","v":270.1585},"Calculated Value",null,{"$f":"ROUND(K244/U244,4)","v":0.41249999999999998},0.68,"IL TRM v12 vol3",69,{"$f":"ROUND(AW244*((1/AF244-1/(AB244*1.01))/1000)*O244,4)","v":0.2777},"Calculated Value",null,655,"IL TRM v12 vol3 - Statewide average for Multi-Family",70,12,"IL TRM v12 vol3",68,"ENERGY STAR version 4.0 CEER - with louvered sides (CEER) without reverse cycle <8000 btu/hr",12.1,"IL TRM v12 vol3",68,"Inefficient unit existing in home or purchased/acquired via secondary market",7.7,"IL TRM v12 vol3",70,"=ROUND((U244*AW244*(1/(AF244/1.01)-1/AB244))/1000,4)","=ROUND(AW244*((1/AF244-1/(AB244*1.01))/1000)*O244,4)","IL TRM v12 vol3","69, 71","2025-01-01",null,null,null,null,null,655,"FLH_RoomAC","IL TRM v12 vol3",70,8500,"Btu/H","IL TRM v12 vol3",70,12.1,"CEERee","IL TRM v12 vol3",68]
["UHI Mitigation Program","Residential Cool Roof - ASHP",692,"Single Family","HVAC - Shell",">75% roof area must be replaced with a cool roof","per sq ft (roof area)",0.05,"DOE - Energy Efficiency  & Renewable Energy",null,{"$f":"ROUND((AS245+AW245),4)","v":-9.1700000000000004E-2},null,null,null,null,null,null,{"$f":"ROUND((BA245+BE245),4)","v":0},null,null,null,null,null,15,"AR TRM v9.1",428,null,null,null,null,null,null,null,null,"=ROUND((AS245+AW245),4)","=ROUND((BA245+BE245),4)","Cool Roofs TRM tab",null,"2024-01-01",null,null,null,null,null,0.21613391229711401,"kWh cooling",null,null,-0.30782275075557503,"kWh heating",null,null,7.3524299916457794E-5,"Summer kW",null,null,-9.3355333291997303E-5,"Winter kW"]
["UHI Mitigation Program","Residential Cool Roof - CAC w/ Electric Resistance Heat",691,"Single Family","HVAC - Shell",">75% roof area must be replaced with a cool roof","per sq ft (roof area)",0.05,"DOE - Energy Efficiency  & Renewable Energy",null,{"$f":"ROUND((AS246+AW246),4)","v":-0.66369999999999996},null,null,null,null,null,null,{"$f":"ROUND((BA246+BE246),4)","v":-1E-4},null,null,null,null,null,15,"AR TRM v9.1",428,null,null,null,null,null,null,null,null,"=ROUND((AS246+AW246),4)","=ROUND((BA246+BE246),4)","Cool Roofs TRM tab",null,"2024-01-01",null,null,null,null,null,0.21613391229711401,"kWh cooling",null,null,-0.87985880638963998,"kWh heating",null,null,7.3524299916457794E-5,"Summer kW",null,null,-1.9061873015873001E-4,"Winter kW"]
["UHI Mitigation Program","Residential Cool Roof - CAC w/ Gas Furnace",690,"Single Family","HVAC - Shell",">75% roof area must be replaced with a cool roof","per sq ft (roof area)",0.05,"DOE - Energy Efficiency  & Renewable Energy",null,{"$f":"ROUND((AS247+AW247),4)","v":0.21609999999999999},null,null,null,null,null,null,{"$f":"ROUND((BA247+BE247),4)","v":-0.37130000000000002},null,null,null,null,null,15,"AR TRM v9.1",428,null,null,null,null,null,null,null,null,"=ROUND((AS247+AW247),4)","=ROUND((BA247+BE247),4)","Cool Roofs TRM tab",null,"2024-01-01",null,null,null,null,null,0.21613391229711401,"kWh cooling",null,null,0,"kWh heating",null,null,7.3524299916457794E-5,"Summer kW",null,null,-0.37133518881976701,"Winter kW"]
["UHI Mitigation Program","Tree Planting",788,"Single Family","HVAC",null,"per tree",40,"Bridging the Gap",null,{"$f":"ROUND(((AS248*AW248*100000/3412/BA248*BE248)+(AS248*BI248*12000/(1000*BM248)*BQ248)+(AS248*BU248*BY248/CG248*CC248*60*24*AP248*0.018/(BA248*3412)*BE248)+(AS248*BU248*BY248/CK248*CO248*60*24*AO248*CS248*0.018/(BM248*1000)*BQ248))*(1-CW248)*DA248,4)","v":52.454999999999998},"Calculated Value",null,{"$f":"K248/U248","v":7.1077235772357722E-2},0.70499999999999996,"IL TRM v11 vol 3 - average of CF for Central A/C and HP",477,{"$f":"ROUND(((AS248*BI248*12000/(1000*BM248)*BQ248)+(AS248*BU248*BY248/CK248*CO248*60*24*AO248*CS248*0.018/(BM248*1000)*BQ248))/U248*O248*(1-CW248)*DA248,4)","v":5.7000000000000002E-2},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",null,25,"IL TRM v11 vol3",470,"leaf-retaining or leaf-shedding trees dependent on the orientation of the wall of the residence being shaded",null,"IL TRM v11 vol3",469,"residence walls fully or partially unshaded or planted with \"ineligible\" trees that will be replaced ",null,"IL TRM v11 vol3",469,"=ROUND(((AS248*AW248*100000/3412/BA248*BE248)+(AS248*BI248*12000/(1000*BM248)*BQ248)+(AS248*BU248*BY248/CG248*CC248*60*24*AP248*0.018/(BA248*3412)*BE248)+(AS248*BU248*BY248/CK248*CO248*60*24*AO248*CS248*0.018/(BM248*1000)*BQ248))*(1-CW248)*DA248,4)","=ROUND(((AS248*BI248*12000/(1000*BM248)*BQ248)+(AS248*BU248*BY248/CK248*CO248*60*24*AO248*CS248*0.018/(BM248*1000)*BQ248))/U248*O248*(1-CW248)*DA248,4)","IL TRM v11 vol3","471, 477","2024-01-01","2024-12-31",1445,5155,"MO TRM and Navigant Analysis",null,1,"#_Trees","per tree calculation",null,-3.2,"ThermsHeatingIncrease/Tree","IL TRM v11 vol 3",471,1.52,"Eff_Heat","IL TRM v11 vol 3 - average of Electric Resistance and Heat Pump",471,0.24,"%_ElectricHeat","IL TRM v11 vol 3 - unknown for all DUs ",471,137.30000000000001,"Ton-hrCoolingSaved/Tree","IL TRM v11 vol 3",472,13.5,"Eff_Cool","IL TRM v11 vol 3 - average of Central AC and Heat Pump",472,0.66,"%Cool","IL TRM v11 vol 3 - assume unknown central cooling",473,1.51,"CFM50/sqft","IL TRM v11 vol 3 - assume average/average insulation or if unknown ",473,1850,"Area","Zillow sample based on sample of houses within program zip codes",null,4.7000000000000002E-3,"%Reduction_HeatingInfiltration/Tree","IL TRM v11 vol 3",473,22.5,"N_Heat","IL TRM v11 vol 3 - assume 1.5 stories, St. Louis, MO",473,35.799999999999997,"N_Cool","IL TRM v11 vol 3 - assume 1.5 stories, St. Louis, MO",474,2.2599999999999999E-2,"%Reduction_CoolingInfiltration/Tree","IL TRM v11 vol 3",475,3.6,"LM (Latent Multiplier)","IL TRM v11 vol 3 - assume St. Louis, MO ",476,0.18,"LMR (Lifetime Mortality Rate)","IL TRM v11 vol 3 - assume SF",475,0.79,"NPVDiscount","IL TRM v11 vol 3",475]
["UHI Mitigation Program","Tree Planting",788.1,"Single Family","HVAC",null,"per tree",40,"Bridging the Gap",null,{"$f":"ROUND(((AS249*AW249*100000/3412/BA249*BE249)+(AS249*BI249*12000/(1000*BM249)*BQ249)+(AS249*BU249*BY249/CG249*CC249*60*24*AP249*0.018/(BA249*3412)*BE249)+(AS249*BU249*BY249/CK249*CO249*60*24*AO249*CS249*0.018/(BM249*1000)*BQ249))*(1-CW249)*DA249,4)","v":54.680900000000001},"Calculated Value",null,{"$f":"ROUND(K249/U249,4)","v":7.4099999999999999E-2},0.7,"IL TRM v12 vol3 - average of CF for CAC and HP",499,{"$f":"ROUND(((AS249*BI249*12000/(1000*BM249)*BQ249)+(AS249*BU249*BY249/CK249*CO249*60*24*AO249*CS249*0.018/(BM249*1000)*BQ249))/U249*O249*(1-CW249)*DA249,4)","v":5.9499999999999997E-2},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",null,25,"IL TRM v12 vol3",499,"leaf-retaining or leaf-shedding trees dependent on the orientation of the wall of the residence being shaded\nDependent on the orientation of the wall of the residence being shaded:\n1. On North-facing walls, only Coniferous trees (i.e., trees that retain leaves all year) are eligible.\n2. On East- and South-facing walls, only Deciduous trees (i.e., trees that lose all leaves in Fall) are eligible.\n3. On West-facing walls, both deciduous and coniferous trees are eligible.\n4. Trees must be minimum 30 ft tall when fully mature and have a lifetime of at least 20 years in Midwest\nclimate.\n5. Trees must be planted within 30 feet of the wall that they are shading and no closer than 20 feet apart",null,"IL TRM v12 vol3",498,"residence walls fully or partially unshaded or planted with \"ineligible\" trees that will be replaced ",null,"IL TRM v12 vol3",498,"=ROUND(((AS249*AW249*100000/3412/BA249*BE249)+(AS249*BI249*12000/(1000*BM249)*BQ249)+(AS249*BU249*BY249/CG249*CC249*60*24*AP249*0.018/(BA249*3412)*BE249)+(AS249*BU249*BY249/CK249*CO249*60*24*AO249*CS249*0.018/(BM249*1000)*BQ249))*(1-CW249)*DA249,4)","=ROUND(((AS249*BI249*12000/(1000*BM249)*BQ249)+(AS249*BU249*BY249/CK249*CO249*60*24*AO249*CS249*0.018/(BM249*1000)*BQ249))/U249*O249*(1-CW249)*DA249,4)","IL TRM v12 vol3","500, 505","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,1,"#_Trees","per tree calculation",null,-3.2,"ThermsHeatingIncrease/Tree","IL TRM v12 vol3",500,1.37,"Eff_Heat","IL TRM v12 vol3 - average of Electric Resistance and Heat Pump",500,0.24,"%_ElectricHeat","IL TRM v12 vol 3 - unknown for all DUs ",501,137.30000000000001,"Ton-hrCoolingSaved/Tree","IL TRM v12 vol3",501,12.85,"Eff_Cool","IL TRM v12 vol 3 - average of Central AC and Heat Pump",501,0.66,"%Cool","IL TRM v12 vol 3 - assume unknown central cooling",502,1.51,"CFM50/sqft","IL TRM v12 vol 3 - assume average/average insulation or if unknown ",502,1850,"Area","Zillow sample based on sample of houses within program zip codes",null,4.7000000000000002E-3,"%Reduction_HeatingInfiltration/Tree","IL TRM v12 vol3",503,22.5,"N_Heat","IL TRM v12 vol3 - Assumes 1.5 stories in St. Louis, MO",502,35.799999999999997,"N_Cool","IL TRM v12 vol3 - Assumes 1.5 stories in St. Louis, MO",503,2.2599999999999999E-2,"%Reduction_CoolingInfiltration/Tree","IL TRM v12 vol 3",503,3.6,"LM (Latent Multiplier)","IL TRM v12 vol 3 - assume St. Louis, MO ",504,0.18,"LMR (Lifetime Mortality Rate)","IL TRM v12 vol 3 - assume SF",504,0.79,"NPVDiscount","IL TRM v12 vol3",504]
["UHI Mitigation Program","Urban Heat Island Custom Measure",787,"All","HVAC",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"=ROUND(0,4)","=ROUND(0,4)",null,null,"2024-01-01"]
["Whole Business Efficiency Program","3 Pan ENERGY STAR Steam Cooker",348,"C&I","Cooking",null,"per unit",2490,"IL TRM v6 vol2",25,{"$f":"ROUND((AS251+AW251+BA251)*BE251/1000,4)","v":30239.2287},"Calculated Value",null,null,0.36,"IL TRM v6 vol2",25,{"$f":"ROUND(K251/(BE251*CO251)*O251,4)","v":2.4836999999999998},"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",25,"SteamModeESTAR",0,"IL TRM v6 vol2",27,"SteamModeBase",0.9,"IL TRM v6 vol2",26,"=ROUND((AS251+AW251+BA251)*BE251/1000,4)","=ROUND(K251/(BE251*CO251)*O251,4)","IL TRM v6 vol2","26, 30","2020-01-01","2024-12-31",null,null,null,null,{"$f":"((((1-AF251)*BI251+(AF251*BQ251*BY251*CC251/CG251)*(CO251-(CS251/(BQ251*BY251))-(CW251*DE251))-(((1-AB251)*BM251+(AB251*BU251*BY251*CC251/CK251)*(CO251-(CS251/(BU251*BY251))-(CW251*DE251)))))))","v":76604.342307692321},"∆IdleEnergy","Calculated",null,{"$f":"ROUND((1/CG251-1/CK251)*CS251*CC251,4)","v":5686.1538},"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW251*DA251,4)","v":500},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v6 vol2",26,1000,"IdleRateBase (W)","IL TRM v6 vol2",26,400,"IdleRateESTAR (W)","MO TRM 2017 vol2",34,23.3,"ProductionBase (lb/hr/pan)","MO TRM 2017 vol2",35,16.7,"ProductionESTAR (lb/hr/pan)","MO TRM 2017 vol2",35,3,"Pans","MO TRM 2017 vol2",35,30.8,"EFOOD (Wh/lb)","MO TRM 2017 vol2",35,0.26,"EffBase","IL TRM v6 vol2",27,0.5,"EffESTAR","MO TRM 2017 vol2",35,12,"Hours","Ameren MO TRM 2018",35,100,"FoodCooked (lbs)","MO TRM 2017 vol2",35,1,"PREnumber","IL TRM v6 vol2",28,500,"PREheat (Wh/preheat)","IL TRM v6 vol2",28,0.25,"PREheat Time (hours)","IL TRM v6 vol2",26]
["Whole Business Efficiency Program","3 Pan ENERGY STAR Steam Cooker",348.1,"C&I","Cooking",null,"per unit",2758,"IL TRM v12 vol2",102,14667.6078,"Calculated Value",null,null,0.40799999999999997,"IL TRM v12 vol2, Calculated as average of CF based on building type.",102,2.609,"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",102,"SteamModeESTAR",0,"IL TRM v12 vol2",104,"SteamModeBase",0.9,"IL TRM v12 vol2",104,"=ROUND((AS252+AW252+BA252)*BE252/1000,4)","=ROUND(K252/(BE252*CO252)*O252,4)","IL TRM v12 vol2","103, 110","2025-01-01",null,null,null,null,null,{"$f":"((((1-AF252)*BI252+(AF252*BQ252*BY252*CC252/CG252)*(CO252-(CS252/(BQ252*BY252))-(CW252*DE252))-(((1-AB252)*BM252+(AB252*BU252*BY252*CC252/CK252)*(CO252-(CS252/(BU252*BY252))-(CW252*DM252)))))))","v":34361.567769230773},"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW252*(DA252-DI252),4)","v":110},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v12 vol2",107,1000,"IdleRateBase (W)","IL TRM v12 vol2",104,400,"IdleRateESTAR (W)","IL TRM v12 vol2",105,23.3,"ProductionBase (lb/hr)","IL TRM v12 vol2",104,16.7,"ProductionESTAR (lb/hr/pan)","IL TRM v12 vol2",106,3,"Pans","Measure Name",null,30.8,"EFOOD (Wh/lb)","IL TRM v12 vol2",105,0.26,"EffBase","IL TRM v12 vol2",105,0.5,"EffESTAR","IL TRM v12 vol2",106,6.28,"Hours - Average of Hours_day for the 7 facility types listed in TRM","IL TRM v12 vol2",105,100,"FoodCooked (lbs)","IL TRM v12 vol2",105,1,"PREnumber","IL TRM v12 vol2",106,1780,"PREheatBASE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"11.9/60","v":0.19833333333333333},"PREheat Time BASE (hours)","IL TRM v12 vol2",106,1670,"PREheatEE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"13.2/60","v":0.22},"PREheat Time EE (hours)","IL TRM v12 vol2",106]
["Whole Business Efficiency Program","4 Pan ENERGY STAR Steam Cooker",349,"C&I","Cooking",null,"per unit",2490,"IL TRM v6 vol2",25,40864.945399999997,"Calculated Value",null,null,0.36,"IL TRM v6 vol2",25,3.3565,"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",25,"SteamModeESTAR",0,"IL TRM v6 vol2",27,"SteamModeBase",0.9,"IL TRM v6 vol2",26,"=ROUND((AS253+AW253+BA253)*BE253/1000,4)","=ROUND(K253/(BE253*CO253)*O253,4)","IL TRM v6 vol2","26, 30","2020-01-01","2024-12-31",null,null,null,null,{"$f":"((((1-AF253)*BI253+(AF253*BQ253*BY253*CC253/CG253)*(CO253-(CS253/(BQ253*BY253))-(CW253*DE253))-(((1-AB253)*BM253+(AB253*BU253*BY253*CC253/CK253)*(CO253-(CS253/(BU253*BY253))-(CW253*DE253)))))))","v":105695.96923076923},"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW253*DA253,4)","v":500},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v6 vol2",26,1330,"IdleRateBase (W)","IL TRM v6 vol2",26,530,"IdleRateESTAR (W)","MO TRM 2017 vol2",34,23.3,"ProductionBase (lb/hr/pan)","MO TRM 2017 vol2",35,16.7,"ProductionESTAR (lb/hr/pan)","MO TRM 2017 vol2",35,4,"Pans","MO TRM 2017 vol2",35,30.8,"EFOOD (Wh/lb)","MO TRM 2017 vol2",35,0.26,"EffBase","IL TRM v6 vol2",27,0.5,"EffESTAR","MO TRM 2017 vol2",35,12,"Hours","Ameren MO TRM 2018",35,100,"FoodCooked (lbs)","MO TRM 2017 vol2",35,1,"PREnumber","IL TRM v6 vol2",28,500,"PREheat (Wh/preheat)","IL TRM v6 vol2",28,0.25,"PREheat Time (hours)","IL TRM v6 vol2",26]
["Whole Business Efficiency Program","4 Pan ENERGY STAR Steam Cooker",349.1,"C&I","Cooking",null,"per unit",2758,"IL TRM v12 vol2",102,20150.2667,"Calculated Value",null,null,0.40799999999999997,"IL TRM v12 vol2, Calculated as average of CF based on building type.",102,3.5842000000000001,"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",102,"SteamModeESTAR",0,"IL TRM v12 vol2",104,"SteamModeBase",0.9,"IL TRM v12 vol2",104,"=ROUND((AS254+AW254+BA254)*BE254/1000,4)","=ROUND(K254/(BE254*CO254)*O254,4)","IL TRM v12 vol2","103, 110","2025-01-01",null,null,null,null,null,49372.269846153853,"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW254*(DA254-DI254),4)","v":110},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v12 vol2",107,1330,"IdleRateBase (W)","IL TRM v12 vol2",104,530,"IdleRateESTAR (W)","IL TRM v12 vol2",105,23.3,"ProductionBase (lb/hr/pan)","IL TRM v12 vol2",104,16.7,"ProductionESTAR (lb/hr/pan)","IL TRM v12 vol2",106,4,"Pans","Measure Name",null,30.8,"EFOOD (Wh/lb)","IL TRM v12 vol2",105,0.26,"EffBase","IL TRM v12 vol2",105,0.5,"EffESTAR","IL TRM v12 vol2",106,6.28,"Hours - Average of Hours_day for the 7 facility types listed in TRM","IL TRM v12 vol2",105,100,"FoodCooked (lbs)","IL TRM v12 vol2",105,1,"PREnumber","IL TRM v12 vol2",106,1780,"PREheatBASE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"11.9/60","v":0.19833333333333333},"PREheat Time BASE (hours)","IL TRM v12 vol2",106,1670,"PREheatEE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"13.2/60","v":0.22},"PREheat Time EE (hours)","IL TRM v12 vol2",106]
["Whole Business Efficiency Program","5 Pan ENERGY STAR Steam Cooker",350,"C&I","Cooking",null,"per unit",2490,"IL TRM v6 vol2",25,51487.374900000003,"Calculated Value",null,null,0.36,"IL TRM v6 vol2",25,4.2289000000000003,"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",25,"SteamModeESTAR",0,"IL TRM v6 vol2",27,"SteamModeBase",0.9,"IL TRM v6 vol2",26,"=ROUND((AS255+AW255+BA255)*BE255/1000,4)","=ROUND(K255/(BE255*CO255)*O255,4)","IL TRM v6 vol2","26, 30","2020-01-01","2024-12-31",null,null,null,null,134778.59615384616,"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW255*DA255,4)","v":500},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v6 vol2",26,1670,"IdleRateBase (W)","IL TRM v6 vol2",26,670,"IdleRateESTAR (W)","MO TRM 2017 vol2",34,23.3,"ProductionBase (lb/hr/pan)","MO TRM 2017 vol2",35,16.7,"ProductionESTAR (lb/hr/pan)","MO TRM 2017 vol2",35,5,"Pans","MO TRM 2017 vol2",35,30.8,"EFOOD (Wh/lb)","MO TRM 2017 vol2",35,0.26,"EffBase","IL TRM v6 vol2",27,0.5,"EffESTAR","MO TRM 2017 vol2",35,12,"Hours","Ameren MO TRM 2018",35,100,"FoodCooked (lbs)","MO TRM 2017 vol2",35,1,"PREnumber","IL TRM v6 vol2",28,500,"PREheat (Wh/preheat)","IL TRM v6 vol2",28,0.25,"PREheat Time (hours)","IL TRM v6 vol2",26]
["Whole Business Efficiency Program","5 Pan ENERGY STAR Steam Cooker",350.1,"C&I","Cooking",null,"per unit",2758,"IL TRM v12 vol2",102,25629.6384,"Calculated Value",null,null,0.40799999999999997,"IL TRM v12 vol2, Calculated as average of CF based on building type.",102,4.5587999999999997,"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",102,"SteamModeESTAR",0,"IL TRM v12 vol2",104,"SteamModeBase",0.9,"IL TRM v12 vol2",104,"=ROUND((AS256+AW256+BA256)*BE256/1000,4)","=ROUND(K256/(BE256*CO256)*O256,4)","IL TRM v12 vol2","103, 110","2025-01-01",null,null,null,null,null,64373.971923076926,"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW256*(DA256-DI256),4)","v":110},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v12 vol2",107,1670,"IdleRateBase (W)","IL TRM v12 vol2",104,670,"IdleRateESTAR (W)","IL TRM v12 vol2",105,23.3,"ProductionBase (lb/hr/pan)","IL TRM v12 vol2",104,16.7,"ProductionESTAR (lb/hr/pan)","IL TRM v12 vol2",106,5,"Pans","Measure Name",null,30.8,"EFOOD (Wh/lb)","IL TRM v12 vol2",105,0.26,"EffBase","IL TRM v12 vol2",105,0.5,"EffESTAR","IL TRM v12 vol2",106,6.28,"Hours - Average of Hours_day for the 7 facility types listed in TRM","IL TRM v12 vol2",105,100,"FoodCooked (lbs)","IL TRM v12 vol2",105,1,"PREnumber","IL TRM v12 vol2",106,1780,"PREheatBASE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"11.9/60","v":0.19833333333333333},"PREheat Time BASE (hours)","IL TRM v12 vol2",106,1670,"PREheatEE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"13.2/60","v":0.22},"PREheat Time EE (hours)","IL TRM v12 vol2",106]
["Whole Business Efficiency Program","6 Pan ENERGY STAR Steam Cooker",351,"C&I","Cooking",null,"per unit",2490,"IL TRM v6 vol2",25,62113.091699999997,"Calculated Value",null,null,0.36,"IL TRM v6 vol2",25,5.1017000000000001,"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",25,"SteamModeESTAR",0,"IL TRM v6 vol2",27,"SteamModeBase",0.9,"IL TRM v6 vol2",26,"=ROUND((AS257+AW257+BA257)*BE257/1000,4)","=ROUND(K257/(BE257*CO257)*O257,4)","IL TRM v6 vol2","26, 30","2020-01-01","2024-12-31",null,null,null,null,163870.22307692311,"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW257*DA257,4)","v":500},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v6 vol2",26,2000,"IdleRateBase (W)","IL TRM v6 vol2",26,800,"IdleRateESTAR (W)","MO TRM 2017 vol2",34,23.3,"ProductionBase (lb/hr/pan)","MO TRM 2017 vol2",35,16.7,"ProductionESTAR (lb/hr/pan)","MO TRM 2017 vol2",35,6,"Pans","MO TRM 2017 vol2",35,30.8,"EFOOD (Wh/lb)","MO TRM 2017 vol2",35,0.26,"EffBase","IL TRM v6 vol2",27,0.5,"EffESTAR","MO TRM 2017 vol2",35,12,"Hours","Ameren MO TRM 2018",35,100,"FoodCooked (lbs)","MO TRM 2017 vol2",35,1,"PREnumber","IL TRM v6 vol2",28,500,"PREheat (Wh/preheat)","IL TRM v6 vol2",28,0.25,"PREheat Time (hours)","IL TRM v6 vol2",26]
["Whole Business Efficiency Program","6 Pan ENERGY STAR Steam Cooker",351.1,"C&I","Cooking",null,"per unit",2758,"IL TRM v12 vol2",102,31112.297399999999,"Calculated Value",null,null,0.40799999999999997,"IL TRM v12 vol2, Calculated as average of CF based on building type.",102,5.5339999999999998,"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",102,"SteamModeESTAR",0,"IL TRM v12 vol2",104,"SteamModeBase",0.9,"IL TRM v12 vol2",104,"=ROUND((AS258+AW258+BA258)*BE258/1000,4)","=ROUND(K258/(BE258*CO258)*O258,4)","IL TRM v12 vol2","103, 110","2025-01-01",null,null,null,null,null,79384.674000000028,"∆IdleEnergy","Calculated",null,5686.1538,"∆CookingEnergy","Calculated",null,{"$f":"ROUND(CW258*(DA258-DI258),4)","v":110},"∆PreheatEnergy","Calculated",null,365.25,"Days","IL TRM v12 vol2",107,2000,"IdleRateBase (W)","IL TRM v12 vol2",104,800,"IdleRateESTAR (W)","IL TRM v12 vol2",105,23.3,"ProductionBase (lb/hr/pan)","IL TRM v12 vol2",104,16.7,"ProductionESTAR (lb/hr/pan)","IL TRM v12 vol2",106,6,"Pans","Measure Name",null,30.8,"EFOOD (Wh/lb)","IL TRM v12 vol2",105,0.26,"EffBase","IL TRM v12 vol2",105,0.5,"EffESTAR","IL TRM v12 vol2",106,6.28,"Hours - Average of Hours_day for the 7 facility types listed in TRM","IL TRM v12 vol2",105,100,"FoodCooked (lbs)","IL TRM v12 vol2",105,1,"PREnumber","IL TRM v12 vol2",106,1780,"PREheatBASE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"11.9/60","v":0.19833333333333333},"PREheat Time BASE (hours)","IL TRM v12 vol2",106,1670,"PREheatEE (Wh/preheat)","IL TRM v12 vol2",106,{"$f":"13.2/60","v":0.22},"PREheat Time EE (hours)","IL TRM v12 vol2",106]
["Whole Business Efficiency Program","Advanced Rooftop Unit Controls, > 4000 annual hours occupancy",138.19999999999999,"C&I","HVAC","Cooling only","per unit",3412.06,"IL TRM v12 vol2",512,{"$f":"ROUND(AS259*BA259,4)","v":649.74749999999995},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",512,{"$f":"ROUND(AW259*BA259,4)","v":0.1862},"Calculated Value",null,null,null,null,10,"IL TRM v12 vol2",511,"RTU DCV controls with VFD and 2-speed fan control",null,"IL TRM v12 vol2",511,"No RTU DCV controls",null,"IL TRM v12 vol2",511,"=ROUND(AS259*BA259,4)","=ROUND(AW259*BA259,4)","IL TRM v12 vol2","514, 517","2020-05-01",null,null,null,null,null,649.74749927802804,"Normalized Electric Energy Savings (kWh/ton) - multi-variable regression based on the CDD and HDD to extrapolate savings values for the KC climate",null,null,0.18621739135001,"Normalized peak electric demand savings (kW/ton) - multi-variable regression based on the CDD and HDD to extrapolate savings values for the KC climate",null,null,1,"Cooling equipment tonnage (update this value as needed per equipment specifications)"]
["Whole Business Efficiency Program","Advanced Rooftop Unit Controls, 2000-4000 annual hours occupancy",137.19999999999999,"C&I","HVAC",null,"Per Unit",3412.06,"IL TRM v7 vol2",351,{"$f":"ROUND(AS260*BA260,4)","v":1062.2},"Calculated Value",null,null,0.91300000000000003,"IL TRM v7 vol2",351,{"$f":"ROUND(AW260*BA260,4)","v":0.36599999999999999},"Calculated Value",null,null,null,null,10,"IL TRM v7 vol2",350,"RTU DCV controls with VFD and 2-speed fan control",null,"IL TRM v7 vol2",354,"No RTU DCV controls",null,"IL TRM v7 vol2",354,"=ROUND(AS260*BA260,4)","=ROUND(AW260*BA260,4)","IL TRM v7 vol3","353, 355","2020-05-01","2024-12-31",null,null,null,null,1062.2,"Normalized Electric Energy Savings (kWh/ton) - Springfield - Office Low Rise (update this value as needed per building type in Table 4)","IL TRM v7 vol2",354,0.36599999999999999,"Normalized peak electric demand savings (kW/ton) - Springfield Office Low-Rise (update this value as needed per building type in Table 4)","IL TRM v7 vol2",355,1,"Cooling equipment tonnage (update this value as needed per equipment specifications)"]
["Whole Business Efficiency Program","Advanced Rooftop Unit Controls, 2000-4000 annual hours occupancy",137.30000000000001,"C&I","HVAC","Cooling only","Per Unit",3412.06,"IL TRM v12 vol2",512,{"$f":"ROUND(AS261*BA261,4)","v":1062.2},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",512,{"$f":"ROUND(AW261*BA261,4)","v":0.36599999999999999},"Calculated Value",null,null,null,null,10,"IL TRM v12 vol2",511,"RTU DCV controls with VFD and 2-speed fan control",null,"IL TRM v12 vol2",511,"No RTU DCV controls",null,"IL TRM v12 vol2",511,"=ROUND(AS261*BA261,4)","=ROUND(AW261*BA261,4)","IL TRM v12 vol2","514, 517","2025-01-01",null,null,null,null,null,1062.2,"Normalized Electric Energy Savings (kWh/ton) - Springfield - Office Low Rise (update this value as needed per building type in Table 4)","IL TRM v12 vol2",515,0.36599999999999999,"Normalized peak electric demand savings (kW/ton) - Springfield Office Low-Rise (update this value as needed per building type in Table 4)","IL TRM v12 vol2",517,1,"Cooling equipment tonnage (update this value as needed per equipment specifications)"]
["Whole Business Efficiency Program","Air-Cooled Chiller with Condenser < 150 tons",511.2,"C&I","Cooling",null,"per ton per IPLV (EER)",{"$f":"AVERAGE(453,226)/((AB262)-(AF262))","v":123.76508329991614},"IL TRM V11, Vol 2",258,{"$f":"ROUND((AS262*((12/AF262)-(12/AB262))*BE262)/((AB262)-(AF262)),4)","v":72.139799999999994},"IL TRM V11, Vol 2",259,null,0.91300000000000003,"IL TRM V11, Vol 2",259,{"$f":"ROUND((AS262*((12/AW262)-(12/BA262))*O262)/((AB262)-(AF262)),4)","v":3.7100000000000001E-2},"IL TRM V11, Vol 2",260,null,null,null,23,"IL TRM V11, Vol 2",258,"IPLVee (EER)",{"$f":"ROUND(15.7930832345702,4)","v":15.793100000000001},"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred","N/A","IPLVbase (EER)",13.05,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS262*((12/AF262)-(12/AB262))*BE262)/((AB262)-(AF262)),4)","=ROUND((AS262*((12/AW262)-(12/BA262))*O262)/((AB262)-(AF262)),4)","IL TRM V11, Vol 2","259, 260","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM V11, Vol 2",259,9.8000000000000007,"EERbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",10.78,"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM V11, Vol 2 (Average of Zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage)",242]
["Whole Business Efficiency Program","Air-Cooled Chiller with Condenser < 150 tons",511.3,"C&I","Cooling",null,"per ton per IPLV (EER)",{"$f":"AVERAGE(453,226)/((AB263)-(AF263))","v":214.87341772151873},"IL TRM V12, Vol 2",301,{"$f":"ROUND((AS263*((12/AF263)-(12/AB263))*BE263)/((AB263)-(AF263)),4)","v":46.539700000000003},"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,{"$f":"ROUND((AS263*((12/AW263)-(12/BA263))*O263)/((AB263)-(AF263)),4)","v":6.5000000000000002E-2},"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (EER)",{"$f":"AF263*1.1","v":17.380000000000003},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,15.8,"IL TRM V12, Vol 2",308,{"$f":"cellformula(K263)","v":"=ROUND((AS263*((12/AF263)-(12/AB263))*BE263)/((AB263)-(AF263)),4)"},{"$f":"cellformula(R263)","v":"=ROUND((AS263*((12/AW263)-(12/BA263))*O263)/((AB263)-(AF263)),4)"},"IL TRM V12, Vol 2","305, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,9.6999999999999993,"EERbase","IL TRM V12, Vol 2",309,{"$f":"1.1*AW263","v":10.67},"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Air-Cooled Chiller with Condenser ≥ 150 tons",512.20000000000005,"C&I","Cooling",null,"per ton per IPLV (EER)",{"$f":"AVERAGE(151,92,46)/((AB262)-(AF262))","v":35.118418334487743},"IL TRM V11, Vol 2",258,{"$f":"ROUND((AS264*((12/AF264)-(12/AB264))*BE264)/((AB264)-(AF264)),4)","v":76.067599999999999},"IL TRM V11, Vol 2",259,null,0.91300000000000003,"IL TRM V11, Vol 2",259,{"$f":"ROUND((AS264*((12/AW264)-(12/BA264))*O264)/((AB264)-(AF264)),4)","v":7.6200000000000004E-2},"IL TRM V11, Vol 2",260,null,null,null,23,"IL TRM V11, Vol 2",258,"IPLVee (EER)",14.663,"Assuming 10% efficient than baseline value, will be updated once more data is collected","N/A","IPLVbase (EER)",13.33,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS264*((12/AF264)-(12/AB264))*BE264)/((AB264)-(AF264)),4)","=ROUND((AS264*((12/AW264)-(12/BA264))*O264)/((AB264)-(AF264)),4)","IL TRM V11, Vol 2","259, 260","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM V11, Vol 2",259,9.8000000000000007,"EERbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",10.78,"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM V11, Vol 2 (Average of Zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage)",242]
["Whole Business Efficiency Program","Air-Cooled Chiller with Condenser ≥ 150 tons",512.29999999999995,"C&I","Cooling",null,"per ton per IPLV (EER)",{"$f":"AVERAGE(151,92,46)/((AB265)-(AF265))","v":59.834368530020591},"IL TRM V12, Vol 2",301,{"$f":"ROUND((AS265*((12/AF265)-(12/AB265))*BE265)/((AB265)-(AF265)),4)","v":44.8215},"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,{"$f":"ROUND((AS265*((12/AW265)-(12/BA265))*O265)/((AB265)-(AF265)),4)","v":6.3799999999999996E-2},"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (EER)",{"$f":"AF265*1.1","v":17.710000000000004},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,16.100000000000001,"IL TRM V12, Vol 2",308,"=ROUND((AS265*((12/AF265)-(12/AB265))*BE265)/((AB265)-(AF265)),4)","=ROUND((AS265*((12/AW265)-(12/BA265))*O265)/((AB265)-(AF265)),4)","IL TRM V12, Vol 2","305, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,9.6999999999999993,"EERbase","IL TRM V12, Vol 2",309,{"$f":"1.1*AW265","v":10.67},"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Air-Sealing Custom Measure",0.28000000000000003,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2025-01-01"]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, Low Heat Doors",559,"C&I","Refrigeration","Freezer Case, Low Heat Door","Door",85,"WI TRM 2020",767,{"$f":"ROUND(AS267*(1+1/AW267)*BA267*BI267/1000, 4)","v":921.75220000000002},"WI TRM 2020",769,null,null,null,null,{"$f":"ROUND(AS267 * (1 + 1/AW267) / 1000 * BE267, 4)","v":2.2599999999999999E-2},"WI TRM 2020",768,null,null,null,12,"WI TRM 2020",767,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2020",767,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2020",767,"=ROUND(AS267*(1+1/AW267)*BA267*BI267/1000, 4)","=ROUND(AS267 * (1 + 1/AW267) / 1000 * BE267, 4)","WI TRM 2020",768,"2022-01-01","2024-12-31",null,null,null,null,132,"Wattsbase","WI TRM 2020",769,1.4,"COP","WI TRM 2020",769,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2020",769,0.1,"Fp (Coincidence Factor)","WI TRM 2020",769,8760,"HOU (hours)",768]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, Low Heat Doors",559.1,"C&I","Refrigeration","Freezer Case, Low Heat Door","Door",68.78,"WI TRM 2023",654,{"$f":"ROUND(AS268*(1+1/AW268)/1000*BA268*U268,4)","v":921.75220000000002},"Calculated Value",null,null,0.1,"WI TRM 2023",655,{"$f":"ROUND(AS268*(1+1/AW268)/1000*O268,4)","v":2.2599999999999999E-2},"Calculated Value",null,8760,"WI TRM 2023",655,12,"WI TRM 2023",654,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2023",654,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2023",654,"=ROUND(AS268*(1+1/AW268)/1000*BA268*U268,4)","=ROUND(AS268*(1+1/AW268)/1000*O268,4)","WI TRM 2023","654, 655","2025-01-01",null,null,null,null,null,132,"Wattsbase","WI TRM 2023",656,1.4,"COP","WI TRM 2023",654,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2023",655]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, No Heat Doors",560,"C&I","Refrigeration","Freezer Case, No Heat Door","Door",85,"WI TRM 2020",767,{"$f":"ROUND(AS269*(1+1/AW269)*BA269*BI269/1000, 4)","v":377.08049999999997},"WI TRM 2020",769,null,null,null,null,{"$f":"ROUND(AS269 * (1 + 1/AW269) / 1000 * BE269, 4)","v":9.2999999999999992E-3},"WI TRM 2020",768,null,null,null,12,"WI TRM 2020",767,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2020",767,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2020",767,"=ROUND(AS269*(1+1/AW269)*BA269*BI269/1000, 4)","=ROUND(AS269 * (1 + 1/AW269) / 1000 * BE269, 4)","WI TRM 2020",768,"2022-01-01","2024-12-31",null,null,null,null,54,"Wattsbase","WI TRM 2020",769,1.4,"COP","WI TRM 2020",769,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2020",769,0.1,"Fp (Coincidence Factor)","WI TRM 2020",769,8760,"HOU (hours)",768]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, No Heat Doors",560.1,"C&I","Refrigeration","Freezer Case, No Heat Door","Door",68.78,"WI TRM 2023",654,{"$f":"ROUND(AS270*(1+1/AW270)/1000*BA270*U270,4)","v":377.08049999999997},"Calculated Value",null,null,0.1,"WI TRM 2023",655,{"$f":"ROUND(AS270*(1+1/AW270)/1000*O270,4)","v":9.2999999999999992E-3},"Calculated Value",null,8760,"WI TRM 2023",655,12,"WI TRM 2023",654,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2023",654,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2023",654,"=ROUND(AS270*(1+1/AW270)/1000*BA270*U270,4)","=ROUND(AS270*(1+1/AW270)/1000*O270,4)","WI TRM 2023","654, 655","2025-01-01",null,null,null,null,null,54,"Wattsbase","WI TRM 2023",656,1.4,"COP","WI TRM 2023",654,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2023",655]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, Standard Doors",561,"C&I","Refrigeration","Freezer Case, Standard Door","Door",85,"WI TRM 2020",767,{"$f":"ROUND(AS271*(1+1/AW271)*BA271*BI271/1000, 4)","v":1333.7474999999999},"WI TRM 2020",769,null,null,null,null,{"$f":"ROUND(AS271 * (1 + 1/AW271) / 1000 * BE271, 4)","v":3.27E-2},"WI TRM 2020",768,null,null,null,12,"WI TRM 2020",767,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2020",767,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2020",767,"=ROUND(AS271*(1+1/AW271)*BA271*BI271/1000, 4)","=ROUND(AS271 * (1 + 1/AW271) / 1000 * BE271, 4)","WI TRM 2020",768,"2022-01-01","2024-12-31",null,null,null,null,191,"Wattsbase","WI TRM 2020",769,1.4,"COP","WI TRM 2020",769,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2020",769,0.1,"Fp (Coincidence Factor)","WI TRM 2020",769,8760,"HOU (hours)",768]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Freezer Case, Standard Doors",561.1,"C&I","Refrigeration","Freezer Case, Standard Door","Door",68.78,"WI TRM 2023",654,{"$f":"ROUND(AS272*(1+1/AW272)/1000*BA272*U272,4)","v":1333.7474999999999},"Calculated Value",null,null,0.1,"WI TRM 2023",655,{"$f":"ROUND(AS272*(1+1/AW272)/1000*O272,4)","v":3.27E-2},"Calculated Value",null,8760,"WI TRM 2023",655,12,"WI TRM 2023",654,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2023",654,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2023",654,"=ROUND(AS272*(1+1/AW272)/1000*BA272*U272,4)","=ROUND(AS272*(1+1/AW272)/1000*O272,4)","WI TRM 2023","654, 655","2025-01-01",null,null,null,null,null,191,"Wattsbase","WI TRM 2023",656,1.4,"COP","WI TRM 2023",654,0.46500000000000002,"Fs (Savings Factor)","WI TRM 2023",655]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Refrigerated Case, Low or No Heat Doors",562,"C&I","Refrigeration","Refrigerated Case, Low Heat or No Heat Door","Door",85,"WI TRM 2020",767,{"$f":"ROUND(AS273*(1+1/AW273)*BA273*BI273/1000, 4)","v":561.88980000000004},"WI TRM 2020",769,null,null,null,null,{"$f":"ROUND(AS273 * (1 + 1/AW273) / 1000 * BE273, 4)","v":8.6E-3},"WI TRM 2020",768,null,null,null,12,"WI TRM 2020",767,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2020",767,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2020",767,"=ROUND(AS273*(1+1/AW273)*BA273*BI273/1000, 4)","=ROUND(AS273 * (1 + 1/AW273) / 1000 * BE273, 4)","WI TRM 2020",768,"2022-01-01","2024-12-31",null,null,null,null,60.25,"Wattsbase","WI TRM 2020",769,2.2999999999999998,"COP","WI TRM 2020",769,0.74199999999999999,"Fs (Savings Factor)","WI TRM 2020",769,0.1,"Fp (Coincidence Factor)","WI TRM 2020",769,8760,"HOU (hours)",768]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Refrigerated Case, Low or No Heat Doors",562.1,"C&I","Refrigeration","Refrigerated Case, Low Heat or No Heat Door","Door",68.78,"WI TRM 2023",654,{"$f":"ROUND(AS274*(1+1/AW274)/1000*BA274*U274,4)","v":561.88980000000004},"Calculated Value",null,null,0.1,"WI TRM 2023",655,{"$f":"ROUND(AS274*(1+1/AW274)/1000*O274,4)","v":8.6E-3},"Calculated Value",null,8760,"WI TRM 2023",655,12,"WI TRM 2023",654,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2023",654,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2023",654,"=ROUND(AS274*(1+1/AW274)/1000*BA274*U274,4)","=ROUND(AS274*(1+1/AW274)/1000*O274,4)","WI TRM 2023","654, 655","2025-01-01",null,null,null,null,null,60.25,"Wattsbase","WI TRM 2023",656,2.2999999999999998,"COP","WI TRM 2023",654,0.74199999999999999,"Fs (Savings Factor)","WI TRM 2023",655]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Refrigerated Case, Standard Door",563,"C&I","Refrigeration","Refrigerated Case, Standard Door","Door",85,"WI TRM 2020",767,{"$f":"ROUND(AS275*(1+1/AW275)*BA275*BI275/1000, 4)","v":1016.5309999999999},"WI TRM 2020",769,null,null,null,null,{"$f":"ROUND(AS275 * (1 + 1/AW275) / 1000 * BE275, 4)","v":1.5599999999999999E-2},"WI TRM 2020",768,null,null,null,12,"WI TRM 2020",767,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2020",767,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2020",767,"=ROUND(AS275*(1+1/AW275)*BA275*BI275/1000, 4)","=ROUND(AS275 * (1 + 1/AW275) / 1000 * BE275, 4)","WI TRM 2020",768,"2022-01-01","2024-12-31",null,null,null,null,109,"Wattsbase","WI TRM 2020",769,2.2999999999999998,"COP","WI TRM 2020",769,0.74199999999999999,"Fs (Savings Factor)","WI TRM 2020",769,0.1,"Fp (Coincidence Factor)","WI TRM 2020",769,8760,"HOU (hours)",768]
["Whole Business Efficiency Program","Anti-Sweat Heater Controls for Refrigerated Case, Standard Door",563.1,"C&I","Refrigeration","Refrigerated Case, Standard Door","Door",68.78,"WI TRM 2023",654,{"$f":"ROUND(AS276*(1+1/AW276)/1000*BA276*U276,4)","v":1016.5309999999999},"Calculated Value",null,null,0.1,"WI TRM 2023",655,{"$f":"ROUND(AS276*(1+1/AW276)/1000*O276,4)","v":1.5599999999999999E-2},"Calculated Value",null,8760,"WI TRM 2023",655,12,"WI TRM 2023",654,"Install Anti-Sweat Heater Controls on refrigerated case door without heater controls",null,"WI TRM 2023",654,"refrigerated display case with doors, not using anti-sweat heater controls.",null,"WI TRM 2023",654,"=ROUND(AS276*(1+1/AW276)/1000*BA276*U276,4)","=ROUND(AS276*(1+1/AW276)/1000*O276,4)","WI TRM 2023","654, 655","2025-01-01",null,null,null,null,null,109,"Wattsbase","WI TRM 2023",656,2.2999999999999998,"COP","WI TRM 2023",654,0.74199999999999999,"Fs (Savings Factor)","WI TRM 2023",655]
["Whole Business Efficiency Program","ASHP <65kbtu",370.4,"C&I","HVAC",null,"per ton per SEER",{"$f":"100/(BA277-AW277)","v":26.694428872694282},"IL TRM V11, Vol 2",276,{"$f":"ROUND(((AS277*(1/AW277-1/(BA277*CG277))*CC277 + BU277*(1/(BM277*CK277)-1/(CK277*BQ277*CO277))*BY277))/(BA277-AW277),4)","v":169.02180000000001},"Calculated Value",null,{"$f":"ROUND(((AS277*(1/AF277-1/AB277))),4)","v":0.12989999999999999},0.91300000000000003,"IL TRM V11, Vol 2",289,{"$f":"ROUND(((AS277*(1/AF277-1/AB277)*O277))/(BA277-AW277),4)","v":3.1600000000000003E-2},"Calculated Value",null,null,null,null,16,"IL TRM V11, Vol 2",276,"EER2ee",{"$f":"(-0.02*BA277^2)+(1.12*BA277)","v":13.698397495800002},"IL TRM V11, Vol 2",279,"EER2Base",{"$f":"ROUND((-0.02*AW277^2)+(1.12*AW277),2)","v":11.93},"IL TRM v12, Vol. 2",387,"=ROUND(((AS277*(1/AW277-1/(BA277*CG277))*CC277 + BU277*(1/(BM277*CK277)-1/(CK277*BQ277*CO277))*BY277))/(BA277-AW277),4)","=ROUND(((AS277*(1/AF277-1/AB277)*O277))/(BA277-AW277),4)","IL TRM V11, Vol 2","277, 289","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,14.3,"SEER2Base","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND(18.9958815394994*0.95,4)","v":18.046099999999999},"SEER2ee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred and converted to SEER2 using IL TRM V11, Vol 2 Formula",null,null,null,null,null,null,null,null,null,7.7,"HSPF2Base","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",{"$f":"ROUND(10.1890110936*0.91,4)","v":9.2720000000000002},"HSPFee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred and converted to SEER2 using IL TRM V11, Vol 2 Formula",null,12,"kBtu/hrHeat","Conversion Factor",null,1287,"EFLHHeat","IL TRM V11, Vol 2 - unknown building type for Zone 4",241,1403,"EFLH_cool","IL TRM V11, Vol 2- unknown building type for Zone 4",243,{"$f":"(0.805* (AB277/BA277))+0.367","v":0.97805779000000015},"SEERadj","IL TRM V11, Vol 2, Value considered for unknown",278,0.83,"HSPF_ClimateAdj","IL TRM V11, Vol 2, considered for 4 (Belleville)",278,1,"HSPFadj","IL TRM V11, Vol 2, Considered value for \"If not available or if single speed\"",279]
["Whole Business Efficiency Program","ASHP <65kbtu",370.5,"C&I","HVAC",null,"per ton per SEER",106.38297872340411,"IL TRM v12 vol2",321,{"$f":"ROUND(((AS278*(1/AF278-1/AB278)*CC278) + ((AS278*BY278)/3412*(1/BE278-1/BI278)))/(AB278-AF278),4)","v":56.868499999999997},"Calculated Value",null,{"$f":"ROUND(((AS278*(1/AF278-1/AB278))),4)","v":7.6300000000000007E-2},0.91300000000000003,"IL TRM v12 vol2",321,{"$f":"ROUND((AS278*(1/AW278-1/BA278)*O278)/(AB278-AF278),4)","v":7.4099999999999999E-2},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",321,"SEER2ee",{"$f":"AF278*1.1","v":15.730000000000002},null,null,"SEER2base",14.3,"Actually Baseline Values",null,"=ROUND(((AS278*(1/AF278-1/AB278)*CC278) + ((AS278*BY278)/3412*(1/BE278-1/BI278)))/(AB278-AF278),4)","=ROUND((AS278*(1/AW278-1/BA278)*O278)/(AB278-AF278),4)","IL TRM v12 vol2","322, 334","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,9.4,"EER2base","IL TRM v12 vol2",325,{"$f":"AW278*1.1","v":10.340000000000002},"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,7.5,"HSPF2base","Actually Baseline Values",null,{"$f":"BE278*1.1","v":8.25},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,null,null,null,null,null,1385,"EFLHheat","IL TRM v12 vol3",null,1065.2217391304348,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","ASHP >240kbtu",369.4,"C&I","HVAC",null,"per ton per IEER",81.300813008130177,"IL TRM v10 Vol2",250,{"$f":"ROUND(((AS279*(1/AF279-1/AB279)*CC279) + (BU279/3.412*(1/BE279-1/3.4)*BY279))/(BA279-AW279),4)","v":210.54060000000001},"Calculated Value",null,{"$f":"ROUND((AS279*(1/AF279-1/AB279)),4)","v":0.12529999999999999},0.91300000000000003,"IL TRM v10 Vol2",251,{"$f":"ROUND((AS279*(1/AF279-1/AB279)*O279)/(BA279-AW279),4)","v":9.2999999999999999E-2},"Calculated Value",null,null,null,null,16,"IL TRM v10 Vol2",250,"EERee",10.3,"Deemed efficiency",null,"EERBase",9.3000000000000007,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(((AS279*(1/AF279-1/AB279)*CC279) + (BU279/3.412*(1/BE279-1/3.4)*BY279))/(BA279-AW279),4)","=ROUND((AS279*(1/AF279-1/AB279)*O279)/(BA279-AW279),4)","IL TRM v10 Vol2",251,"2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,12.3,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",13.53,"IEERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.2,"COPbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.52,"COPee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Conversion Factor",null,1287,"EFLHHeat","IL TRM v10 Vol2- unknown building type for Zone 4",218,1403,"EFLH_cool","IL TRM v10 Vol2- unknown building type for Zone 4",219]
["Whole Business Efficiency Program","ASHP >240kbtu",369.5,"C&I","HVAC",null,"per ton per IEER",107.52688172042994,"IL TRM v12 vol2",321,{"$f":"ROUND(((AS280*(1/AF280-1/AB280)*CC280) + ((AS280*BY280)/3412*(1/BE280-1/BI280)))/(AB280-AF280),4)","v":76.922600000000003},"Calculated Value",null,{"$f":"ROUND((AS280*(1/AF280-1/AB280)),4)","v":8.8700000000000001E-2},0.91300000000000003,"IL TRM v12 vol2",321,{"$f":"ROUND((AS280*(1/AW280-1/BA280)*O280)/(AB280-AF280),4)","v":8.7099999999999997E-2},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",321,"IEERee",{"$f":"AF280*1.1","v":13.530000000000001},null,null,"IEERbase",12.3,"Actually Baseline Values",null,"=ROUND(((AS280*(1/AF280-1/AB280)*CC280) + ((AS280*BY280)/3412*(1/BE280-1/BI280)))/(AB280-AF280),4)","=ROUND((AS280*(1/AW280-1/BA280)*O280)/(AB280-AF280),4)","IL TRM v12 vol2","322, 334","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,9.3000000000000007,"EERbase","IL TRM V12, Vol 2",331,{"$f":"AW280*1.1","v":10.230000000000002},"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.2,"COPbase","Actually Baseline Values",null,{"$f":"BE280*1.1","v":3.5200000000000005},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,null,null,null,null,null,1385,"EFLHheat","IL TRM v12 vol3",null,1065.2217391304348,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","ASHP 135 - 240kbtu",368.4,"C&I","HVAC",null,"per ton per IEER",75.187969924812023,"IL TRM v10 Vol2",250,{"$f":"ROUND(((AS281*(1/AF281-1/AB281)*CC281) + (BU281/3.412*(1/BE281-1/3.4)*BY281))/(BA281-AW281),4)","v":140.98490000000001},"Calculated Value",null,{"$f":"ROUND((AS281*(1/AF281-1/AB281)),4)","v":0.10489999999999999},0.91300000000000003,"IL TRM v10 Vol2",251,{"$f":"ROUND((AS281*(1/AF281-1/AB281)*O281)/(BA281-AW281),4)","v":7.1999999999999995E-2},"Calculated Value",null,null,null,null,16,"IL TRM v10 Vol2",250,"EERee",11.44,"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,"EERBase",10.4,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(((AS281*(1/AF281-1/AB281)*CC281) + (BU281/3.412*(1/BE281-1/3.4)*BY281))/(BA281-AW281),4)","=ROUND((AS281*(1/AF281-1/AB281)*O281)/(BA281-AW281),4)","IL TRM v10 Vol2",251,"2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,13.3,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",14.63,"IEERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.3,"COPbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.63,"COPee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Conversion Factor",null,1287,"EFLHHeat","IL TRM v10 Vol2- unknown building type for Zone 4",218,1403,"EFLH_cool","IL TRM v10 Vol2- unknown building type for Zone 4",219]
["Whole Business Efficiency Program","ASHP 135 - 240kbtu",368.5,"C&I","HVAC",null,"per ton per IEER",999.99999999999909,"IL TRM v12 vol2",321,{"$f":"ROUND(((AS282*(1/AF282-1/AB282)*CC282) + ((AS282*BY282)/3412*(1/BE282-1/BI282)))/(AB282-AF282),4)","v":65.794799999999995},"Calculated Value",null,{"$f":"ROUND((AS282*(1/AF282-1/AB282)),4)","v":8.2000000000000003E-2},0.91300000000000003,"IL TRM v12 vol2",321,{"$f":"ROUND((AS282*(1/AW282-1/BA282)*O282)/(AB282-AF282),4)","v":0.74890000000000001},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",321,"IEERee",{"$f":"AF282*1.1","v":14.630000000000003},null,null,"IEERbase",13.3,"Actually Baseline Values",null,"=ROUND(((AS282*(1/AF282-1/AB282)*CC282) + ((AS282*BY282)/3412*(1/BE282-1/BI282)))/(AB282-AF282),4)","=ROUND((AS282*(1/AW282-1/BA282)*O282)/(AB282-AF282),4)","IL TRM v12 vol2","322, 334","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,1,"EERbase","IL TRM V12, Vol 2",331,{"$f":"AW282*1.1","v":1.1000000000000001},"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.3,"COPbase","Actually Baseline Values",null,{"$f":"BE282*1.1","v":3.63},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,null,null,null,null,null,1385,"EFLHheat","IL TRM v12 vol3",null,1065.2217391304348,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","ASHP 65 - 135kbtu",367.4,"C&I","HVAC",null,"per ton per IEER",71.942446043165532,"IL TRM v10 Vol2",250,{"$f":"ROUND(((AS283*(1/AF283-1/AB283)*CC283) + (BU283/3.412*(1/BE283-1/3.46)*BY283))/(BA283-AW283),4)","v":118.5634},"Calculated Value",null,{"$f":"ROUND((AS283*(1/AF283-1/AB283))/(BA283-AW283),4)","v":7.2700000000000001E-2},0.91300000000000003,"IL TRM v10 Vol2",251,{"$f":"ROUND((AS283*(1/AF283-1/AB283)*O283)/(BA283-AW283),4)","v":6.6299999999999998E-2},"Calculated Value",null,null,null,null,16,"IL TRM v10 Vol2",250,"EERee",11.88,"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,"EERBase",10.8,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(((AS283*(1/AF283-1/AB283)*CC283) + (BU283/3.412*(1/BE283-1/3.46)*BY283))/(BA283-AW283),4)","=ROUND((AS283*(1/AF283-1/AB283)*O283)/(BA283-AW283),4)","IL TRM v10 Vol2",251,"2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,13.9,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",15.29,"IEERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.4,"COPbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.74,"COPee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Conversion Factor",null,1287,"EFLHHeat","IL TRM v10 Vol2- unknown building type for Zone 4",218,1403,"EFLH_cool","IL TRM v10 Vol2- unknown building type for Zone 4",219]
["Whole Business Efficiency Program","ASHP 65 - 135kbtu",367.5,"C&I","HVAC",null,"per ton per IEER",92.592592592592439,"IL TRM v12 vol2",321,{"$f":"ROUND(((AS284*(1/AF284-1/AB284)*CC284) + ((AS284*BY284)/3412*(1/BE284-1/BI284)))/(AB284-AF284),4)","v":60.238599999999998},"Calculated Value",null,{"$f":"ROUND((AS284*(1/AF284-1/AB284))/(BA284-AW284),4)","v":7.2700000000000001E-2},0.91300000000000003,"IL TRM v12 vol2",321,{"$f":"ROUND((AS284*(1/AW284-1/BA284)*O284)/(AB284-AF284),4)","v":6.6299999999999998E-2},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",321,"IEERee",{"$f":"AF284*1.1","v":15.290000000000001},null,null,"IEERbase",13.9,"Actually Baseline Values",null,"=ROUND(((AS284*(1/AF284-1/AB284)*CC284) + ((AS284*BY284)/3412*(1/BE284-1/BI284)))/(AB284-AF284),4)","=ROUND((AS284*(1/AW284-1/BA284)*O284)/(AB284-AF284),4)","IL TRM v12 vol2","322, 334","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,10.8,"EERbase","IL TRM V12, Vol 2",331,{"$f":"AW284*1.1","v":11.880000000000003},"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.4,"COPbase","Actually Baseline Values",null,{"$f":"BE284*1.1","v":3.74},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,null,null,null,null,null,null,null,null,null,null,null,null,1385,"EFLHheat","IL TRM v12 vol3",null,1065.2217391304348,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Automatic Door Closer for Walk-In Coolers",557,"C&I","Refrigeration","Automatic Door Closer for Cooler","Unit",156.82,"IL TRM v9.0",571,{"$f":"ROUND(943,4)","v":943},"IL TRM v9.0",571,null,null,null,null,{"$f":"ROUND(0.137,4)","v":0.13700000000000001},"IL TRM v9.0",571,null,null,null,8,"IL TRM v9.0",571,"Installation of an automatic, hydraulic-type door closer on main walk-in cooler doors.",null,"IL TRM v9.0",571,"A walk in cooler without an automatic closure.",null,"IL TRM v9.0",571,"=ROUND(943,4)","=ROUND(0.137,4)","IL TRM V9 vol2",571572,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Automatic Door Closer for Walk-In Coolers",557.1,"C&I","Refrigeration","Automatic Door Closer for Cooler","Unit",502,"IL TRM v12 vol2",794,{"$f":"ROUND(2399,4)","v":2399},"IL TRM v12 vol2",794,null,null,null,null,{"$f":"ROUND(0.621,4)","v":0.621},"IL TRM v12 vol2",795,null,null,null,8,"IL TRM v12 vol2",794,"Installation of an automatic, hydraulic-type door closer on main walk-in cooler doors.",null,"IL TRM v12 vol2",794,"A walk in cooler without an automatic closure.",null,"IL TRM v12 vol2",794,"=ROUND(2399,4)","=ROUND(0.621,4)","IL TRM v12 vol2","794, 795","2025-01-01"]
["Whole Business Efficiency Program","Automatic Door Closer for Walk-In Freezers",558,"C&I","Refrigeration","Automatic Door Closer for Freezer","Unit",156.82,"IL TRM v9.0",571,{"$f":"ROUND(2307,4)","v":2307},"IL TRM v9.0",571,null,null,null,null,{"$f":"ROUND(0.309,4)","v":0.309},"IL TRM v9.0",572,null,null,null,8,"IL TRM v9.0",571,"Installation of an automatic, hydraulic-type door closer on main walk-in freezer doors.",null,"IL TRM v9.0",571,"A walk in freezer without an automatic closure.",null,"IL TRM v9.0",571,"=ROUND(2307,4)","=ROUND(0.309,4)","IL TRM V9 vol2",571572,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Automatic Door Closer for Walk-In Freezers",558.1,"C&I","Refrigeration","Automatic Door Closer for Freezer","Unit",502,"IL TRM v12 vol2",794,{"$f":"ROUND(6949,4)","v":6949},"IL TRM v12 vol2",794,null,null,null,null,{"$f":"ROUND(1.3,4)","v":1.3},"IL TRM v12 vol2",795,null,null,null,8,"IL TRM v12 vol2",794,"Installation of an automatic, hydraulic-type door closer on main walk-in freezer doors.",null,"IL TRM v12 vol2",794,"A walk in freezer without an automatic closure.",null,"IL TRM v12 vol2",794,"=ROUND(6949,4)","=ROUND(1.3,4)","IL TRM v12 vol2","794, 795","2025-01-01"]
["Whole Business Efficiency Program","C&I Custom - New Construction",0.2,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","C&I Custom - Peak Load Shift",0.22,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","CAC <65 kBtuh",90.2,"C&I","HVAC",null,"per ton",127,"IL TRM v6 vol2",203,{"$f":"ROUND(AW291*(1/AF291-1/AB291)*AS291/1000,4)","v":151.87690000000001},"Calculated Value",null,8.1560000000000007E-2,0.91,"IL TRM v6 vol2",204,{"$f":"ROUND(((1/BA291-1/BE291)*AS291/1000)*O291,4)","v":6.6699999999999995E-2},"Calculated Value",null,1000,"IL TRM v6 vol2","133 (portfolio weighted average)",15,"IL TRM v6 vol2",203,"SEER",15,"Average of 2019 Program Tracking Data",null,"SEER",13,"IL TRM v7 vol2",215,"=ROUND(AW291*(1/AF291-1/AB291)*AS291/1000,4)","=ROUND(((1/BA291-1/BE291)*AS291/1000)*O291,4)","IL TRM v6 vol2","204, 209","2021-01-01","2024-12-31",1325,5249,"MO TRM and Navigant Analysis",null,12000,"Btu/hr","IL TRM v6 vol2",150,1234,"EFLH","IL TRM v7 vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage","138-139",{"$f":"(-0.02*AF291^2)+(1.12*AF291)","v":11.180000000000003},"EERbase","IL TRM v7 vol2",220,12,"EERee","Average of 2019 program tracking data"]
["Whole Business Efficiency Program","CAC <65 kBtuh",90.3,"C&I","HVAC",null,"per ton",127,"IL TRM V11, Vol 2",377,{"$f":"ROUND(((AS292*((1/AF292)-(1/AB292))*AW292)),4)","v":157.4623},"Calculated Value",null,null,0.91300000000000003,"IL TRM V12, Vol 2",378,{"$f":"ROUND((AS292*(1/BA292-1/BE292)*O292),4)","v":8.7099999999999997E-2},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol2",337,"SEER2ee",{"$f":"ROUND(16.1262766755301*0.95,4)","v":15.32},"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred converted to SEER2 using IL TRM V11, Vol 2 Formula",332,"SEER2Base",13.4,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND(((AS292*((1/AF292)-(1/AB292))*AW292)),4)","=ROUND((AS292*(1/BA292-1/BE292)*O292),4)","IL TRM V12, Vol 2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtucool/hr per ton of cooling","unit conversion",null,1403,"EFLH_cool","IL TRM V11, Vol 2 - Unknown building type",243,{"$f":"ROUND((-0.02*AF292^2) + (1.12*AF292), 2)","v":11.42},"EER2Base","IL TRM v12, Vol. 2",387,12.56,"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",387]
["Whole Business Efficiency Program","CAC >240 kBtuh",93.2,"C&I","HVAC",null,"per ton",100,"IL TRM v6 vol2",203,{"$f":"ROUND(AW293*(1/AF293-1/AB293)*AS293/1000,4)","v":356.6807},"Calculated Value",null,7.0685299999999993E-2,0.91,"IL TRM v6 vol2",204,{"$f":"ROUND(((1/BA293-1/BE293)*AS293/1000)*O293,4)","v":0.1216},"Calculated Value",null,1000,"IL TRM v6 vol2","133 (portfolio weighted average)",15,"IL TRM v6 vol2",203,"IEER",13,"Average of 2019 Program Tracking Data",null,"IEER",9.9,"IL TRM v7 vol2",215,"=ROUND(AW293*(1/AF293-1/AB293)*AS293/1000,4)","=ROUND(((1/BA293-1/BE293)*AS293/1000)*O293,4)","IL TRM v6 vol2","204, 209","2021-01-01","2024-12-31",1325,5249,"MO TRM and Navigant Analysis",null,12000,"Btu/hr","IL TRM v6 vol2",150,1234,"EFLH","IL TRM v7 vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage","138-139",9.8000000000000007,"EERbase","IL TRM v7 vol2",220,11,"EERee","Average of 2019 program tracking data"]
["Whole Business Efficiency Program","CAC >240 kBtuh",93.3,"C&I","HVAC",null,"per ton",38,"IL TRM V11, Vol 2",377,{"$f":"ROUND(((AS294*((1/AF294)-(1/AB294))*AW294)),4)","v":171.0916},"Calculated Value",null,null,0.91300000000000003,"IL TRM V12, Vol 2",378,{"$f":"ROUND((AS294*(1/BA294-1/BE294)*O294),4)","v":0.15290000000000001},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol2",337,"IEERee",{"$f":"ROUND(15.7391924864292,4)","v":15.7392},"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"IEERbase",13,"IL TRM V12, Vol 2",380,"=ROUND(((AS294*((1/AF294)-(1/AB294))*AW294)),4)","=ROUND((AS294*(1/BA294-1/BE294)*O294),4)","IL TRM V12, Vol 2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtucool/hr per ton of cooling","unit conversion",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,9.8000000000000007,"EERBase","IL TRM v12, Vol. 2",385,{"$f":"ROUND(11.352930617324,4)","v":11.3529},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred"]
["Whole Business Efficiency Program","CAC 135<240 kBtuh",92.2,"C&I","HVAC",null,"per ton",100,"IL TRM v6 vol2",203,{"$f":"ROUND(AW295*(1/AF295-1/AB295)*AS295/1000,4)","v":605.78179999999998},"Calculated Value",null,8.0736199999999994E-2,0.91,"IL TRM v6 vol2",204,{"$f":"ROUND(((1/BA295-1/BE295)*AS295/1000)*O295,4)","v":0.1711},"Calculated Value",null,1000,"IL TRM v6 vol2","133 (portfolio weighted average)",15,"IL TRM v6 vol2",203,"IEER",20,"Average of 2019 Program Tracking Data",null,"IEER",11,"IL TRM v7 vol2",215,"=ROUND(AW295*(1/AF295-1/AB295)*AS295/1000,4)","=ROUND(((1/BA295-1/BE295)*AS295/1000)*O295,4)","IL TRM v6 vol2","204, 209","2021-01-01","2024-12-31",1325,5249,"MO TRM and Navigant Analysis",null,12000,"Btu/hr","IL TRM v6 vol2",150,1234,"EFLH","IL TRM v7 vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage","138-139",10.8,"EERbase","IL TRM v7 vol2",220,13,"EERee","Average of 2019 program tracking data"]
["Whole Business Efficiency Program","CAC 135<240 kBtuh",92.3,"C&I","HVAC",null,"per ton",127,"IL TRM V11, Vol 2",377,{"$f":"ROUND(((AS296*((1/AF296)-(1/AB296))*AW296)),4)","v":137.55520000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM V12, Vol 2",378,{"$f":"ROUND((AS296*(1/BA296-1/BE296)*O296),4)","v":9.2700000000000005E-2},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol2",337,"IEERee",{"$f":"ROUND(16.4838762848537,4)","v":16.483899999999998},"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"IEERbase",14,"IL TRM V12, Vol 2",380,"=ROUND(((AS296*((1/AF296)-(1/AB296))*AW296)),4)","=ROUND((AS296*(1/BA296-1/BE296)*O296),4)","IL TRM V12, Vol 2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtucool/hr per ton of cooling","unit conversion",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",380,10.8,"EERBase","IL TRM v12, Vol. 2",385,{"$f":"ROUND(11.8858432294127,4)","v":11.8858},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred"]
["Whole Business Efficiency Program","CAC 65<135 kBtuh",91.2,"C&I","HVAC",null,"per ton",127,"IL TRM v6 vol2",203,{"$f":"ROUND(AW297*(1/AF297-1/AB297)*AS297/1000,4)","v":581.74289999999996},"Calculated Value",null,5.6638899999999999E-2,0.91,"IL TRM v6 vol2",204,{"$f":"ROUND(((1/BA297-1/BE297)*AS297/1000)*O297,4)","v":0.1527},"Calculated Value",null,1000,"IL TRM v6 vol2","133 (portfolio weighted average)",15,"IL TRM v6 vol2",203,"IEER",20,"Average of 2019 Program Tracking Data",null,"IEER",11.2,"IL TRM v7 vol2",215,"=ROUND(AW297*(1/AF297-1/AB297)*AS297/1000,4)","=ROUND(((1/BA297-1/BE297)*AS297/1000)*O297,4)","IL TRM v6 vol2","204, 209","2021-01-01","2024-12-31",1325,5249,"MO TRM and Navigant Analysis",null,12000,"Btu/hr","IL TRM v6 vol2",150,1234,"EFLH","IL TRM v7 vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage","138-139",11,"EERbase","IL TRM v7 vol2",220,13,"EERee","Average of 2019 program tracking data"]
["Whole Business Efficiency Program","CAC 65<135 kBtuh",91.3,"C&I","HVAC",null,"per ton",127,"IL TRM V11, Vol 2",377,{"$f":"ROUND(((AS298*((1/AF298)-(1/AB298))*AW298)),4)","v":102.544},"Calculated Value",null,null,0.91300000000000003,"IL TRM V12, Vol 2",378,{"$f":"ROUND((AS298*(1/BA298-1/BE298)*O298),4)","v":9.0499999999999997E-2},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol2",337,"IEERee",{"$f":"ROUND(16.5373283321557,4)","v":16.537299999999998},"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"IEERbase",14.6,"IL TRM V12, Vol 2",380,"=ROUND(((AS298*((1/AF298)-(1/AB298))*AW298)),4)","=ROUND((AS298*(1/BA298-1/BE298)*O298),4)","IL TRM V12, Vol 2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtucool/hr per ton of cooling","unit conversion",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,11,"EERBase","IL TRM v12, Vol. 2",385,12.1,"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected"]
["Whole Business Efficiency Program","Circulating Engine Block Heater - Engine Mounted",846,"C&I","Misc",null,"per unit",120,"Idaho TRM v3.2",198,{"$f":"ROUND(2352, 4)","v":2352},"Idaho TRM v3.2",198,{"$f":"ROUND(0,4)","v":0},null,null,null,{"$f":"ROUND(0,4)","v":0},"Idaho TRM v3.2",198,null,null,null,15,"Idaho TRM v3.2",198,"Automatically cycle the heater on and off based on need instead of running continuously",null,"Idaho TRM v3.2",199,"Standard engine block heater with no controls",null,"Idaho TRM v3.2",199,"=ROUND(2352, 4)","=ROUND(0,4)","Idaho TRM v3.2",198199,"2025-01-01"]
["Whole Business Efficiency Program","Circulating Engine Block Heater - Wall Mounted",1098,"C&I","Misc",null,"per unit",70,"Idaho TRM v3.2",198,{"$f":"ROUND(2738, 4)","v":2738},"Idaho TRM v3.2",198,{"$f":"ROUND(0,4)","v":0},null,null,null,{"$f":"ROUND(0,4)","v":0},"Idaho TRM v3.2",198,null,null,null,15,"Idaho TRM v3.2",198,"Automatically cycle the heater on and off based on need instead of running continuously",null,"Idaho TRM v3.2",199,"Standard engine block heater with no controls",null,"Idaho TRM v3.2",199,"=ROUND(2738, 4)","=ROUND(0,4)","Idaho TRM v3.2",198199,"2025-01-01"]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Compact (120V) (< 4.4 ft3)",337,"C&I","Misc",null,"per unit",152,"IL TRM v6 vol3",46,{"$f":"ROUND((AS301/AF301-AS301/AB301)*AW301*BA301,4)","v":307.28359999999998},"Calculated Value",null,{"$f":"ROUND(K301/BE301,4)","v":0.2072},3.7999999999999999E-2,"IL TRM v6 vol3",46,{"$f":"ROUND(K301/BE301*O301,4)","v":7.9000000000000008E-3},"Calculated Value",null,null,null,null,14,"MO TRM 2017",12,"CEFeff",3.8,"MO TRM 2017",13,"CEFbase",3.01,"MO TRM 2017",13,"=ROUND((AS301/AF301-AS301/AB301)*AW301*BA301,4)","=ROUND(K301/BE301*O301,4)","MO TRM 2017, IL TRM v6 Vol3","13, 48","2020-01-01","2024-12-31",null,null,null,null,3,"Load","MO TRM 2017",13,1483,"Ncycles","MO TRM 2017",14,1,"%Electric","MO TRM 2017",14,1483,"Cycles","IL TRM v6 vol2",490]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Compact (120V) (< 4.4 ft3)",337.1,"C&I","Misc",null,"per unit",152,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS302/AF302*BI302)-AS302/AB302)*AW302*BA302,4)","v":307.28359999999998},"Calculated Value",null,{"$f":"ROUND(K302/AW302,4)","v":0.2072},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K302/AW302*O302,4)","v":7.9000000000000008E-3},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol3",53,"CEFeff",3.8,"IL TRM v12 vol3",55,"CEFbase",3.01,"IL TRM v12 vol3",55,"=ROUND(((AS302/AF302*BI302)-AS302/AB302)*AW302*BA302,4)","=ROUND(K302/AW302*O302,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,3,"Load","IL TRM v12 vol3",55,1483,"Ncycles","IL TRM v12 vol2, Coin-Operated Laundromats",898,1,"%Electric","IL TRM v12 vol3",56,null,null,null,null,1,"IQAdj","IL TRM v12 vol3",55]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Compact (240V) (<4.4 ft3)",338,"C&I","Misc",null,"per unit",152,"IL TRM v6 vol3",46,{"$f":"ROUND((AS303/AF303-AS303/AB303)*AW303*BA303,4)","v":340.10509999999999},"Calculated Value",null,{"$f":"ROUND(K303/BE303,4)","v":0.2293},3.7999999999999999E-2,"IL TRM v6 vol3",46,{"$f":"ROUND(K303/BE303*O303,4)","v":8.6999999999999994E-3},"Calculated Value",null,null,null,null,14,"MO TRM 2017",12,"CEFeff",3.45,"MO TRM 2017",13,"CEFbase",2.73,"MO TRM 2017",13,"=ROUND((AS303/AF303-AS303/AB303)*AW303*BA303,4)","=ROUND(K303/BE303*O303,4)","MO TRM 2017, IL TRM v6 Vol3","13, 48","2020-01-01","2024-12-31",null,null,null,null,3,"Load","MO TRM 2017",13,1483,"Ncycles","MO TRM 2017",14,1,"%Electric","MO TRM 2017",14,1483,"Cycles","IL TRM v6 vol2",490]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Compact (240V) (<4.4 ft3)",338.1,"C&I","Misc",null,"per unit",152,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS304/AF304*BI304)-AS304/AB304)*AW304*BA304,4)","v":340.10509999999999},"Calculated Value",null,{"$f":"ROUND(K304/AW304,4)","v":0.2293},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K304/AW304*O304,4)","v":8.6999999999999994E-3},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol3",53,"CEFeff",3.45,"IL TRM v12 vol3",55,"CEFbase",2.73,"IL TRM v12 vol3",55,"=ROUND(((AS304/AF304*BI304)-AS304/AB304)*AW304*BA304,4)","=ROUND(K304/AW304*O304,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,3,"Load","IL TRM v12 vol3",55,1483,"Ncycles","IL TRM v12 vol2, Coin-Operated Laundromats",898,1,"%Electric","IL TRM v12 vol3",56,null,null,null,null,1,"IQAdj","IL TRM v12 vol3",55]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Standard (≥ 4.4 ft3)",336,"C&I","Misc",null,"per unit",152,"IL TRM v6 vol3",46,{"$f":"ROUND((AS305/AF305-AS305/AB305)*AW305*BA305,4)","v":840.73429999999996},"Calculated Value",null,{"$f":"ROUND(K305/BE305,4)","v":0.56689999999999996},3.7999999999999999E-2,"IL TRM v6 vol3",46,{"$f":"ROUND(K305/BE305*O305,4)","v":2.1499999999999998E-2},"Calculated Value",null,null,null,null,14,"MO TRM 2017",12,"CEFeff",3.93,"MO TRM 2017",13,"CEFbase",3.11,"MO TRM 2017",13,"=ROUND((AS305/AF305-AS305/AB305)*AW305*BA305,4)","=ROUND(K305/BE305*O305,4)","MO TRM 2017, IL TRM v6 Vol3","13, 48","2020-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load","MO TRM 2017",13,1483,"Ncycles","MO TRM 2017",14,1,"%Electric","MO TRM 2017",14,1483,"Cycles","IL TRM v6 vol2",490]
["Whole Business Efficiency Program","Clothes Dryer Vented Electric, Standard (≥ 4.4 ft3)",336.1,"C&I","Misc",null,"per unit",152,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS306/AF306*BI306)-AS306/AB306)*AW306*BA306,4)","v":840.73429999999996},"Calculated Value",null,{"$f":"ROUND(K306/AW306,4)","v":0.56689999999999996},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K306/AW306*O306,4)","v":2.1499999999999998E-2},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol3",53,"CEFeff",3.93,"IL TRM v12 vol3",55,"CEFbase",3.11,"IL TRM v12 vol3",55,"=ROUND(((AS306/AF306*BI306)-AS306/AB306)*AW306*BA306,4)","=ROUND(K306/AW306*O306,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load","IL TRM v12 vol3",55,1483,"Ncycles","IL TRM v12 vol2, Coin-Operated Laundromats",898,1,"%Electric","IL TRM v12 vol3",56,null,null,null,null,1,"IQAdj","IL TRM v12 vol3",55]
["Whole Business Efficiency Program","Clothes Dryer Vented Gas",340,"C&I","Misc",null,"per unit",152,"IL TRM v6 vol3",46,{"$f":"ROUND((AS307/AF307-AS307/AB307)*AW307*BA307,4)","v":40.574199999999998},"Calculated Value",null,{"$f":"ROUND(K307/BE307,4)","v":2.7400000000000001E-2},3.7999999999999999E-2,"IL TRM v6 vol3",46,{"$f":"ROUND(K307/BE307*O307,4)","v":1E-3},"Calculated Value",null,null,null,null,14,"MO TRM 2017",12,"CEFeff",3.48,"MO TRM 2017",13,"CEFbase",2.84,"MO TRM 2017",13,"=ROUND((AS307/AF307-AS307/AB307)*AW307*BA307,4)","=ROUND(K307/BE307*O307,4)","MO TRM 2017, IL TRM v6 Vol3","13, 48","2020-01-01","2024-12-31",null,null,null,null,8.4499999999999993,"Load","MO TRM 2017",13,1483,"Ncycles","MO TRM 2017",14,0.05,"%Electric","MO TRM 2017",14,1483,"Cycles","IL TRM v6 vol2",490]
["Whole Business Efficiency Program","Clothes Dryer Vented Gas",340.1,"C&I","Misc",null,"per unit",152,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS308/AF308*BI308)-AS308/AB308)*AW308*BA308,4)","v":129.83750000000001},"Calculated Value",null,{"$f":"ROUND(K308/AW308,4)","v":8.7599999999999997E-2},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K308/AW308*O308,4)","v":3.3E-3},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol3",53,"CEFeff",3.48,"IL TRM v12 vol3",55,"CEFbase",2.84,"IL TRM v12 vol3",55,"=ROUND(((AS308/AF308*BI308)-AS308/AB308)*AW308*BA308,4)","=ROUND(K308/AW308*O308,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,8.4499999999999993,"Load","IL TRM v12 vol3",55,1483,"Ncycles","IL TRM v12 vol2, Coin-Operated Laundromats",898,0.16,"%Electric","IL TRM v12 vol3",56,null,null,null,null,1,"IQAdj","IL TRM v12 vol3",55]
["Whole Business Efficiency Program","Clothes Dryer Ventless Electric, Compact (240V) (<4.4 ft3)",339,"C&I","Misc",null,"per unit",152,"IL TRM v6 vol3",46,{"$f":"ROUND((AS309/AF309-AS309/AB309)*AW309*BA309,4)","v":428.65780000000001},"Calculated Value",null,{"$f":"ROUND(K309/BE309,4)","v":0.28899999999999998},3.7999999999999999E-2,"IL TRM v6 vol3",46,{"$f":"ROUND(K309/BE309*O309,4)","v":1.0999999999999999E-2},"Calculated Value",null,null,null,null,14,"MO TRM 2017",12,"CEFeff",2.68,"MO TRM 2017",13,"CEFbase",2.13,"MO TRM 2017",13,"=ROUND((AS309/AF309-AS309/AB309)*AW309*BA309,4)","=ROUND(K309/BE309*O309,4)","MO TRM 2017, IL TRM v6 Vol3","13, 48","2020-01-01","2024-12-31",null,null,null,null,3,"Load","MO TRM 2017",13,1483,"Ncycles","MO TRM 2017",14,1,"%Electric","MO TRM 2017",14,1483,"Cycles","IL TRM v6 vol2",490]
["Whole Business Efficiency Program","Clothes Dryer Ventless Electric, Compact (240V) (<4.4 ft3)",339.1,"C&I","Misc",null,"per unit",152,"IL TRM v12 vol3",53,{"$f":"ROUND(((AS310/AF310*BI310)-AS310/AB310)*AW310*BA310,4)","v":428.65780000000001},"Calculated Value",null,{"$f":"ROUND(K310/AW310,4)","v":0.28899999999999998},3.7999999999999999E-2,"IL TRM v12 vol3",58,{"$f":"ROUND(K310/AW310*O310,4)","v":1.0999999999999999E-2},"Calculated Value",null,null,null,null,16,"IL TRM v12 vol3",53,"CEFeff",2.68,"IL TRM v12 vol3",55,"CEFbase",2.13,"IL TRM v12 vol3",55,"=ROUND(((AS310/AF310*BI310)-AS310/AB310)*AW310*BA310,4)","=ROUND(K310/AW310*O310,4)","IL TRM v12 vol3","54, 57","2025-01-01",null,null,null,null,null,3,"Load","IL TRM v12 vol3",55,1483,"Ncycles","IL TRM v12 vol2, Coin-Operated Laundromats",898,1,"%Electric","IL TRM v12 vol3",56,null,null,null,null,1,"IQAdj","IL TRM v12 vol3",55]
["Whole Business Efficiency Program","Clothes Washer (Electric DHW; Electric Dryer)",332,"C&I","Misc",null,"per unit",210,"IL TRM v6 vol3",8,{"$f":"ROUND(((AS311/AF311*AW311)*(BA311+(BI311*BY311)+(BQ311*CC311))) - ((AS311/AB311*AW311)*(BE311+(BM311*BY311)+(BU311*CC311))),4)","v":650.90679999999998},"Calculated Value",null,{"$f":"ROUND(K311/CK311,4)","v":0.41439999999999999},3.7999999999999999E-2,"IL TRM v6 vol3",9,{"$f":"ROUND(K311/CK311*O311,4)","v":1.5699999999999999E-2},"Calculated Value",null,null,null,null,11,"MO TRM 2017",7,"MEFeff",2.2000000000000002,"MO TRM 2017",8,"MEFbase",1.7,"MO TRM 2017",8,"=ROUND(((AS311/AF311*AW311)*(BA311+(BI311*BY311)+(BQ311*CC311))) - ((AS311/AB311*AW311)*(BE311+(BM311*BY311)+(BU311*CC311))),4)","=ROUND(K311/CK311*O311,4)","MO TRM 2017, IL TRM v6 Vol3","8, 11","2020-01-01","2024-12-31",null,null,null,null,3.1,"Capacity (cubic feet)","MO TRM 2017",8,{"$f":"4.3*CG311","v":1570.575},"Ncycles","IL TRM v6 vol2",492,6.5000000000000002E-2,"%CWbase","MO TRM 2017",9,3.5000000000000003E-2,"%CWeff","MO TRM 2017",9,0.25900000000000001,"%DHWbase","MO TRM 2017",9,0.14099999999999999,"%DHWeff","MO TRM 2017",9,0.67600000000000005,"%Dryerbase","MO TRM 2017",9,0.82399999999999995,"%Dryereff","MO TRM 2017",9,1,"%ElectricDHW","MO TRM 2017",9,1,"%ElectricDryer","MO TRM 2017",9,365.25,"Days","IL TRM v6 vol2","492 (actual)",1570.575,"Cycles","IL TRM v6 vol2",492]
["Whole Business Efficiency Program","Clothes Washer (Electric DHW; Electric Dryer)",332.1,"C&I","Misc","ENERGY STAR Clothes Washer","per unit",87,"IL TRM v12 vol3",10,{"$f":"ROUND((AS312*1/AF312*AW312*(BA312+(BI312*BY312)+(BQ312*CC312)))-(AS312*1/AB312*AW312*(BE312+(BM312*BY312)+(BU312*CC312))),4)","v":737.68110000000001},"Calculated Value",null,{"$f":"ROUND(K312/AW312,4)","v":0.46970000000000001},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K312/AW312*O312,4)","v":1.78E-2},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol3",10,"IMEFeff",2.21,"IL TRM v12 vol3",12,"IMEFbase",1.71,"IL TRM v12 vol3",11,"=ROUND((AS312*1/AF312*AW312*(BA312+(BI312*BY312)+(BQ312*CC312)))-(AS312*1/AB312*AW312*(BE312+(BM312*BY312)+(BU312*CC312))),4)","=ROUND(K312/AW312*O312,4)","IL TRM v12 vol3","12, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity (cubic feet)","IL TRM v12 vol3",11,1570.575,"Ncycles, Coin-operated Laundromats","IL TRM v12 vol2",900,6.7000000000000004E-2,"%CWbase","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CWeff","IL TRM v12 vol3",12,0.158,"%DHWbase","IL TRM v12 vol3",12,0.13,"%DHWeff","IL TRM v12 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v12 vol3",12,1,"%ElectricDHW","IL TRM v12 vol3",13,1,"%ElectricDryer","IL TRM v12 vol3",13,365.25,"Days","IL TRM v12 vol2",900]
["Whole Business Efficiency Program","Clothes Washer (Electric DHW; Gas Dryer)",334,"C&I","Misc",null,"per unit",210,"IL TRM v6 vol3",8,{"$f":"ROUND(((AS313/AF313*AW313)*(BA313+(BI313*BY313)+(BQ313*CC313))) - ((AS313/AB313*AW313)*(BE313+(BM313*BY313)+(BU313*CC313))),4)","v":538.43010000000004},"Calculated Value",null,{"$f":"ROUND(K313/CK313,4)","v":0.34279999999999999},3.7999999999999999E-2,"IL TRM v6 vol3",9,{"$f":"ROUND(K313/CK313*O313,4)","v":1.2999999999999999E-2},"Calculated Value",null,null,null,null,11,"MO TRM 2017",7,"MEFeff",2.2000000000000002,"MO TRM 2017",8,"MEFbase",1.7,"MO TRM 2017",8,"=ROUND(((AS313/AF313*AW313)*(BA313+(BI313*BY313)+(BQ313*CC313))) - ((AS313/AB313*AW313)*(BE313+(BM313*BY313)+(BU313*CC313))),4)","=ROUND(K313/CK313*O313,4)","MO TRM 2017, IL TRM v6 Vol3","8, 11","2020-01-01","2024-12-31",null,null,null,null,3.1,"Capacity (cubic feet)","MO TRM 2017",8,1570.575,"Ncycles","IL TRM v6 vol2",492,6.5000000000000002E-2,"%CWbase","MO TRM 2017",9,3.5000000000000003E-2,"%CWeff","MO TRM 2017",9,0.25900000000000001,"%DHWbase","MO TRM 2017",9,0.14099999999999999,"%DHWeff","MO TRM 2017",9,0.67600000000000005,"%Dryerbase","MO TRM 2017",9,0.82399999999999995,"%Dryereff","MO TRM 2017",9,1,"%ElectricDHW","MO TRM 2017",9,0,"%ElectricDryer","MO TRM 2017",9,365.25,"Days","IL TRM v6 vol2","492 (actual)",1570.575,"Cycles","IL TRM v6 vol2",492]
["Whole Business Efficiency Program","Clothes Washer (Electric DHW; Gas Dryer)",334.1,"C&I","Misc",null,"per unit",87,"IL TRM v12 vol3",10,{"$f":"ROUND((AS314*1/AF314*AW314*(BA314+(BI314*BY314)+(BQ314*CC314)))-(AS314*1/AB314*AW314*(BE314+(BM314*BY314)+(BU314*CC314))),4)","v":239.14150000000001},"Calculated Value",null,{"$f":"ROUND(K314/AW314,4)","v":0.15229999999999999},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K314/AW314*O314,4)","v":5.7999999999999996E-3},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol3",10,"IMEFeff",2.21,"IL TRM v12 vol3",12,"IMEFbase",1.71,"IL TRM v12 vol3",11,"=ROUND((AS314*1/AF314*AW314*(BA314+(BI314*BY314)+(BQ314*CC314)))-(AS314*1/AB314*AW314*(BE314+(BM314*BY314)+(BU314*CC314))),4)","=ROUND(K314/AW314*O314,4)","IL TRM v12 vol3","12, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity (cubic feet)","IL TRM v12 vol3",11,1570.575,"Ncycles, Coin-operated Laundromats","IL TRM v12 vol2",900,6.7000000000000004E-2,"%CWbase","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CWeff","IL TRM v12 vol3",12,0.158,"%DHWbase","IL TRM v12 vol3",12,0.13,"%DHWeff","IL TRM v12 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v12 vol3",12,1,"%ElectricDHW","IL TRM v12 vol3",13,0,"%ElectricDryer","IL TRM v12 vol3",13,365.25,"Days","IL TRM v12 vol2",900]
["Whole Business Efficiency Program","Clothes Washer (Gas DHW; Electric Dryer)",333,"C&I","Misc",null,"per unit",210,"IL TRM v6 vol3",8,{"$f":"ROUND(((AS315/AF315*AW315)*(BA315+(BI315*BY315)+(BQ315*CC315))) - ((AS315/AB315*AW315)*(BE315+(BM315*BY315)+(BU315*CC315))),4)","v":221.1781},"Calculated Value",null,{"$f":"ROUND(K315/CK315,4)","v":0.14080000000000001},3.7999999999999999E-2,"IL TRM v6 vol3",9,{"$f":"ROUND(K315/CK315*O315,4)","v":5.4000000000000003E-3},"Calculated Value",null,null,null,null,11,"MO TRM 2017",7,"MEFeff",2.2000000000000002,"MO TRM 2017",8,"MEFbase",1.7,"MO TRM 2017",8,"=ROUND(((AS315/AF315*AW315)*(BA315+(BI315*BY315)+(BQ315*CC315))) - ((AS315/AB315*AW315)*(BE315+(BM315*BY315)+(BU315*CC315))),4)","=ROUND(K315/CK315*O315,4)","MO TRM 2017, IL TRM v6 Vol3","8, 11","2020-01-01","2024-12-31",null,null,null,null,3.1,"Capacity (cubic feet)","MO TRM 2017",8,1570.575,"Ncycles","IL TRM v6 vol2",492,6.5000000000000002E-2,"%CWbase","MO TRM 2017",9,3.5000000000000003E-2,"%CWeff","MO TRM 2017",9,0.25900000000000001,"%DHWbase","MO TRM 2017",9,0.14099999999999999,"%DHWeff","MO TRM 2017",9,0.67600000000000005,"%Dryerbase","MO TRM 2017",9,0.82399999999999995,"%Dryereff","MO TRM 2017",9,0,"%ElectricDHW","MO TRM 2017",9,1,"%ElectricDryer","MO TRM 2017",9,365.25,"Days","IL TRM v6 vol2","492 (actual)",1570.575,"Cycles","IL TRM v6 vol2",492]
["Whole Business Efficiency Program","Clothes Washer (Gas DHW; Electric Dryer)",333.1,"C&I","Misc",null,"per unit",87,"IL TRM v12 vol3",10,{"$f":"ROUND((AS316*1/AF316*AW316*(BA316+(BI316*BY316)+(BQ316*CC316)))-(AS316*1/AB316*AW316*(BE316+(BM316*BY316)+(BU316*CC316))),4)","v":550.48710000000005},"Calculated Value",null,{"$f":"ROUND(K316/AW316,4)","v":0.35049999999999998},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K316/AW316*O316,4)","v":1.3299999999999999E-2},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol3",10,"IMEFeff",2.21,"IL TRM v12 vol3",12,"IMEFbase",1.71,"IL TRM v12 vol3",11,"=ROUND((AS316*1/AF316*AW316*(BA316+(BI316*BY316)+(BQ316*CC316)))-(AS316*1/AB316*AW316*(BE316+(BM316*BY316)+(BU316*CC316))),4)","=ROUND(K316/AW316*O316,4)","IL TRM v12 vol3","12, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity (cubic feet)","IL TRM v12 vol3",11,1570.575,"Ncycles, Coin-operated Laundromats","IL TRM v12 vol2",900,6.7000000000000004E-2,"%CWbase","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CWeff","IL TRM v12 vol3",12,0.158,"%DHWbase","IL TRM v12 vol3",12,0.13,"%DHWeff","IL TRM v12 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v12 vol3",12,0,"%ElectricDHW","IL TRM v12 vol3",13,1,"%ElectricDryer","IL TRM v12 vol3",13,365.25,"Days","IL TRM v12 vol2",900]
["Whole Business Efficiency Program","Clothes Washer (Gas DHW; Gas Dryer)",335,"C&I","Misc",null,"per unit",210,"IL TRM v6 vol3",8,{"$f":"ROUND(((AS317/AF317*AW317)*(BA317+(BI317*BY317)+(BQ317*CC317))) - ((AS317/AB317*AW317)*(BE317+(BM317*BY317)+(BU317*CC317))),4)","v":108.70140000000001},"Calculated Value",null,{"$f":"ROUND(K317/CK317,4)","v":6.9199999999999998E-2},3.7999999999999999E-2,"IL TRM v6 vol3",9,{"$f":"ROUND(K317/CK317*O317,4)","v":2.5999999999999999E-3},"Calculated Value",null,null,null,null,11,"MO TRM 2017",7,"MEFeff",2.2000000000000002,"MO TRM 2017",8,"MEFbase",1.7,"MO TRM 2017",8,"=ROUND(((AS317/AF317*AW317)*(BA317+(BI317*BY317)+(BQ317*CC317))) - ((AS317/AB317*AW317)*(BE317+(BM317*BY317)+(BU317*CC317))),4)","=ROUND(K317/CK317*O317,4)","MO TRM 2017, IL TRM v6 Vol3","8, 11","2020-01-01","2024-12-31",null,null,null,null,3.1,"Capacity (cubic feet)","MO TRM 2017",8,1570.575,"Ncycles","IL TRM v6 vol2",492,6.5000000000000002E-2,"%CWbase","MO TRM 2017",9,3.5000000000000003E-2,"%CWeff","MO TRM 2017",9,0.25900000000000001,"%DHWbase","MO TRM 2017",9,0.14099999999999999,"%DHWeff","MO TRM 2017",9,0.67600000000000005,"%Dryerbase","MO TRM 2017",9,0.82399999999999995,"%Dryereff","MO TRM 2017",9,0,"%ElectricDHW","MO TRM 2017",9,0,"%ElectricDryer","MO TRM 2017",9,365.25,"Days","IL TRM v6 vol2","492 (actual)",1570.575,"Cycles","IL TRM v6 vol2",492]
["Whole Business Efficiency Program","Clothes Washer (Gas DHW; Gas Dryer)",335.1,"C&I","Misc",null,"per unit",87,"IL TRM v12 vol3",10,{"$f":"ROUND((AS318*1/AF318*AW318*(BA318+(BI318*BY318)+(BQ318*CC318)))-(AS318*1/AB318*AW318*(BE318+(BM318*BY318)+(BU318*CC318))),4)","v":51.947499999999998},"Calculated Value",null,{"$f":"ROUND(K318/AW318,4)","v":3.3099999999999997E-2},3.7999999999999999E-2,"IL TRM v12 vol3",11,{"$f":"ROUND(K318/AW318*O318,4)","v":1.2999999999999999E-3},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol3",10,"IMEFeff",2.21,"IL TRM v12 vol3",12,"IMEFbase",1.71,"IL TRM v12 vol3",11,"=ROUND((AS318*1/AF318*AW318*(BA318+(BI318*BY318)+(BQ318*CC318)))-(AS318*1/AB318*AW318*(BE318+(BM318*BY318)+(BU318*CC318))),4)","=ROUND(K318/AW318*O318,4)","IL TRM v12 vol3","12, 15","2025-01-01",null,null,null,null,null,3.55,"Capacity (cubic feet)","IL TRM v12 vol3",11,1570.575,"Ncycles, Coin-operated Laundromats","IL TRM v12 vol2",900,6.7000000000000004E-2,"%CWbase","IL TRM v12 vol3",12,6.6000000000000003E-2,"%CWeff","IL TRM v12 vol3",12,0.158,"%DHWbase","IL TRM v12 vol3",12,0.13,"%DHWeff","IL TRM v12 vol3",12,0.77500000000000002,"%Dryerbase","IL TRM v12 vol3",12,0.80400000000000005,"%Dryereff","IL TRM v12 vol3",12,0,"%ElectricDHW","IL TRM v12 vol3",13,0,"%ElectricDryer","IL TRM v12 vol3",13,365.25,"Days","IL TRM v12 vol2",900]
["Whole Business Efficiency Program","Combination Oven (Pan Capacity < 15)",341,"C&I","Cooking",null,"per unit",4300,"MO TRM 2017 vol2",27,{"$f":"ROUND((AS319*(AW319/AF319-AW319/AB319)*BA319 + AS319*(BE319/BI319-BE319/BM319)*BQ319 + ((BU319*((CC319-AS319/CG319)*BA319))-(CO319*((CC319-AS319/DA319)*BA319))) + ((BY319*((CC319-AS319/CK319)*BQ319))-(DE319*((CC319-AS319/CW319)*BQ319))))*DI319/1000,4)","v":6439.8019000000004},"Calculated Value",null,{"$f":"ROUND(K319/(CC319*DI319),4)","v":1.4693000000000001},0.36,"IL TRM v6 vol2",15,{"$f":"ROUND(K319/(CC319*DI319)*O319,4)","v":0.52890000000000004},"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",15,"ElecEFFConvEE",0.76,"IL TRM v6 vol2",17,"ElecEFFConvBase",0.72,"IL TRM v6 vol2",17,"=ROUND((AS319*(AW319/AF319-AW319/AB319)*BA319 + AS319*(BE319/BI319-BE319/BM319)*BQ319 + ((BU319*((CC319-AS319/CG319)*BA319))-(CO319*((CC319-AS319/DA319)*BA319))) + ((BY319*((CC319-AS319/CK319)*BQ319))-(DE319*((CC319-AS319/CW319)*BQ319))))*DI319/1000,4)","=ROUND(K319/(CC319*DI319)*O319,4)","IL TRM v6 vol2","16, 18","2020-01-01","2024-12-31",null,null,null,null,200,"FoodCookedElec (lbs)","IL TRM v6 vol2",16,73.2,"EFOODConvElec (Wh/lb)","IL TRM v6 vol2",16,0.5,"%Conv","IL TRM v6 vol2",17,30.8,"EFOODSteamElec (Wh/lb)","IL TRM v6 vol2",17,0.49,"ElecEFFSteamBase","IL TRM v6 vol2",17,0.55000000000000004,"ElecEFFSteamEE","IL TRM v6 vol2",17,0.5,"%Steam","IL TRM v6 vol2",17,1320,"ElecIDLEConvBase (W)","IL TRM v6 vol2",17,5260,"ElecIDLESteamBase (W)","IL TRM v6 vol2",17,12,"Hours (Daily)","IL TRM v6 vol2",17,79,"ElecPCConvBase (lbs/hr)","IL TRM v6 vol2",17,126,"ElecPCSteamBase (lbs/hr)","IL TRM v6 vol2",17,{"$f":"(0.08*CS319+0.4989)*1000","v":1298.9000000000001},"ElecIDLEConvEE","IL TRM v6 vol2",17,10,"P (Pan Capacity)","Assumption",null,119,"ElecPCSteamEE (lbs/hr)","IL TRM v6 vol2",17,177,"ElecPCConvEE (lbs/hr)","IL TRM v6 vol2",17,{"$f":"(0.133*CS319+0.64)*1000","v":1970.0000000000002},"ElecIDLESteamEE","IL TRM v6 vol2",17,365.25,"Days","IL TRM v6 vol2",17]
["Whole Business Efficiency Program","Combination Oven (Pan Capacity < 15)",341.1,"C&I","Cooking","Full Service Expanded Menu","per unit",2269,"IL TRM v12 vol2",87,{"$f":"ROUND(((AS320*(AW320/AF320-AW320/AB320)*BA320)+(AS320*(BE320/BI320-BE320/BM320)*BQ320)+((BU320*((CC320-AS320/CG320)*BA320))-(CO320*((CC320-AS320/CW320)*BA320)))+((BY320*((CC320-AS320/CK320)*BQ320))-(DE320*((CC320-AS320/DA320)*BQ320)))+(DM320-DQ320))*DI320/1000,4)","v":7537.6142},"Calculated Value",null,{"$f":"ROUND(K320/(U320),4)","v":1.7197},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",88,{"$f":"ROUND(((AS320*(AW320/AF320-AW320/AB320)*BA320)+(AS320*(BE320/BI320-BE320/BM320)*BQ320)+((BU320*((CC320-AS320/CG320)*BA320))-(CO320*((CC320-AS320/CW320)*BA320)))+((BY320*((CC320-AS320/CK320)*BQ320))-(DE320*((CC320-AS320/DA320)*BQ320)))+(DM320-DQ320))/(1000*U320)*O320,4)","v":1.6999999999999999E-3},"Calculated Value",null,{"$f":"CC320*DI320","v":4383},"Calculated Value (IL TRM v12 vol2)",91,12,"IL TRM v12 vol2",87,"ElecEFFConvEE",0.78,"IL TRM v12 vol2",91,"ElecEFFConvBase",0.72,"IL TRM v12 vol2",91,"=ROUND(((AS320*(AW320/AF320-AW320/AB320)*BA320)+(AS320*(BE320/BI320-BE320/BM320)*BQ320)+((BU320*((CC320-AS320/CG320)*BA320))-(CO320*((CC320-AS320/CW320)*BA320)))+((BY320*((CC320-AS320/CK320)*BQ320))-(DE320*((CC320-AS320/DA320)*BQ320)))+(DM320-DQ320))*DI320/1000,4)","=ROUND(((AS320*(AW320/AF320-AW320/AB320)*BA320)+(AS320*(BE320/BI320-BE320/BM320)*BQ320)+((BU320*((CC320-AS320/CG320)*BA320))-(CO320*((CC320-AS320/CW320)*BA320)))+((BY320*((CC320-AS320/CK320)*BQ320))-(DE320*((CC320-AS320/DA320)*BQ320)))+(DM320-DQ320))/(1000*U320)*O320,4)","IL TRM v12 vol2","88, 95","2025-01-01",null,null,null,null,null,200,"LB_elec, mass of food cooked per day","IL TRM v12 vol2",90,73.2,"EFOODConvElec (Wh/lb)","IL TRM v12 vol2",90,0.5,"%Conv","IL TRM v12 vol2",91,30.8,"EFOODSteamElec (Wh/lb)","IL TRM v12 vol2",91,0.52,"ElecEFFSteamBase","IL TRM v12 vol2",91,0.55000000000000004,"ElecEFFSteamEE","IL TRM v12 vol2",91,0.5,"%Steam","IL TRM v12 vol2",91,1754,"ElecIDLEConvBase (W)","IL TRM v12 vol2",91,5260,"ElecIDLESteamBase (W)","IL TRM v12 vol2",91,12,"Hours (Daily)","IL TRM v12 vol2",91,79,"ElecPCConvBase (lbs/hr)","IL TRM v12 vol2",91,126,"ElecPCSteamBase (lbs/hr)","IL TRM v12 vol2",91,{"$f":"(0.083*CS320+0.35)*1000","v":1180.0000000000002},"ElecIDLEConvEE","IL TRM v12 vol2",91,10,"P (Pan Capacity)","Assumption",null,119,"ElecPCConvEE (lbs/hr)","IL TRM v12 vol2",91,177,"ElecPCSteamEE (lbs/hr)","IL TRM v12 vol2",91,{"$f":"(0.133*CS319+0.64)*1000","v":1970.0000000000002},"ElecIDLESteamEE","IL TRM v12 vol2",91,365.25,"Days","IL TRM v12 vol2",92,1635,"Preheat_baseElec","IL TRM v12 vol2",92,997,"Preheat_eeElec","IL TRM v12 vol2",92]
["Whole Business Efficiency Program","Combination Oven (Pan Capacity ≥ 15)",342,"C&I","Cooking",null,"per unit",4300,"MO TRM 2017 vol2",27,{"$f":"ROUND((AS321*(AW321/AF321-AW321/AB321)*BA321 + AS321*(BE321/BI321-BE321/BM321)*BQ321 + ((BU321*((CC321-AS321/CG321)*BA321))-(CO321*((CC321-AS321/DA321)*BA321))) + ((BY321*((CC321-AS321/CK321)*BQ321))-(DE321*((CC321-AS321/CW321)*BQ321))))*DI321/1000,4)","v":11859.3208},"Calculated Value",null,{"$f":"ROUND(K321/(CC321*DI321),4)","v":2.7058},0.36,"IL TRM v6 vol2",15,{"$f":"ROUND(K321/(CC321*DI321)*O321,4)","v":0.97409999999999997},"Calculated Value",null,null,null,null,12,"IL TRM v6 vol2",15,"ElecEFFConvEE",0.76,"IL TRM v6 vol2",17,"ElecEFFConvBase",0.72,"IL TRM v6 vol2",17,"=ROUND((AS321*(AW321/AF321-AW321/AB321)*BA321 + AS321*(BE321/BI321-BE321/BM321)*BQ321 + ((BU321*((CC321-AS321/CG321)*BA321))-(CO321*((CC321-AS321/DA321)*BA321))) + ((BY321*((CC321-AS321/CK321)*BQ321))-(DE321*((CC321-AS321/CW321)*BQ321))))*DI321/1000,4)","=ROUND(K321/(CC321*DI321)*O321,4)","IL TRM v6 vol2","16, 18","2020-01-01","2024-12-31",null,null,null,null,250,"FoodCookedElec (lbs)","IL TRM v6 vol2",16,73.2,"EFOODConvElec (Wh/lb)","IL TRM v6 vol2",16,0.5,"%Conv","IL TRM v6 vol2",17,30.8,"EFOODSteamElec (Wh/lb)","IL TRM v6 vol2",17,0.49,"ElecEFFSteamBase","IL TRM v6 vol2",17,0.55000000000000004,"ElecEFFSteamEE","IL TRM v6 vol2",17,0.5,"%Steam","IL TRM v6 vol2",17,2280,"ElecIDLEConvBase (W)","IL TRM v6 vol2",17,8710,"ElecIDLESteamBase (W)","IL TRM v6 vol2",17,12,"Hours (Daily)","IL TRM v6 vol2",17,166,"ElecPCConvBase (lbs/hr)","IL TRM v6 vol2",17,295,"ElecPCSteamBase (lbs/hr)","IL TRM v6 vol2",17,{"$f":"(0.08*CS321+0.4989)*1000","v":2098.9},"ElecIDLEConvEE","IL TRM v6 vol2",17,20,"P (Pan Capacity)","Assumption",null,201,"ElecPCSteamEE (lbs/hr)","IL TRM v6 vol2",17,349,"ElecPCConvEE (lbs/hr)","IL TRM v6 vol2",17,{"$f":"(0.133*CS321+0.64)*1000","v":3300.0000000000005},"ElecIDLESteamEE","IL TRM v6 vol2",17,365.25,"Days","IL TRM v6 vol2",17]
["Whole Business Efficiency Program","Combination Oven (Pan Capacity ≥ 15)",342.1,"C&I","Cooking","Full Service Expanded Menu","per unit",2281,"IL TRM v12 vol2",87,{"$f":"ROUND(((AS322*(AW322/AF322-AW322/AB322)*BA322)+(AS322*(BE322/BI322-BE322/BM322)*BQ322)+((BU322*((CC322-AS322/CG322)*BA322))-(CO322*((CC322-AS322/CW322)*BA322)))+((BY322*((CC322-AS322/CK322)*BQ322))-(DE322*((CC322-AS322/DA322)*BQ322)))+(DM322-DQ322))*DI322/1000,4)","v":16791.194200000002},"Calculated Value",null,{"$f":"ROUND(K322/(U322),4)","v":3.831},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",88,{"$f":"ROUND(((AS322*(AW322/AF322-AW322/AB322)*BA322)+(AS322*(BE322/BI322-BE322/BM322)*BQ322)+((BU322*((CC322-AS322/CG322)*BA322))-(CO322*((CC322-AS322/CW322)*BA322)))+((BY322*((CC322-AS322/CK322)*BQ322))-(DE322*((CC322-AS322/DA322)*BQ322)))+(DM322-DQ322))/(1000*U322)*O322,4)","v":3.8E-3},"Calculated Value",null,{"$f":"CC322*DI322","v":4383},"Calculated Value (IL TRM v12 vol2)",91,12,"IL TRM v12 vol2",87,"ElecEFFConvEE",0.78,"IL TRM v12 vol2",91,"ElecEFFConvBase",0.72,"IL TRM v12 vol2",91,"=ROUND(((AS322*(AW322/AF322-AW322/AB322)*BA322)+(AS322*(BE322/BI322-BE322/BM322)*BQ322)+((BU322*((CC322-AS322/CG322)*BA322))-(CO322*((CC322-AS322/CW322)*BA322)))+((BY322*((CC322-AS322/CK322)*BQ322))-(DE322*((CC322-AS322/DA322)*BQ322)))+(DM322-DQ322))*DI322/1000,4)","=ROUND(((AS322*(AW322/AF322-AW322/AB322)*BA322)+(AS322*(BE322/BI322-BE322/BM322)*BQ322)+((BU322*((CC322-AS322/CG322)*BA322))-(CO322*((CC322-AS322/CW322)*BA322)))+((BY322*((CC322-AS322/CK322)*BQ322))-(DE322*((CC322-AS322/DA322)*BQ322)))+(DM322-DQ322))/(1000*U322)*O322,4)","IL TRM v12 vol2","88, 95","2025-01-01",null,null,null,null,null,250,"LB_elec, mass of food cooked per day","IL TRM v12 vol2",90,73.2,"EFOODConvElec (Wh/lb)","IL TRM v12 vol2",90,0.5,"%Conv","IL TRM v12 vol2",91,30.8,"EFOODSteamElec (Wh/lb)","IL TRM v12 vol2",91,0.52,"ElecEFFSteamBase","IL TRM v12 vol2",91,0.55000000000000004,"ElecEFFSteamEE","IL TRM v12 vol2",91,0.5,"%Steam","IL TRM v12 vol2",91,2966,"ElecIDLEConvBase (W)","IL TRM v12 vol2",91,8866,"ElecIDLESteamBase (W)","IL TRM v12 vol2",91,12,"Hours (Daily)","IL TRM v12 vol2",91,166,"ElecPCConvBase (lbs/hr)","IL TRM v12 vol2",91,295,"ElecPCSteamBase (lbs/hr)","IL TRM v12 vol2",91,{"$f":"(0.083*CS322+0.35)*1000","v":2010.0000000000002},"ElecIDLEConvEE","IL TRM v12 vol2",91,20,"P (Pan Capacity)","Assumption",null,201,"ElecPCConvEE (lbs/hr)","IL TRM v12 vol2",91,349,"ElecPCSteamEE (lbs/hr)","IL TRM v12 vol2",91,{"$f":"(0.133*CS319+0.64)*1000","v":1970.0000000000002},"ElecIDLESteamEE","IL TRM v12 vol2",91,365.25,"Days","IL TRM v12 vol2",92,3146,"Preheat_baseElec","IL TRM v12 vol2",92,1633,"Preheat_eeElec","IL TRM v12 vol2",92]
["Whole Business Efficiency Program","Commercial Ice Machines, >1500 lb/day",554,"C&I","Refrigeration",">1500 lb/day","Unit",939,"CMUA TRM","7-1",{"$f":"ROUND(3641,4)","v":3641},"CMUA TRM","7-1",{"$f":"AW323","v":0.374},null,null,null,{"$f":"ROUND(N323,4)","v":0.374},"CMUA TRM","7-2",null,null,null,10,"CMUA TRM","7-1","Installation of a new high efficiency ice machine generating small ice cubes (2 oz or smaller).","Equipment is listed on the Food Service Technology Center's Qualifying Appliance List or listed as ENERGY STAR-qualified.","CMUA TRM","7-1","Minimum efficiency units compliant with California Appliance Standards (Title 20)",null,"CMUA TRM","7-1","=ROUND(3641,4)","=ROUND(N323,4)","CMUA TRM","7-1","2022-01-01","2024-12-31",null,null,null,null,3641,"Unit Energy Savings","CMUA TRM","7-1",0.374,"Peak Demand Reduction","CMUA TRM","7-2"]
["Whole Business Efficiency Program","Commercial Ice Machines, >1500 lb/day",554.1,"C&I","Refrigeration",">1500 lb/day","unit",0,"IL TRM v12 vol2",155,{"$f":"ROUND(((AF324-AB324)/BA324)*(AW324*AS324)*BE324,4)","v":1155.4684},"Calculated Value",null,{"$f":"ROUND(K324/(U324*AW324),4)","v":0.23130000000000001},0.93700000000000006,"IL TRM v12 vol2",158,{"$f":"ROUND(K324/(U324*AW324)*O324,4)","v":0.2167},"Calculated Value",null,8766,"IL TRM v12 vol2",158,9,"IL TRM v12 vol2",156,"A new commercial ice machine meeting the minimum ENERGY STAR efficiency level standards, IMU",{"$f":"4.24","v":4.24},"IL TRM v12 vol2",155,"commercial ice machine meeting federal equipment standards established January 28, 2018",4.6100000000000003,"IL TRM v12 vol2",155,"=ROUND(((AF324-AB324)/BA324)*(AW324*AS324)*BE324,4)","=ROUND(K324/(U324*AW324)*O324,4)","IL TRM v12 vol2","156, 158","2025-01-01",null,null,null,null,null,{"$f":"1500","v":1500},"H, Harvest Rate (lbs of ice made per day), assume middle of range",null,null,0.56999999999999995,"DC, Duty Cycle","IL TRM v12 vol2",157,100,"Conversion factor","IL TRM v12 vol2",157,365.25,"Days per year","IL TRM v12 vol2",157]
["Whole Business Efficiency Program","Commercial Ice Machines, 1001-1500 lb/day",553,"C&I","Refrigeration","1001-1500 lb/day","Unit",589,"CMUA TRM","7-1",{"$f":"ROUND(2601,4)","v":2601},"CMUA TRM","7-1",{"$f":"AW325","v":0.26700000000000002},null,null,null,{"$f":"ROUND(N325,4)","v":0.26700000000000002},"CMUA TRM","7-2",null,null,null,10,"CMUA TRM","7-1","Installation of a new high efficiency ice machine generating small ice cubes (2 oz or smaller).","Equipment is listed on the Food Service Technology Center's Qualifying Appliance List or listed as ENERGY STAR-qualified.","CMUA TRM","7-1","Minimum efficiency units compliant with California Appliance Standards (Title 20)",null,"CMUA TRM","7-1","=ROUND(2601,4)","=ROUND(N325,4)","CMUA TRM","7-1","2022-01-01","2024-12-31",null,null,null,null,2601,"Unit Energy Savings","CMUA TRM","7-1",0.26700000000000002,"Peak Demand Reduction","CMUA TRM","7-2"]
["Whole Business Efficiency Program","Commercial Ice Machines, 1001-1500 lb/day",553.1,"C&I","Refrigeration","1001-1500 lb/day","unit",0,"IL TRM v12 vol2",155,{"$f":"ROUND(((AF326-AB326)/BA326)*(AW326*AS326)*BE326,4)","v":982.73620000000005},"Calculated Value",null,{"$f":"ROUND(K326/(U326*AW326),4)","v":0.19670000000000001},0.93700000000000006,"IL TRM v12 vol2",158,{"$f":"ROUND(K326/(U326*AW326)*O326,4)","v":0.18429999999999999},"Calculated Value",null,8766,"IL TRM v12 vol2",158,9,"IL TRM v12 vol2",156,"A new commercial ice machine meeting the minimum ENERGY STAR efficiency level standards, IMU",{"$f":"5.11-0.00058*AS326","v":4.3847100000000001},"IL TRM v12 vol2",155,"commercial ice machine meeting federal equipment standards established January 28, 2018",{"$f":"5.55-0.00063*AS326","v":4.7621849999999997},"IL TRM v12 vol2",155,"=ROUND(((AF326-AB326)/BA326)*(AW326*AS326)*BE326,4)","=ROUND(K326/(U326*AW326)*O326,4)","IL TRM v12 vol2","156, 158","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(1001,1500)","v":1250.5},"H, Harvest Rate (lbs of ice made per day), assume middle of range",null,null,0.56999999999999995,"DC, Duty Cycle","IL TRM v12 vol2",157,100,"Conversion factor","IL TRM v12 vol2",157,365.25,"Days per year","IL TRM v12 vol2",157]
["Whole Business Efficiency Program","Commercial Ice Machines, 101-300 lb/day",550,"C&I","Refrigeration","101-300 lb/day","Unit",306,"CMUA TRM","7-1",{"$f":"ROUND(805,4)","v":805},"CMUA TRM","7-1",{"$f":"AW327","v":9.1999999999999998E-2},null,null,null,{"$f":"ROUND(N327,4)","v":9.1999999999999998E-2},"CMUA TRM","7-2",null,null,null,10,"CMUA TRM","7-1","Installation of a new high efficiency ice machine generating small ice cubes (2 oz or smaller).","Equipment is listed on the Food Service Technology Center's Qualifying Appliance List or listed as ENERGY STAR-qualified.","CMUA TRM","7-1","Minimum efficiency units compliant with California Appliance Standards (Title 20)",null,"CMUA TRM","7-1",{"$f":"cellformula(K327)","v":"=ROUND(805,4)"},{"$f":"cellformula(R327)","v":"=ROUND(N327,4)"},"CMUA TRM","7-1","2022-01-01","2024-12-31",null,null,null,null,805,"Unit Energy Savings","CMUA TRM","7-1",9.1999999999999998E-2,"Peak Demand Reduction","CMUA TRM","7-2"]
["Whole Business Efficiency Program","Commercial Ice Machines, 101-300 lb/day",550.1,"C&I","Refrigeration","101-300 lb/day","unit",0,"IL TRM v12 vol2",155,{"$f":"ROUND(((AF328-AB328)/BA328)*(AW328*AS328)*BE328,4)","v":251.0838},"Calculated Value",null,{"$f":"ROUND(K328/(U328*AW328),4)","v":5.0299999999999997E-2},0.93700000000000006,"IL TRM v12 vol2",158,{"$f":"ROUND(K328/(U328*AW328)*O328,4)","v":4.7100000000000003E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",158,9,"IL TRM v12 vol2",156,"A new commercial ice machine meeting the minimum ENERGY STAR efficiency level standards, IMU",{"$f":"9.2-0.01134*AS328","v":6.9263299999999992},"IL TRM v12 vol2",155,"commercial ice machine meeting federal equipment standards established January 28, 2018",{"$f":"10-0.01233*AS328","v":7.5278349999999996},"IL TRM v12 vol2",155,"=ROUND(((AF328-AB328)/BA328)*(AW328*AS328)*BE328,4)","=ROUND(K328/(U328*AW328)*O328,4)","IL TRM v12 vol2","156, 158","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(101,300)","v":200.5},"H, Harvest Rate (lbs of ice made per day), assume middle of range",null,null,0.56999999999999995,"DC, Duty Cycle","IL TRM v12 vol2",157,100,"Conversion factor","IL TRM v12 vol2",157,365.25,"Days per year","IL TRM v12 vol2",157]
["Whole Business Efficiency Program","Commercial Ice Machines, 301-500 lb/day",551,"C&I","Refrigeration","301-500 lb/day","Unit",266,"CMUA TRM","7-1",{"$f":"ROUND(1117,4)","v":1117},"CMUA TRM","7-1",{"$f":"AW329","v":0.115},null,null,null,{"$f":"ROUND(N329,4)","v":0.115},"CMUA TRM","7-2",null,null,null,10,"CMUA TRM","7-1","Installation of a new high efficiency ice machine generating small ice cubes (2 oz or smaller).","Equipment is listed on the Food Service Technology Center's Qualifying Appliance List or listed as ENERGY STAR-qualified.","CMUA TRM","7-1","Minimum efficiency units compliant with California Appliance Standards (Title 20)",null,"CMUA TRM","7-1","=ROUND(1117,4)","=ROUND(N329,4)","CMUA TRM","7-1","2022-01-01","2024-12-31",null,null,null,null,1117,"Unit Energy Savings","CMUA TRM","7-1",0.115,"Peak Demand Reduction","CMUA TRM","7-2"]
["Whole Business Efficiency Program","Commercial Ice Machines, 301-500 lb/day",551.1,"C&I","Refrigeration","301-500 lb/day","unit",0,"IL TRM v12 vol2",155,{"$f":"ROUND(((AF330-AB330)/BA330)*(AW330*AS330)*BE330,4)","v":400.14589999999998},"Calculated Value",null,{"$f":"ROUND(K330/(U330*AW330),4)","v":8.0100000000000005E-2},0.93700000000000006,"IL TRM v12 vol2",158,{"$f":"ROUND(K330/(U330*AW330)*O330,4)","v":7.4999999999999997E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",158,9,"IL TRM v12 vol2",156,"A new commercial ice machine meeting the minimum ENERGY STAR efficiency level standards, IMU",{"$f":"6.49-0.0023*AS330","v":5.5688500000000003},"IL TRM v12 vol2",155,"commercial ice machine meeting federal equipment standards established January 28, 2018",{"$f":"7.05-0.0025*AS330","v":6.0487500000000001},"IL TRM v12 vol2",155,"=ROUND(((AF330-AB330)/BA330)*(AW330*AS330)*BE330,4)","=ROUND(K330/(U330*AW330)*O330,4)","IL TRM v12 vol2","156, 158","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(301,500)","v":400.5},"H, Harvest Rate (lbs of ice made per day), assume middle of range",null,null,0.56999999999999995,"DC, Duty Cycle","IL TRM v12 vol2",157,100,"Conversion factor","IL TRM v12 vol2",157,365.25,"Days per year","IL TRM v12 vol2",157]
["Whole Business Efficiency Program","Commercial Ice Machines, 501-1000 lb/day",552,"C&I","Refrigeration","501-1000 lb/day","Unit",249,"CMUA TRM","7-1",{"$f":"ROUND(1807,4)","v":1807},"CMUA TRM","7-1",{"$f":"AW331","v":0.186},null,null,null,{"$f":"ROUND(N331,4)","v":0.186},"CMUA TRM","7-2",null,null,null,10,"CMUA TRM","7-1","Installation of a new high efficiency ice machine generating small ice cubes (2 oz or smaller).","Equipment is listed on the Food Service Technology Center's Qualifying Appliance List or listed as ENERGY STAR-qualified.","CMUA TRM","7-1","Minimum efficiency units compliant with California Appliance Standards (Title 20)",null,"CMUA TRM","7-1","=ROUND(1807,4)","=ROUND(N331,4)","CMUA TRM","7-1","2022-01-01","2024-12-31",null,null,null,null,1807,"Unit Energy Savings","CMUA TRM","7-1",0.186,"Peak Demand Reduction","CMUA TRM","7-2"]
["Whole Business Efficiency Program","Commercial Ice Machines, 501-1000 lb/day",552.1,"C&I","Refrigeration","501-1000 lb/day","unit",0,"IL TRM v12 vol2",155,{"$f":"ROUND(((AF332-AB332)/BA332)*(AW332*AS332)*BE332,4)","v":640.46249999999998},"Calculated Value",null,{"$f":"ROUND(K332/(U332*AW332),4)","v":0.12820000000000001},0.93700000000000006,"IL TRM v12 vol2",158,{"$f":"ROUND(K332/(U332*AW332)*O332,4)","v":0.1201},"Calculated Value",null,8766,"IL TRM v12 vol2",158,9,"IL TRM v12 vol2",156,"A new commercial ice machine meeting the minimum ENERGY STAR efficiency level standards, IMU",{"$f":"6.49-0.0023*AS332","v":4.7638499999999997},"IL TRM v12 vol2",155,"commercial ice machine meeting federal equipment standards established January 28, 2018",{"$f":"7.05-0.0025*AS332","v":5.1737500000000001},"IL TRM v12 vol2",155,"=ROUND(((AF332-AB332)/BA332)*(AW332*AS332)*BE332,4)","=ROUND(K332/(U332*AW332)*O332,4)","IL TRM v12 vol2","156, 158","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(501,1000)","v":750.5},"H, Harvest Rate (lbs of ice made per day), assume middle of range",null,null,0.56999999999999995,"DC, Duty Cycle","IL TRM v12 vol2",157,100,"Conversion factor","IL TRM v12 vol2",157,365.25,"Days per year","IL TRM v12 vol2",157]
["Whole Business Efficiency Program","Compressed Air - Engineered Nozzle 1/4\"",119.1,"C&I","Pumps/Fans",null,"per unit",57,"IL TRM v6 vol2",472,{"$f":"ROUND(1086.638,4)","v":1086.6379999999999},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0.511,4)","v":0.51100000000000001},"Calculated Value",null,null,null,null,15,"IL TRM v6 vol2",472,null,null,null,null,null,null,null,null,"=ROUND(1086.638,4)","=ROUND(0.511,4)","IL TRM v6 vol2",473474,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Compressed Air - Engineered Nozzle 1/4\"",119.2,"C&I","Pumps/Fans",null,"per unit",57,"IL TRM v12 vol2, 1/4\" nozzle diameter",854,{"$f":"ROUND((AF334*AB334)*AS334*AW334*U334,4)","v":1086.6383000000001},"Calculated Value",null,null,0.89,"IL TRM v12 vol2, unknown shift",856,{"$f":"ROUND(K334/U334*O334,4)","v":0.1696},"Calculated Value",null,5702,"IL TRM v12 vol2, unknown shift",856,15,"IL TRM v12 vol2",854,"SCFM%Reduced",0.5,"IL TRM v12 vol2",855,"SCFM",58,"IL TRM v12 vol2, 1/4\" Orifice Diameter",855,"=ROUND((AF334*AB334)*AS334*AW334*U334,4)","=ROUND(K334/U334*O334,4)","IL TRM v12 vol2","855, 856","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(0.18,0.14,0.15,0.06,0.06,0.15,0.18)","v":0.13142857142857145},"kW/CFM","IL TRM v12 vol2, average of all air compressor types",855,0.05,"%Use","IL TRM v12 vol2",855]
["Whole Business Efficiency Program","Compressed Air - Engineered Nozzle 1/8\"",120.2,"C&I","Pumps/Fans",null,"per unit",42,"IL TRM v6 vol2",472,{"$f":"ROUND(AS335*AB335*AW335*BA335*BE335,4)","v":272.68799999999999},"IL TRM v7 vol2",550,null,0.95,"IL TRM v7 vol2",552,{"$f":"ROUND(K335/BE335*O335,4)","v":6.5600000000000006E-2},"IL TRM v7 vol2",552,null,null,null,15,"IL TRM v6 vol2",472,"SCFM%Reduced",0.5,"IL TRM v7 vol2",551,null,null,null,null,"=ROUND(AS335*AB335*AW335*BA335*BE335,4)","=ROUND(K335/BE335*O335,4)","IL TRM v6 vol2",473474,"2021-01-01","2024-12-31",null,null,null,null,21,"SCFM","IL TRM v7 vol2",551,{"$f":"AVERAGE(0.18,0.14,0.15,0.06,0.06,0.15,0.18)","v":0.13142857142857145},"kW/CFM","IL TRM v7 vol2",551,0.05,"%Use","IL TRM v7 vol2",551,3952,"Hours (two shifts)","IL TRM v7 vol2",551]
["Whole Business Efficiency Program","Compressed Air - Engineered Nozzle 1/8\"",120.3,"C&I","Pumps/Fans",null,"per unit",42,"IL TRM v12 vol2",854,{"$f":"ROUND((AF336*AB336)*AW336*BA336*U336,4)","v":393.43799999999999},"Calculated Value",null,null,0.89,"IL TRM v12 vol2, unknown shift",856,{"$f":"ROUND(K336/U336*O336,4)","v":6.1400000000000003E-2},"Calculated Value",null,5702,"IL TRM v12 vol2, unknown shift",856,15,"IL TRM v12 vol2",854,"SCFM%Reduced",0.5,"IL TRM v12 vol2",855,"SCFM",21,"IL TRM v12 vol2, 1/4\" Orifice Diameter",855,"=ROUND((AF336*AB336)*AW336*BA336*U336,4)","=ROUND(K336/U336*O336,4)","IL TRM v12 vol2","855, 856","2025-01-01",null,null,null,null,null,null,null,null,null,{"$f":"AVERAGE(0.18,0.14,0.15,0.06,0.06,0.15,0.18)","v":0.13142857142857145},"kW/CFM","IL TRM v12 vol2, average of all air compressor types",855,0.05,"%Use","IL TRM v12 vol2",855]
["Whole Business Efficiency Program","Compressed Air - No Loss Condensate Drain/Valve",121.3,"C&I","Pumps/Fans",null,"per unit",700,"IL TRM v6 vol2",470,{"$f":"ROUND(AS337*AW337*U337,4)","v":1969.6559999999999},"Calculated Value",null,{"$f":"ROUND(K337/U337,4)","v":0.32100000000000001},0.95,"IL TRM v6 Vol2",470,{"$f":"ROUND(K337/U337*O337,4)","v":0.30499999999999999},"Calculated Value",null,6136,"IL TRM v6 Vol2",471,10,"IL TRM v6 Vol2",470,null,null,null,null,null,null,null,null,"=ROUND(AS337*AW337*U337,4)","=ROUND(K337/U337*O337,4)","IL TRM v6 Vol2","470, 471","2020-05-01","2024-12-31",null,null,null,null,3,"CFM Reduced","IL TRM v6 Vol2",470,0.107,"kW/CFM","IL TRM v6 Vol2",471]
["Whole Business Efficiency Program","Compressed Air - No Loss Condensate Drain/Valve",121.4,"C&I","Pumps/Fans",null,"per unit",244,"IL TRM v12 vol2",851,{"$f":"ROUND(AS338*AW338*U338,4)","v":1969.6559999999999},"Calculated Value",null,{"$f":"ROUND(K338/U338,4)","v":0.32100000000000001},0.95,"IL TRM v12 vol2",851,{"$f":"ROUND(K338/U338*O338,4)","v":0.30499999999999999},"Calculated Value",null,6136,"IL TRM v12 vol2",852,10,"IL TRM v12 vol2",851,"Installation of no-loss condensate drain",null,"IL TRM v12 vol2",851,"Installation of standard condensate drain (open valve, timer, or both)",null,"IL TRM v12 vol2",851,"=ROUND(AS338*AW338*U338,4)","=ROUND(K338/U338*O338,4)","IL TRM v12 vol2","851, 852","2025-01-01",null,null,null,null,null,3,"CFM Reduced","IL TRM v12 vol2",851,0.107,"kW/CFM","IL TRM v12 vol2, unknown control type",852]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Electric Heat)",373.1,"C&I","HVAC",null,"per square feet",{"$f":"1500/1000","v":1.5},"IL TRM v11 Vol2",357,{"$f":"ROUND(AS339*AW339/1000 + AS339*BA339/1000,4)","v":0.78},"Calculated Value",null,null,0,"IL TRM v6 vol2",226,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,10,"IL TRM v6 vol2",226,null,null,null,null,null,null,null,null,"=ROUND(AS339*AW339/1000 + AS339*BA339/1000,4)","=ROUND(0,4)","IL TRM v6 vol2",227,"2024-01-01","2024-12-31",null,null,null,null,1,"SQFTcond","Actually Installed Values",null,428,"SFcooling","IL TRM v6 vol2",227,352,"SFheat","IL TRM v6 vol2",228]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Electric Heat)",373.2,"C&I","HVAC",null,"per square feet",{"$f":"1178/1000","v":1.1779999999999999},"IL TRM v12 vol2",401,0.59799999999999998,"Calculated Value",null,null,0,"IL TRM v12 vol2",402,0,"Calculated Value",null,null,null,null,10,"IL TRM v12 vol2",401,null,null,null,null,null,null,null,null,"=ROUND(AS340*AW340/1000 + AS340*BA340/1000,4)","=ROUND(0,4)","IL TRM v12 vol2",402,"2025-01-01",null,null,null,null,null,1,"SQFTcond","Actually Installed Values",null,234,"Sfcooling, Office Mid Rise Springfield","IL TRM v12 vol2",402,364,"Sfheat, Office Mid Rise Springfield","IL TRM v12 vol2",403]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Gas Heat)",372.1,"C&I","HVAC",null,"per square feet",{"$f":"1500/1000","v":1.5},"IL TRM v11 Vol2",357,0.42799999999999999,"Calculated Value",null,null,0,"IL TRM v6 vol2",226,0,"Calculated Value",null,null,null,null,10,"IL TRM v6 vol2",226,null,null,null,null,null,null,null,null,"=ROUND(AS341*AW341/1000 + AS341*BA341/1000,4)","=ROUND(0,4)","IL TRM v6 vol2",227,"2024-01-01","2024-12-31",null,null,null,null,1,"SQFTcond","Actually Installed Values",null,428,"SFcooling","IL TRM v6 vol2",227,0,"SFheat","IL TRM v6 vol2",228]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Gas Heat)",372.2,"C&I","HVAC",null,"per square feet",{"$f":"1178/1000","v":1.1779999999999999},"IL TRM v12 vol2",401,0.23400000000000001,"Calculated Value",null,null,0,"IL TRM v12 vol2",402,0,"Calculated Value",null,null,null,null,10,"IL TRM v12 vol2",401,null,null,null,null,null,null,null,null,"=ROUND(AS342*AW342/1000 + AS342*BA342/1000,4)","=ROUND(0,4)","IL TRM v12 vol2",402,"2025-01-01",null,null,null,null,null,1,"SQFTcond","Actually Installed Values",null,234,"Sfcooling, Office Mid Rise Springfield","IL TRM v12 vol2",402,0,"SFheat","IL TRM v12 vol2",402]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Heat Pump)",374.1,"C&I","HVAC",null,"per square feet",{"$f":"1500/1000","v":1.5},"IL TRM v11 Vol2",357,0.54500000000000004,"Calculated Value",null,null,0,"IL TRM v6 vol2",226,0,"Calculated Value",null,null,null,null,10,"IL TRM v6 vol2",226,null,null,null,null,null,null,null,null,"=ROUND(AS343*AW343/1000 + AS343*BA343/1000,4)","=ROUND(0,4)","IL TRM v6 vol2",227,"2024-01-01","2024-12-31",null,null,null,null,1,"SQFTcond","Actually Installed Values",null,428,"SFcooling","IL TRM v6 vol2",227,117,"SFheat","IL TRM v6 vol2",228]
["Whole Business Efficiency Program","Demand Controlled Ventillation (Heat Pump)",374.2,"C&I","HVAC",null,"per square feet",{"$f":"1178/1000","v":1.1779999999999999},"IL TRM v12 vol2",401,0.35499999999999998,"Calculated Value",null,null,0,"IL TRM v12 vol2",402,0,"Calculated Value",null,null,null,null,10,"IL TRM v12 vol2",401,null,null,null,null,null,null,null,null,"=ROUND(AS344*AW344/1000 + AS344*BA344/1000,4)","=ROUND(0,4)","IL TRM v12 vol2",402,"2025-01-01",null,null,null,null,null,1,"SQFTcond","Actually Installed Values",null,234,"Sfcooling, Office Mid Rise Springfield","IL TRM v12 vol2",402,121,"Sfheat, Office Mid Rise Springfield","IL TRM v12 vol2",403]
["Whole Business Efficiency Program","ECM Compressor and Condenser/Condensing Unit Fan Motor",564,"C&I","Refrigeration","ECM motor replacing SP or PSC motor","Motor",306,"WI TRM 2020",791,{"$f":"ROUND(((AS345-AW345)/1000) * BA345, 4)","v":518.12599999999998},"WI TRM 2020",792,null,null,null,null,{"$f":"ROUND((AS345-AW345)/ 1000, 4)","v":8.3299999999999999E-2},"WI TRM 2020",792,null,null,null,16,"WI TRM 2020",791,"Install an Electronically commutated motor (ECM) in place of existing shaded pole or split capacitor motors on condenser fans.",null,"WI TRM 2020",791,"Shaded Pole (SP) or permanent split capacitor (PSC) condensing unit fan motor",null,"WI TRM 2020",791,"=ROUND(((AS345-AW345)/1000) * BA345, 4)","=ROUND((AS345-AW345)/ 1000, 4)","WI TRM 2020",792,"2022-01-01","2024-12-31",null,null,null,null,221,"Wattsbase","WI TRM 2020",792,137.69999999999999,"WattsEE","WI TRM 2020",792,6220,"HOU (hours of use)","WI TRM 2020",792]
["Whole Business Efficiency Program","ECM Compressor and Condenser/Condensing Unit Fan Motor",564.1,"C&I","Refrigeration","ECM motor replacing SP or PSC motor","Motor",306,"WI TRM 2023",674,{"$f":"ROUND((AF346-AB346)/1000*U346,4)","v":518.12599999999998},"Calculated Value",null,null,1,"WI TRM 2023",675,{"$f":"ROUND((AF346-AB346)/1000*O346,4)","v":8.3299999999999999E-2},"Calculated Value",null,6220,"WI TRM 2023",675,16,"WI TRM 2023",974,"Watts,ee (Install an Electronically commutated motor (ECM) in place of existing shaded pole or split capacitor motors on condenser fans.)",137.69999999999999,"WI TRM 2023",674,"Watts,base (Shaded Pole (SP) or permanent split capacitor (PSC) condensing unit fan motor)",221,"WI TRM 2023",674,"=ROUND((AF346-AB346)/1000*U346,4)","=ROUND((AF346-AB346)/1000*O346,4)","WI TRM 2023","674, 675","2025-01-01"]
["Whole Business Efficiency Program","ECM Fan Motors w/ Design CFM < 1000",468,"C&I","HVAC","fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.","per motor",120,"MN TRM 2019",277,{"$f":"ROUND(AS347+AW347,4)","v":247.68},"Calculated Value",null,null,0.9,"MN TRM 2019",277,{"$f":"ROUND(BA347*BE347*BI347/1000*O347,4)","v":0.1037},"Calculated Value",null,null,null,null,20,"MN TRM 2019",277,"This measure includes efficiency gains for an electronically commutated motor (ECM) being applied within fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.",null,null,null,"No ECM",null,null,null,"=ROUND(AS347+AW347,4)","=ROUND(BA347*BE347*BI347/1000*O347,4)","MN TRM 2019",277,"2020-01-01","2024-12-31",null,null,null,null,{"$f":"BA347*BE347*BI347*BM347/1000","v":113.5872},"Cooling kWh Savings","MN TRM 2019",277,{"$f":"BA347*BE347*BI347*BQ347/1000","v":134.09280000000001},"Heating kWh Savings","MN TRM 2019",277,400,"Use Actual Design CFM (1 ton = 400 CFM), this calculation assumes 1 ton.","https://energy.mo.gov/sites/energy/files/61-why-400-cfm-per-ton.pdf",null,0.32,"Box Size Factor (Watts/CFM)","MN TRM 2019",277,0.9,"Load Factor (LF)","MN TRM 2019",277,986,"EFLHCOOL","MO TRM 2017 Volume 2",100,1164,"EFLHHEAT","MO TRM 2017 Volume 2",100]
["Whole Business Efficiency Program","ECM Fan Motors w/ Design CFM < 1000",468.1,"C&I","HVAC","fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.","per motor",120,"MN TRM 2024",334,{"$f":"ROUND(AS348+AW348,4)","v":247.68},"Calculated Value",null,null,0.9,"MN TRM 2024",335,{"$f":"ROUND(BA348*BE348*BI348/1000*O348,4)","v":0.1037},"Calculated Value",null,null,null,null,20,"MN TRM 2024",334,"This measure includes efficiency gains for an electronically commutated motor (ECM) being applied within fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.",null,null,null,"No ECM",null,null,null,"=ROUND(AS348+AW348,4)","=ROUND(BA348*BE348*BI348/1000*O348,4)","MN TRM 2024",334,"2025-01-01",null,null,null,null,null,{"$f":"BA348*BE348*BI348*BM348/1000","v":113.5872},"Cooling kWh Savings","MN TRM 2024",334,{"$f":"BA348*BE348*BI348*BQ348/1000","v":134.09280000000001},"Heating kWh Savings","MN TRM 2024",334,400,"Use Actual Design CFM (1 ton = 400 CFM), this calculation assumes 1 ton.",null,null,0.32,"Box Size Factor (Watts/CFM)","MN TRM 2024",335,0.9,"Load Factor (LF)","MN TRM 2024",335,986,"EFLHCOOL","MO TRM 2017 Volume 2",100,1164,"EFLHHEAT","MO TRM 2017 Volume 2",100]
["Whole Business Efficiency Program","ECM Fan Motors w/ Design CFM ≥ 1000",469,"C&I","HVAC","fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.","per motor",120,"MN TRM 2019",277,{"$f":"ROUND(AS349+AW349,4)","v":162.54},"Calculated Value",null,null,0.9,"MN TRM 2019",277,{"$f":"ROUND(BA349*BE349*BI349/1000*O349,4)","v":6.8000000000000005E-2},"Calculated Value",null,null,null,null,20,"MN TRM 2019",277,"This measure includes efficiency gains for an electronically commutated motor (ECM) being applied within fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.",null,null,null,"No ECM",null,null,null,"=ROUND(AS349+AW349,4)","=ROUND(BA349*BE349*BI349/1000*O349,4)","MN TRM 2019",277,"2020-01-01","2024-12-31",null,null,null,null,{"$f":"BA349*BE349*BI349*BM349/1000","v":74.541600000000003},"Cooling kWh Savings","MN TRM 2019",277,{"$f":"BA349*BE349*BI349*BQ349/1000","v":87.998400000000004},"Heating kWh Savings","MN TRM 2019",277,400,"Use Actual Design CFM (1 ton = 400 CFM), this calculation assumes 1 ton.","https://energy.mo.gov/sites/energy/files/61-why-400-cfm-per-ton.pdf",null,0.21,"Box Size Factor (Watts/CFM)","MN TRM 2019",277,0.9,"Load Factor (LF)","MN TRM 2019",277,986,"EFLHCOOL","MO TRM 2017 Volume 2",100,1164,"EFLHHEAT","MO TRM 2017 Volume 2",100]
["Whole Business Efficiency Program","ECM Fan Motors w/ Design CFM ≥ 1000",469.1,"C&I","HVAC","fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.","per motor",120,"MN TRM 2024",334,{"$f":"ROUND(AS350+AW350,4)","v":162.54},"Calculated Value",null,null,0.9,"MN TRM 2024",335,{"$f":"ROUND(BA350*BE350*BI350/1000*O350,4)","v":6.8000000000000005E-2},"Calculated Value",null,null,null,null,20,"MN TRM 2024",334,"This measure includes efficiency gains for an electronically commutated motor (ECM) being applied within fan-powered terminal boxes, fan coils, and HVAC supply fans on small unitary equipment.",null,null,null,"No ECM",null,null,null,"=ROUND(AS350+AW350,4)","=ROUND(BA350*BE350*BI350/1000*O350,4)","MN TRM 2024",334,"2025-01-01",null,null,null,null,null,{"$f":"BA350*BE350*BI350*BM350/1000","v":74.541600000000003},"Cooling kWh Savings","MN TRM 2024",334,{"$f":"BA350*BE350*BI350*BQ350/1000","v":87.998400000000004},"Heating kWh Savings","MN TRM 2024",334,400,"Use Actual Design CFM (1 ton = 400 CFM), this calculation assumes 1 ton.",null,null,0.21,"Box Size Factor (Watts/CFM)","MN TRM 2024",335,0.9,"Load Factor (LF)","MN TRM 2024",335,986,"EFLHCOOL","MO TRM 2017 Volume 2",100,1164,"EFLHHEAT","MO TRM 2017 Volume 2",100]
["Whole Business Efficiency Program","ECM Motors Walk-In Coolers & Freezers",85.3,"C&I","Refrigeration",null,"per motor",{"$f":"AVERAGE(47.95,102.36)","v":75.155000000000001},"WI TRM 2022",789,{"$f":"ROUND(1586,4)","v":1586},"IL TRM V11, Vol 2, Deemed value considered for unknown motor rating",750,null,1,"IL TRM V11, Vol 2",750,{"$f":"ROUND(K351/AS351*O351,4)","v":0.18110000000000001},"IL TRM V11, Vol 2",750,null,null,null,15,"IL TRM V11, Vol 2",749,"ECM Motor",null,"IL TRM V11, Vol 2",749,"Shaded-pole motor(s) with no fan control",null,"IL TRM V11, Vol 2",749,"=ROUND(1586,4)","=ROUND(K351/AS351*O351,4)","IL TRM V11, Vol 2","749, 750","2024-01-01","2024-12-31",null,null,null,null,8760,"Hours","IL TRM V11, Vol 2",750]
["Whole Business Efficiency Program","ECM Motors Walk-In Coolers & Freezers 1/15 HP",85.4,"C&I","Refrigeration",null,"per motor",{"$f":"AVERAGE(47.95,102.36)","v":75.155000000000001},"WI TRM 2023, average of walk in cooler and freezer <1/20 hp values",679,{"$f":"ROUND(1586,4)","v":1586},"IL TRM v12 vol2, deemed unknown HP",804,null,1,"IL TRM v12 vol2",803,{"$f":"ROUND(K352/U352*O352,4)","v":0.18110000000000001},"IL TRM v12 vol2",804,8760,"IL TRM v12 vol2",804,15,"IL TRM v12 vol2",803,"ECM Motor",null,"IL TRM v12 vol2",803,"Shaded-pole motor(s) with no fan control",null,"IL TRM v12 vol2",803,"=ROUND(1586,4)","=ROUND(K352/U352*O352,4)","IL TRM v12 vol2","803, 804","2025-01-01"]
["Whole Business Efficiency Program","ECM Motors Walk-In Coolers & Freezers",303,"Small C&I","Refrigeration",null,"per motor",177,"IL TRM v6 vol2",442,{"$f":"ROUND(AS353*AW353,4)","v":408},"IL TRM v6 vol2",443,null,1,"IL TRM v6 vol2",442,{"$f":"ROUND(AS353*AW353/BA353*BE353,4)","v":4.6600000000000003E-2},"Calculated Value",null,null,null,null,15,"IL TRM v6 vol2",442,"ECM Motor",null,"IL TRM v6 vol2",442,"Standard Motor",null,"IL TRM v6 vol2",442,"=ROUND(AS353*AW353,4)","=ROUND(AS353*AW353/BA353*BE353,4)","IL TRM v6 vol2",442443,"2020-01-01","2024-12-31",null,null,null,null,1,"Number of Motors","IL TRM v6 vol2",442,408,"Savings per motor","IL TRM v6 vol2",442,8760,"Full Load hours per year","IL TRM v6 vol2",442,1,"Summer Peak Coincidence Factor (CF)","IL TRM v6 vol2",442]
["Whole Business Efficiency Program","ECM Motors Walk-In Coolers & Freezers 16W",303.10000000000002,"Small C&I","Refrigeration",null,"per motor",304.58999999999997,"IL TRM v12 vol2",803,{"$f":"ROUND(AW354*AS354,4)","v":652},"Calculated Value",null,null,1,"IL TRM v12 vol2",803,{"$f":"ROUND(K354/U354*O354*AS354,4)","v":7.4399999999999994E-2},"Calculated Value",null,8760,"IL TRM v12 vol2",804,15,"IL TRM v12 vol2",803,"ECM Motor with minimum efficiency of 66%",null,"IL TRM v12 vol2",803,"Existing shaded-pole motor(s) with no fan control operating 8760 hours continuously in a refrigerated display case or fan coil unit of a walk-in cooling unit.",null,"IL TRM v12 vol2",803,"=ROUND(AW354*AS354,4)","=ROUND(K354/U354*O354*AS354,4)","IL TRM v12 vol2","803, 804","2025-01-01",null,null,null,null,null,1,"Number of Motors","IL TRM v12 vol2",804,652,"Savings per motor, deemed value for 16W","IL TRM v12 vol2",804]
["Whole Business Efficiency Program","Efficient Hand Dryers",1097,"C&I","Misc",null,"per unit",483,"IL TRM v12 vol2",979,{"$f":"ROUND(AS355*AW355*((AF355*BA355-AB355*BE355)/(3600*1000)),4)","v":792.60760000000005},"Calculated Value",980,{"$f":"ROUND(K355/U355,4)","v":0.14480000000000001},0.09,"IL TRM v12 vol2, moderate usage",979,{"$f":"ROUND((AF355-AB355)/1000*O355,4)","v":8.7300000000000003E-2},"Calculated Value",null,5475,"IL TRM v12 vol2, moderate usage (365 days per hear, 15 hours per day)",980,10,"IL TRM v12 vol2",979,"Watts,ee",1066,"IL TRM v12 vol2",981,"Watts,baseline",2036,"IL TRM v12 vol2",981,"=ROUND(AS355*AW355*((AF355*BA355-AB355*BE355)/(3600*1000)),4)","=ROUND((AF355-AB355)/1000*O355,4)","IL TRM v12 vol2","980, 981","2025-01-01",null,null,null,null,null,125,"CPD, moderate usage","IL TRM v12 vol2",980,365,"DPY, moderate usage","IL TRM v12 vol2",980,37,"Cycle Time, baseline","IL TRM v12 vol2",981,12,"Cycle Time, efficient","IL TRM v12 vol2",981]
["Whole Business Efficiency Program","ENERGY STAR Beverage Machine Class A",820,"C&I","Refrigeration","Class A machine; A refrigerated bottled and/or canned beverage vending machine that is not a\ncombination vending machine and in which 25 percent or more of the surface area on the front side of the\nbeverage vending machine is transparent","per unit",500,"IL TRM v12 vol2",806,{"$f":"ROUND((AF356-AB356)*AW356,4)","v":95.301500000000004},"Calculated Value",null,null,0,"IL TRM v12 vol2",807,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol2",806,"Energy Star Vending Class A Machine",{"$f":"0.04836*AS356+2.2599","v":3.4689000000000001},"IL TRM v12 vol2",806,"Standard Vending Machine",{"$f":"0.052*AS356+2.43","v":3.7300000000000004},"IL TRM v12 vol2",806,"=ROUND((AF356-AB356)*AW356,4)","=ROUND(0,4)","IL TRM v12 vol2",807,"2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(11.5,38.5)","v":25},"V, average of Class A","IL TRM v12 vol2",807,365,"Days per year","IL TRM v12 vol2"]
["Whole Business Efficiency Program","ENERGY STAR Beverage Machine Class B",821,"C&I","Refrigeration","Class B Machine: Any refrigerated bottled and/or canned beverage vending machine not considered to be Class A, and is not a combination vending machine","per unit",500,"IL TRM v12 vol2",806,{"$f":"ROUND((AF357-AB357)*AW357,4)","v":175.12700000000001},"Calculated Value",null,null,0,"IL TRM v12 vol2",807,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,14,"IL TRM v12 vol2",806,"Energy Star Vending Class B Machine",{"$f":"0.04576*AS356+1.936","v":3.08},"IL TRM v12 vol2",806,"Standard Vending Machine",{"$f":"0.052*AS357+2.2","v":3.5598000000000001},"IL TRM v12 vol2",806,"=ROUND((AF357-AB357)*AW357,4)","=ROUND(0,4)","IL TRM v12 vol2",807,"2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(21.8,30.5)","v":26.15},"V, average of Class A","IL TRM v12 vol2",807,365,"Days per year","IL TRM v12 vol2"]
["Whole Business Efficiency Program","ENERGY STAR Beverage Machine w/ software",257.10000000000002,"C&I","Refrigeration","kWh savings per machine w/ software","per unit",500,"IL TRM v6 vol2",445,{"$f":"ROUND(1842,4)","v":1842},"IL TRM v6 vol2",446,null,0,"IL TRM v6 vol2",446,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",446,null,null,null,14,"IL TRM v6 vol2",445,"Energy Star Vending Machine w software",null,"IL TRM v6 vol2",445,"Standard Vending Machine",null,"IL TRM v6 vol2",445,"=ROUND(1842,4)","=ROUND(0,4)","IL TRM v6 vol2",446,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","ENERGY STAR Beverage Machine w/o software",256.10000000000002,"C&I","Refrigeration","kWh savings per machine w/o software","per unit",500,"IL TRM v6 vol2",445,{"$f":"ROUND(1310,4)","v":1310},"IL TRM v6 vol2",446,null,0,"IL TRM v6 vol2",446,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",446,null,null,null,14,"IL TRM v6 vol2",445,"Energy Star Vending Machine w/o software",null,"IL TRM v6 vol2",445,"Standard Vending Machine",null,"IL TRM v6 vol2",445,"=ROUND(1310,4)","=ROUND(0,4)","IL TRM v6 vol2",446,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (0 < V <13)",345,"C&I","Cooking",null,"per unit",1783,"Ameren MO TRM 2018",48,{"$f":"ROUND((AF360-AB360)*AS360*AW360/1000,4)","v":709.49810000000002},"Calculated Value",null,{"$f":"ROUND(K360/AS360/AW360,4)","v":0.1295},0.36,"IL TRM v6 vol2",54,{"$f":"ROUND(K360/AS360/AW360*O360,4)","v":4.6600000000000003E-2},"Calculated Value",null,null,null,null,12,"Ameren MO TRM 2018",65,"IdleRateESTAR",{"$f":"21.5*BA360","v":150.5},"Ameren MO TRM",66,"IdleRateBase",{"$f":"40*BA360","v":280},"Ameren MO TRM",66,"=ROUND((AF360-AB360)*AS360*AW360/1000,4)","=ROUND(K360/AS360/AW360*O360,4)","Ameren MO TRM, IL TRM v6 vol2","66, 56","2020-01-01","2024-12-31",null,null,null,null,15,"Hours (Daily)","Ameren MO TRM",66,365.25,"Days","Ameren MO TRM",66,7,"Interior Volume","Assumption"]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (0 < V <13)",345.1,"C&I","Cooking","Full Service Expanded Menu","per unit",1000,"IL TRM v12 vol2",152,181.48089999999999,"Calculated Value",null,{"$f":"ROUND(K361/U361,4)","v":5.5199999999999999E-2},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",152,{"$f":"ROUND(K361/U361*O361,4)","v":1.9900000000000001E-2},"Calculated Value",null,{"$f":"AS361*AW361","v":3287.25},"IL TRM v12 vol2",153,12,"IL TRM v12 vol2",152,"IdleRateESTAR",{"$f":"BA361*21.5","v":139.64250000000001},"IL TRM v12 vol2",153,"IdleRateBase",{"$f":"30*BA361","v":194.85},"IL TRM v12 vol2",153,"=ROUND((AF361-AB361)*AS361*AW361/1000,4)","=ROUND(K361/U361*O361,4)","IL TRM v12 vol2",153,"2025-01-01",null,null,null,null,null,9,"Hours (Daily)","IL TRM v12 vol2",153,365.25,"Days","IL TRM v12 vol2",153,{"$f":"AVERAGE(0,12.99)","v":6.4950000000000001},"Interior Volume, average of measure","Assumption"]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (13 ≤ V <28)",346,"C&I","Cooking",null,"per unit",1783,"Ameren MO TRM 2018",48,2772.2474999999999,"Calculated Value",null,{"$f":"ROUND(K362/AS362/AW362,4)","v":0.50600000000000001},0.36,"IL TRM v6 vol2",54,{"$f":"ROUND(K362/AS362/AW362*O362,4)","v":0.1822},"Calculated Value",null,null,null,null,12,"Ameren MO TRM 2018",65,"IdleRateESTAR",{"$f":"2*BA362+254","v":294},"Ameren MO TRM",66,"IdleRateBase",{"$f":"40*BA362","v":800},"Ameren MO TRM",66,"=ROUND((AF362-AB362)*AS362*AW362/1000,4)","=ROUND(K362/AS362/AW362*O362,4)","Ameren MO TRM, IL TRM v6 vol2","66, 56","2020-01-01","2024-12-31",null,null,null,null,15,"Hours (Daily)","Ameren MO TRM",66,365.25,"Days","Ameren MO TRM",66,20,"Interior Volume","Assumption"]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (13 ≤ V <28)",346.1,"C&I","Cooking","Full Service Expanded Menu","per unit",1000,"IL TRM v12 vol2",152,1051.4598000000001,"Calculated Value",null,{"$f":"ROUND(K363/U363,4)","v":0.31990000000000002},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",152,{"$f":"ROUND(K363/U363*O363,4)","v":0.11509999999999999},"Calculated Value",null,{"$f":"AS363*AW363","v":3287.25},"IL TRM v12 vol2",153,12,"IL TRM v12 vol2",152,"IdleRateESTAR",{"$f":"2*BA363+254","v":294.99},"IL TRM v12 vol2",153,"IdleRateBase",{"$f":"30*BA363","v":614.84999999999991},"IL TRM v12 vol2",153,"=ROUND((AF363-AB363)*AS363*AW363/1000,4)","=ROUND(K363/U363*O363,4)","IL TRM v12 vol2",153,"2025-01-01",null,null,null,null,null,9,"Hours (Daily)","IL TRM v12 vol2",153,365.25,"Days","IL TRM v12 vol2",153,{"$f":"AVERAGE(13,27.99)","v":20.494999999999997},"Interior Volume, average of measure","Assumption"]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (28 ≤ V)",347.1,"C&I","Cooking",null,"per unit",1800,"IL TRM v10 Vol2",116,3944.7,"Calculated Value",null,{"$f":"ROUND(K364/AS364/AW364,4)","v":0.72},{"$f":"AVERAGE(0.32,0.41,0.46,0.51,0.36,0.39)","v":0.40833333333333338},"IL TRM v10 Vol2",116,{"$f":"ROUND((AF364-AB364)*O364/1000,4)","v":0.29399999999999998},"Calculated Value",null,null,null,null,12,"IL TRM v10 Vol2",116,"PowerENERGYSTAR",480,"IL TRM v10 Vol2",117,"PowerBaseline",1200,"IL TRM v10 Vol2",117,"=ROUND((AF364-AB364)*AS364*AW364/1000,4)","=ROUND((AF364-AB364)*O364/1000,4)","IL TRM v10 Vol2",116117,"2023-01-01","2024-12-31",null,null,null,null,15,"Hours (Daily)","IL TRM v10 Vol2",117,365.25,"Days","IL TRM v10 Vol2",117]
["Whole Business Efficiency Program","ENERGY STAR Hot Holding Cabinet (28 ≤ V)",347.2,"C&I","Cooking","Full Service Expanded Menu","per unit",1000,"IL TRM v12 vol2",152,1742.5712000000001,"Calculated Value",null,{"$f":"ROUND(K365/U365,4)","v":0.53010000000000002},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",152,{"$f":"ROUND(K365/U365*O365,4)","v":0.1908},"Calculated Value",null,{"$f":"AS365*AW365","v":3287.25},"IL TRM v12 vol2",153,12,"IL TRM v12 vol2",152,"IdleRateESTAR",{"$f":"3.8*BA365+203.5","v":309.89999999999998},"IL TRM v12 vol2",153,"IdleRateBase",{"$f":"30*BA365","v":840},"IL TRM v12 vol2",153,"=ROUND((AF365-AB365)*AS365*AW365/1000,4)","=ROUND(K365/U365*O365,4)","IL TRM v12 vol2",153,"2025-01-01",null,null,null,null,null,9,"Hours (Daily)","IL TRM v12 vol2",153,365.25,"Days","IL TRM v12 vol2",153,28,"Volume, low of measure","Assumption"]
["Whole Business Efficiency Program","Energy Star Residential Heat Pump Water Heater ≤ 55 gal, UEF ≥ 3.3",786,"C&I","Water Heating","Electric heat pump water heaters with a maximum current rating of 24 amperes at an input voltage 250 volts or less, including all ancillary equipment such as fans, storage tanks, pumps, or controls necessary for the device to perform its function.","per unit",1199,"IL TRM V12.0 Vol. 2",211,{"$f":"ROUND(((BE366-BI366)*AS366*BA366*1*(1/AF366-1/AB366))/3412 + BM366 - BQ366,4)","v":4131.2642999999998},"IL TRM v12 Vol. 2",212,null,0.92500000000000004,"IL TRM v12.0 Vol. 2",220,{"$f":"ROUND((K366/U366)*O366,4)","v":0.59150000000000003},"IL TRM v12.0 Vol. 2",220,6461,"IL TRM v12.0 Vol. 2",220,15,"IL TRM v12 Vol. 2",210,"UEF_Eff",3.3,"https://www.energystar.gov/products/water_heaters/residential_water_heaters_key_product_criteria",null,"UEF_Base",{"$f":"0.9307 - (0.0002*AW366)","v":0.92069999999999996},"10 CFR 430.32(d)","Electric Storage Water Heaters, ≥20 gal and ≤55 gal, Medium","=ROUND(((BE366-BI366)*AS366*BA366*1*(1/AF366-1/AB366))/3412 + BM366 - BQ366,4)","=ROUND((K366/U366)*O366,4)","IL TRM v12 Vol. 2","212, 220","2024-01-01","2024-12-31",null,null,null,null,{"$f":"555*AW366","v":27750},"HotWaterUse (Gallon)","IL TRM v12 Vol. 2",214,50,"Capacity (gal)","IL TRM v12 Vol. 3","249, 250",8.33,"γWater","IL TRM v12 Vol. 2",215,125,"T_out","IL TRM v12 Vol. 2",23,50.7,"T_in","IL TRM v12 Vol. 2",23,{"$f":"((((BE366-BI366)*AS366*BA366*1*(1-1/AB366))*BU366*0.25*BY366) / (CC366*3412)) * CG366","v":189.37062553212169},"HPWHWasteHeat_Cool","IL TRM v12.0 Vol. 2",216,{"$f":"((((BE366-BI366)*AS366*BA366*1*(1-1/AB366))*BU366*0.35) / (CK366*3412)) * CO366","v":0},"HPWHWasteHeat_Heat","IL TRM v12.0 Vol. 2",217,0.5,"LF","IL TRM v12.0 Vol. 2",216,1.33,"LM","IL TRM v12.0 Vol. 2",216,3.08,"COP_Cool","IL TRM v12.0 Vol. 2",216,1,"Cool","IL TRM v12.0 Vol. 2",217,1,"COP_Heat","IL TRM v12.0 Vol. 2",217,0,"ElectricHeat","IL TRM v12.0 Vol. 2",217]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/15 - 1/20HP",542,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(315,4)","v":315},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.036, 4)","v":3.5999999999999997E-2},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(315,4)","=ROUND(0.036, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/15 - 1/20HP",542.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(293, 4)","v":293},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.033, 4)","v":3.3000000000000002E-2},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(293, 4)","=ROUND(0.033, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/2HP",545,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(2283,4)","v":2283},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.261, 4)","v":0.26100000000000001},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(2283,4)","=ROUND(0.261, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/2HP",545.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(2126, 4)","v":2126},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.243, 4)","v":0.24299999999999999},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(2126, 4)","=ROUND(0.243, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/3HP",544,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(1524,4)","v":1524},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.174, 4)","v":0.17399999999999999},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(1524,4)","=ROUND(0.174, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/3HP",544.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(1419, 4)","v":1419},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.162, 4)","v":0.16200000000000001},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(1419, 4)","=ROUND(0.162, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/5HP",543,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(920,4)","v":920},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.105, 4)","v":0.105},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(920,4)","=ROUND(0.105, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 1/5HP",543.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(856, 4)","v":856},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.098, 4)","v":9.8000000000000004E-2},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(856, 4)","=ROUND(0.098, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 3/4HP",546,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(3444,4)","v":3444},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.393, 4)","v":0.39300000000000002},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(3444,4)","=ROUND(0.393, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers - 3/4HP",546.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(3209, 4)","v":3209},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.366, 4)","v":0.36599999999999999},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(3209, 4)","=ROUND(0.366, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers- 16W",541,"C&I","Refrigeration",null,"per motor",291,"IL TRM v9 vol2",585,{"$f":"ROUND(212,4)","v":212},"IL TRM v9 vol2",586,null,null,null,null,{"$f":"ROUND(0.024, 4)","v":2.4E-2},"IL TRM v9 vol2",586,null,null,null,13,"IL TRM v9 vol2",585,"ECM Motor",null,"IL TRM v9 vol2",585,"Reach-in or walk-in cooler or freezer with continuous operating EC motor"," ","IL TRM v9 vol2",585,"=ROUND(212,4)","=ROUND(0.024, 4)","IL TRM v9 vol2",586,"2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","Evaporator Fan Controls for ECM Motors - Refrigeration Coolers & Freezers- 16W",541.1,"C&I","Refrigeration",null,"per motor",161.75,"IL TRM v12 vol3",843,{"$f":"ROUND(198, 4)","v":198},"IL TRM v12 vol3",844,null,null,null,null,{"$f":"ROUND(0.023, 4)","v":2.3E-2},"IL TRM v12 vol3",844,null,null,null,13,"IL TRM v12 vol3",843,"ECM Motor",null,"IL TRM v12 vol3",843,"Reach-in or walk-in cooler or freezer with continuous operating EC motor",null,"IL TRM v12 vol3",843,"=ROUND(198, 4)","=ROUND(0.023, 4)","IL TRM v12 vol3",844,"2025-01-01"]
["Whole Business Efficiency Program","GSHP <135kbtu; ≥17EER",365.1,"C&I","HVAC",null,"per ton",{"$f":"10923-(6562+600)","v":3761},"IL TRM V11, Vol 2",499,{"$f":"ROUND((AS379*(1/AF379-1/AB379)*CC379 + BU379/3.412*(1/BE379-1/BI379)*BY379),4)","v":67.403199999999998},"Calculated Value",null,null,0.91300000000000003,"IL TRM v6 vol2",172,{"$f":"ROUND(AS379*(1/AF379-1/AB379)*O379,4)","v":3.1800000000000002E-2},"Calculated Value",null,null,null,null,25,"IL TRM v6 vol2",165,"EERee",17,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 1 -2 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERBase",16.2,"IL TRM v6 vol2",168,"=ROUND((AS379*(1/AF379-1/AB379)*CC379 + BU379/3.412*(1/BE379-1/BI379)*BY379),4)","=ROUND(AS379*(1/AF379-1/AB379)*O379,4)","IL TRM v6 vol2","166, 172","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,null,null,null,3.6,"COPbase","IL TRM v6 vol2",169,3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",null,855,"EFLHHeat","IL TRM v6 vol2",134,1286,"EFLHCool","IL TRM v6 vol2",134]
["Whole Business Efficiency Program","GSHP <135kbtu; ≥17EER",365.2,"C&I","HVAC",null,"per ton",{"$f":"10923-(6562+600)","v":3761},"IL TRM v12 vol2",544,{"$f":"ROUND((AS380*(1/AF380-1/AB380)*CC380 + ((BU380*BY380*(1/BE380-1/(BI380))))),4)","v":564.00319999999999},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",545,{"$f":"ROUND(AS380*((1/AF380-1/AB380))*O380,4)","v":0.14369999999999999},"Calculated Value",null,null,null,null,25,"IL TRM v12 vol2",544,"IEER",17,"Measure Minimum",null,"EER2Base",13.9,"Actually Baseline Values",null,"=ROUND((AS380*(1/AF380-1/AB380)*CC380 + ((BU380*BY380*(1/BE380-1/(BI380))))),4)","=ROUND(AS380*((1/AF380-1/AB380))*O380,4)","IL TRM v12 vol2","545, 553","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,null,null,null,3.4,"COPbase","Actually Baseline Values",null,3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",null,1385,"EFLHheat","IL TRM v12 vol3",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","GSHP <135kbtu; ≥19EER",366.1,"C&I","HVAC",null,"per ton",{"$f":"10923-(6562+600)","v":3761},"IL TRM V11, Vol 2",499,{"$f":"ROUND((AS381*(1/AF381-1/AB381)*CC381 + BU381/3.412*(1/BE381-1/BI381)*BY381),4)","v":162.95740000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM v6 vol2",172,{"$f":"ROUND(AS381*(1/AF381-1/AB381)*O381,4)","v":9.9699999999999997E-2},"Calculated Value",null,null,null,null,25,"IL TRM v6 vol2",165,"EERee",19,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 1 -2 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERBase",16.2,"IL TRM v6 vol2",168,"=ROUND((AS381*(1/AF381-1/AB381)*CC381 + BU381/3.412*(1/BE381-1/BI381)*BY381),4)","=ROUND(AS381*(1/AF381-1/AB381)*O381,4)","IL TRM v6 vol2","166, 172","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,null,null,null,3.6,"COPbase","IL TRM v6 vol2",169,3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",null,855,"EFLHHeat","IL TRM v6 vol2",134,1286,"EFLHCool","IL TRM v6 vol2",134]
["Whole Business Efficiency Program","GSHP <135kbtu; ≥19EER",366.2,"C&I","HVAC",null,"per ton",{"$f":"10923-(6562+600)","v":3761},"IL TRM v12 vol2",544,{"$f":"ROUND((AS382*(1/AF382-1/AB382)*CC382 + ((BU382*BY382*(1/BE382-1/(BI382))))),4)","v":643.13630000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",545,{"$f":"ROUND(AS382*((1/AF382-1/AB382))*O382,4)","v":0.21160000000000001},"Calculated Value",null,null,null,null,25,"IL TRM v12 vol2",544,"IEER",19,"Measure Minimum",null,"EER2Base",13.9,"Actually Baseline Values",null,"=ROUND((AS382*(1/AF382-1/AB382)*CC382 + ((BU382*BY382*(1/BE382-1/(BI382))))),4)","=ROUND(AS382*((1/AF382-1/AB382))*O382,4)","IL TRM v12 vol2","545, 553","2025-01-01",null,null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,null,null,null,3.4,"COPbase","Actually Baseline Values",null,3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",null,1385,"EFLHheat","IL TRM v12 vol3",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","High Efficiency Pool Pump",78.2,"C&I","Pools",null,"per unit",{"$f":"AVERAGE(314,930)","v":622},"IL TRM V10 Vol 3",392,{"$f":"ROUND(1301.2478,4)","v":1301.2478000000001},"Calculated Value",null,null,1,"Calculated Value",null,{"$f":"ROUND(0.1485,4)","v":0.14849999999999999},"Calculated Value",null,null,null,null,10,"IL TRM v6 vol3",296,"High Efficiency",null,"IL TRM v6 vol3",296,"Standard Pool Pump",null,"IL TRM v6 vol3",296,"=ROUND(1301.2478,4)","=ROUND(0.1485,4)","IL TRM v6 vol2",479,"2024-01-01","2024-12-31"]
["Whole Business Efficiency Program","High Efficiency Pool Pump",78.3,"C&I","Pools",null,"per unit",{"$f":"AVERAGE(314,930)","v":622},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",480,{"$f":"ROUND(AVERAGE(307.7,189.5),4)","v":248.6},"Calculated Value",480,null,0.83099999999999996,"IL TRM V12 Vol 3",480,{"$f":"ROUND(AVERAGE(0.2152,0.4793),4)","v":0.3473},"IL TRM V12 Vol 3",482,null,null,null,7,"IL TRM V12 Vol 3",480," ENERGY STAR or CEE T1 variable speed residential pool pump motor, WEFestar",{"$f":"AVERAGE(6.31,3.49)","v":4.9000000000000004},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",481,"WEFbase",{"$f":"AVERAGE(4.63,2.57)","v":3.5999999999999996},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",481,"=ROUND(AVERAGE(307.7,189.5),4)","=ROUND(AVERAGE(0.2152,0.4793),4)","IL TRM v12 vol3","479-483","2025-01-01"]
["Whole Business Efficiency Program","High Efficiency PTAC/PTHP",86.1,"C&I","HVAC",null,"per ton",84,"IL TRM v6 vol2",184,{"$f":"ROUND(30.0701,4)","v":30.0701},"Calculated Value",null,null,0.91,"IL TRM v6 vol2",185,{"$f":"ROUND(0.0118,4)","v":1.18E-2},"Calculated Value",null,null,null,null,15,"IL TRM v6 vol2",184,"EER",12,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 1 -2 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EER",10.199999999999999,"IL TRM v6 vol2",186,"=ROUND(30.0701,4)","=ROUND(0.0118,4)","IL TRM v6 vol2",185187,"2020-01-01","2024-12-31",1325,5249,"MO TRM and Navigant Analysis",null,12000,"Btu/hr","IL TRM v6 vol2",150,11535.608280259705,"Unit size conversion","Program Tracking Data",null,1.7948350071736064E-3,"HSPF improvement factor"]
["Whole Business Efficiency Program","High Efficiency PTAC/PTHP",86.2,"C&I","HVAC",null,"per ton",84,"IL TRM V12, Vol 2",350,{"$f":"ROUND(AS386*(1/AF386-1/AB386)*BE386,4)","v":269.86430000000001},"Calculated Value",351,null,0.91300000000000003,"IL TRM V12, Vol 2",351,{"$f":"ROUND(AF386*(1/AF386-1/AB386)*O386,4)","v":0.1966},"Calculated Value",351,null,null,null,8,"IL TRM v12 vol2",350,"EERee",13,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",10.199999999999999,"IL TRM v12 vol2",353,"=ROUND(AS386*(1/AF386-1/AB386)*BE386,4)","=ROUND(AF386*(1/AF386-1/AB386)*O386,4)","IL TRM V12, Vol 2","351, 355","2025-01-01",null,null,null,null,null,12,"kBtucool/hr","unit conversion",null,null,null,null,null,null,null,null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","High Efficiency Reach-In Freezer",259.2,"C&I","Refrigeration","No unique savings for this measure. The savings is based on actual chilled or frozen compartment volume of the efficient unit. This measure life is for freezer","per unit",166,"IL TRM v6 vol2",22,{"$f":"ROUND((AF387-AB387)*365.25,4)","v":382.05149999999998},"Calculated Value",null," ",0.93700000000000006,"IL TRM v5 vol2",24,{"$f":"ROUND(K387/U387*O387,4)","v":4.0800000000000003E-2},"Calculated Value",null,8766,"IL TRM v5 vol2",24,12,"IL TRM v5 vol2",22,"High Efficiency kWh/day",4.944,"IL TRM v7 vol2","22 (average of solid and glass door, assuming 15 cubic ft)","Standard kWh/day",5.99,"IL TRM v7 vol2","22 (average of solid and glass door, assuming 15 cubic ft)","=ROUND((AF387-AB387)*365.25,4)","=ROUND(K387/U387*O387,4)","IL TRM v5 vol2","23, 24","2020-05-01","2024-12-31"]
["Whole Business Efficiency Program","High Efficiency Reach-In Freezer",259.3,"C&I","Refrigeration","15 cu.ft., solid door","per unit",57,"IL TRM v12 vol2",99,{"$f":"ROUND((AF388-AB388)*AW388,4)","v":230.83799999999999},"Calculated Value",null,null,0.93700000000000006,"IL TRM v12 vol2",99,{"$f":"ROUND(K388/U388*O388,4)","v":2.47E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",100,12,"IL TRM v12 vol2",98,"High Efficiency kWh/day",{"$f":"0.12*AS388+2.248","v":4.048},"IL TRM v12 vol2, 15 ft3 solid door",99,"Standard kWh/day",{"$f":"0.22*AS388+1.38","v":4.68},"IL TRM v12 vol2, 15 ft3 solid door",99,"=ROUND((AF388-AB388)*AW388,4)","=ROUND(K388/U388*O388,4)","IL TRM v12 vol2","99, 100","2025-01-01",null,null,null,null,null,15,"V, assume 15 ft3, solid door",null,null,365.25,"Days per year","IL TRM v12 vol2",99]
["Whole Business Efficiency Program","High Efficiency Reach-In Refrigerator",258.2,"C&I","Refrigeration","No unique savings for this measure. The savings is based on actual chilled or frozen compartment volume of the efficient unit. This measure life is for refrigerator","per unit",164,"IL TRM v6 vol2",22,{"$f":"ROUND((AF389-AB389)*365.25,4)","v":295.85250000000002},"Calculated Value",null," ",0.93700000000000006,"IL TRM v5 vol2",24,{"$f":"ROUND(K389/U389*O389,4)","v":3.1600000000000003E-2},"Calculated Value",null,8766,"IL TRM v5 vol2",24,12,"IL TRM v5 vol2",22,"High Efficiency kWh/day",1.3,"IL TRM v9 vol2","53 (calculated for 15 cuft solid door refrigerators)","Standard kWh/day",2.11,"IL TRM v9.0 Vol 2","53 (calculated for 15 cuft solid door refrigerators)","=ROUND((AF389-AB389)*365.25,4)","=ROUND(K389/U389*O389,4)","IL TRM v9 vol2","52,53","2022-01-01","2024-12-31"]
["Whole Business Efficiency Program","High Efficiency Reach-In Refrigerator",258.3,"C&I","Refrigeration","15 cu.ft., solid door","per unit",121,"IL TRM v12 vol2",99,{"$f":"ROUND((AF390-AB390)*AW390,4)","v":332.3775},"Calculated Value",null,null,0.93700000000000006,"IL TRM v12 vol2",99,{"$f":"ROUND(K390/U390*O390,4)","v":3.5499999999999997E-2},"Calculated Value",null,8766,"IL TRM v12 vol2",100,12,"IL TRM v12 vol2",98,"High Efficiency kWh/day",{"$f":"0.05*AS390+0.45","v":1.2},"IL TRM v12 vol2, 15 ft3 solid door",99,"Standard kWh/day",{"$f":"0.05*AS390+1.36","v":2.1100000000000003},"IL TRM v12 vol2, 15 ft3 solid door",99,"=ROUND((AF390-AB390)*AW390,4)","=ROUND(K390/U390*O390,4)","IL TRM v12 vol2","99, 100","2025-01-01",null,null,null,null,null,15,"V, assume 15 ft3, solid door",null,null,365.25,"Days per year","IL TRM v12 vol2",99]
["Whole Business Efficiency Program","High Volume Low Speed Fans (16-24ft Diameter)",712,"C&I","Pumps/Fans",null,"per ft",51.48,"Focus on Energy 2022 TRM",33,{"$f":"ROUND(((AS391-AW391)/1000*U391)/BA391, 4)","v":815.78700000000003},"Focus on Energy 2022 TRM",34,null,1,"Focus on Energy 2022 TRM",34,{"$f":"ROUND(((AS391-AW391)/1000*O391)/BA391, 4)","v":0.21110000000000001},"Focus on Energy 2022 TRM",34,3864,"Focus on Energy 2022 TRM",34,15,"Focus on Energy 2022 TRM",33,"HVLS fan from 16-24 ft in diameter",null,"Focus on Energy 2022 TRM",34,"Multiple 4' diameter high speed fans of equivalent total diameter"," ","Focus on Energy 2022 TRM",34,{"$f":"cellformula(K391)","v":"=ROUND(((AS391-AW391)/1000*U391)/BA391, 4)"},{"$f":"cellformula(R391)","v":"=ROUND(((AS391-AW391)/1000*O391)/BA391, 4)"},"Focus on Energy 2022 TRM",34,"2024-01-01","2024-12-31",null,null,null,null,6186,"Watts_high speed","Focus on Energy 2022 TRM",34,1119,"Watts_HVLS","Focus on Energy 2022 TRM",34,24,"HVLS_diameter (ft)","Focus on Energy 2022 TRM",34]
["Whole Business Efficiency Program","High Volume Low Speed Fans (16-24ft Diameter)",712.1,"C&I","Pumps/Fans",null,"per ft",{"$f":"(4130-1460) / BA392","v":148.33333333333334},"IL TRM v12 vol2",13,{"$f":"ROUND((((AS392*AF392)-(AW392*AB392))/1000)*U392 / BA392,4)","v":726.85599999999999},"Calculated Value",null,null,1,"IL TRM v12 vol2",15,{"$f":"ROUND((((AS392*AF392)-(AW392*AB392))/1000)*O392 / BA392,4)","v":0.23200000000000001},"Calculated Value",null,3133,"IL TRM v12 vol2, Unknown/Other",15,10,"IL TRM v12 vol2",13,"Watts ee (18-19.9 ft diameter)",850,"IL TRM v12 vol2",14,"Watts base (18-19.9 ft diameter)",5026,"IL TRM v12 vol2",14,"=ROUND((((AS392*AF392)-(AW392*AB392))/1000)*U392 / BA392,4)","=ROUND((((AS392*AF392)-(AW392*AB392))/1000)*O392 / BA392,4)","IL TRM v12 vol2","14, 15","2025-01-01",null,null,null,null,null,1,"N base","IL TRM v12 vol2",14,1,"N ee","IL TRM v12 vol2",14,18,"HVLS_diameter (ft)"]
["Whole Business Efficiency Program","High Volume Low Speed Fans (20ft Diameter)",116.1,"C&I","Pumps/Fans",null,"per fan",4150,"IL TRM v6 vol2",9,{"$f":"ROUND(6577,4)","v":6577},"IL TRM v6 vol2",9,null,null,null,null,{"$f":"ROUND(2.4,4)","v":2.4},"IL TRM v6 vol2",10,null,null,null,10,"IL TRM v6 vol2",9,null,null,null,null,null,null,null,null,"=ROUND(6577,4)","=ROUND(2.4,4)","IL TRM v6 vol2","9,10","2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","High Volume Low Speed Fans (20ft Diameter)",116.2,"C&I","Pumps/Fans",null,"per fan",4190,"IL TRM v12 vol2",13,{"$f":"ROUND((((AS394*AF394)-(AB394*AW394))/1000)*U394,4)","v":14458.795},"Calculated Value",null,null,1,"IL TRM v12 vol2",15,{"$f":"ROUND((((AS394*AF394)-(AB394*AW394))/1000)*O394,4)","v":4.6150000000000002},"Calculated Value",null,3133,"IL TRM v12 vol2, Unknown/Other",15,10,"IL TRM v12 vol2",13,"Watts ee",940,"IL TRM v12 vol2",14,"Watts base",5555,"IL TRM v12 vol2",14,"=ROUND((((AS394*AF394)-(AB394*AW394))/1000)*U394,4)","=ROUND((((AS394*AF394)-(AB394*AW394))/1000)*O394,4)","IL TRM v12 vol2","14, 15","2025-01-01",null,null,null,null,null,1,"N base","IL TRM v12 vol2",14,1,"N ee","IL TRM v12 vol2",14]
["Whole Business Efficiency Program","High Volume Low Speed Fans (22ft Diameter)",117.1,"C&I","Pumps/Fans",null,"per fan",4180,"IL TRM v6 vol2",9,{"$f":"ROUND(8543,4)","v":8543},"IL TRM v6 vol2",10,null,null,null,null,{"$f":"ROUND(3.1,4)","v":3.1},"IL TRM v6 vol2",10,null,null,null,10,"IL TRM v6 vol2",9,null,null,null,null,null,null,null,null,"=ROUND(8543,4)","=ROUND(3.1,4)","IL TRM v6 vol2","9,10","2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","High Volume Low Speed Fans (22ft Diameter)",117.2,"C&I","Pumps/Fans",null,"per fan",4190,"IL TRM v12 vol2",13,{"$f":"ROUND((((AS396*AF396)-(AB396*AW396))/1000)*U396,4)","v":14458.795},"Calculated Value",null,null,1,"IL TRM v12 vol2",15,{"$f":"ROUND((((AS396*AF396)-(AB396*AW396))/1000)*O396,4)","v":4.6150000000000002},"Calculated Value",null,3133,"IL TRM v12 vol2, Unknown/Other",15,10,"IL TRM v12 vol2",13,"Watts ee",940,"IL TRM v12 vol2",14,"Watts base",5555,"IL TRM v12 vol2",14,"=ROUND((((AS396*AF396)-(AB396*AW396))/1000)*U396,4)","=ROUND((((AS396*AF396)-(AB396*AW396))/1000)*O396,4)","IL TRM v12 vol2","14, 15","2025-01-01",null,null,null,null,null,1,"N base","IL TRM v12 vol2",14,1,"N ee","IL TRM v12 vol2",14]
["Whole Business Efficiency Program","High Volume Low Speed Fans (24ft Diameter)",118.1,"C&I","Pumps/Fans",null,"per fan",4225,"IL TRM v6 vol2",9,{"$f":"ROUND(10018,4)","v":10018},"IL TRM v6 vol2",10,null,null,null,null,{"$f":"ROUND(3.7,4)","v":3.7},"IL TRM v6 vol2",10,null,null,null,10,"IL TRM v6 vol2",9,null,null,null,null,null,null,null,null,"=ROUND(10018,4)","=ROUND(3.7,4)","IL TRM v6 vol2","9,10","2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","High Volume Low Speed Fans (24ft Diameter)",118.2,"C&I","Pumps/Fans",null,"per fan",4230,"IL TRM v12 vol2",13,{"$f":"ROUND((((AS398*AF398)-(AB398*AW398))/1000)*U398,4)","v":17212.702000000001},"Calculated Value",null,null,1,"IL TRM v12 vol2",15,{"$f":"ROUND((((AS398*AF398)-(AB398*AW398))/1000)*O398,4)","v":5.4939999999999998},"Calculated Value",null,3133,"IL TRM v12 vol2, Unknown/Other",15,10,"IL TRM v12 vol2",13,"Watts ee",1119,"IL TRM v12 vol2",14,"Watts base",6613,"IL TRM v12 vol2",14,"=ROUND((((AS398*AF398)-(AB398*AW398))/1000)*U398,4)","=ROUND((((AS398*AF398)-(AB398*AW398))/1000)*O398,4)","IL TRM v12 vol2","14, 15","2025-01-01",null,null,null,null,null,1,"N base","IL TRM v12 vol2",14,1,"N ee","IL TRM v12 vol2",14]
["Whole Business Efficiency Program","Insulation Custom Measure",0.27,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2025-01-01"]
["Whole Business Efficiency Program","Kitchen Demand Ventillation Controls",371,"C&I","Cooking",null,"per HP",1988,"IL TRM v6 vol2",72,{"$f":"ROUND(4966,4)","v":4966},"IL TRM v6 vol2",73,null,null,null,null,{"$f":"ROUND(0.68,4)","v":0.68},"IL TRM v6 vol2",73,null,null,null,15,"IL TRM v6 vol2",72,null,null,null,null,null,null,null,null,"=ROUND(4966,4)","=ROUND(0.68,4)","IL TRM v6 vol2",73,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Kitchen Demand Ventillation Controls",371.1,"C&I","Cooking",null,"per HP",1992,"IL TRM v12 vol2",173,{"$f":"ROUND(4423,0)","v":4423},"IL TRM v12 vol2",173,null,null,null,null,{"$f":"ROUND(0.551,4)","v":0.55100000000000005},"IL TRM v12 vol2",173,null,null,null,20,"IL TRM v12 vol2",172,"A control system that varies the exhaust rate of kitchen ventilation (exhaust and/or makeup air fans) based on the energy and effluent output from the cooking appliances",null,"IL TRM v12 vol2",172,"kitchen ventilation that has constant speed ventilation motor",null,"IL TRM v12 vol2",172,"=ROUND(4423,0)","=ROUND(0.551,4)","IL TRM v12 vol2",173,"2025-01-01"]
["Whole Business Efficiency Program","Large Vat Open Deep-Fat Fryer",344,"C&I","Cooking",null,"per unit",1120,"MO TRM 2017",41,{"$f":"ROUND(((AF402*(AS402-AW402/BA402))-(AB402*(AS402-AW402/BE402)) + (AW402*BI402/BM402)-(AW402*BI402/BQ402))*BU402/1000,4)","v":2537.8353000000002},"Calculated Value",null,{"$f":"ROUND(K402/BU402/AS402,4)","v":0.57899999999999996},0.36,"IL TRM v6 vol2",49,{"$f":"ROUND(K402/BU402/AS402*O402,4)","v":0.2084},"Calculated Value",null,null,null,null,12,"MO TRM 2017",41,"ElecIdleESTAR (W)",1100,"MO TRM 2017",42,"ElecIdleBase (W)",1350,"MO TRM 2017",42,"=ROUND(((AF402*(AS402-AW402/BA402))-(AB402*(AS402-AW402/BE402)) + (AW402*BI402/BM402)-(AW402*BI402/BQ402))*BU402/1000,4)","=ROUND(K402/BU402/AS402*O402,4)","MO TRM 2017","42, 43","2020-01-01","2024-12-31",null,null,null,null,12,"Hours (Daily)","MO TRM 2017",42,150,"Food Cooked (lbs per day)","MO TRM 2017",42,100,"ElecPCBase (lb/hr)","MO TRM 2017",42,110,"ElecPCESTAR (lb/hr)","MO TRM 2017",42,167,"EFOODElec (Wh/lb)","MO TRM 2017",42,0.7,"ElecEffBase","MO TRM 2017",43,0.8,"ElecEffESTAR","MO TRM 2017",43,365.25,"Days","MO TRM 2017",42]
["Whole Business Efficiency Program","Large Vat Open Deep-Fat Fryer",344.1,"C&I","Cooking","Full Service Expanded Menu","per unit",500,"IL TRM v12 vol2",137,{"$f":"ROUND(((AF403*((AS403-(CG403/60))-AW403/BA403))-(AB403*((AS403-(CG403/60))-AW403/BE403))+((BY403-CC403)*1000)+((AW403*BI403/BM403)-(AW403*BI403/BQ403)))*BU403/1000,4)","v":2697.6320999999998},"Calculated Value",null,{"$f":"ROUND(((AF403*((AS403-(CG403/60))-AW403/BA403))-(AB403*((AS403-(CG403/60))-AW403/BE403))+((BY403-CC403)*1000)+((AW403*BI403/BM403)-(AW403*BI403/BQ403)))/(1000*AS403),4)","v":0.61550000000000005},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",138,{"$f":"ROUND(((AF403*((AS403-(CG403/60))-AW403/BA403))-(AB403*((AS403-(CG403/60))-AW403/BE403))+((BY403-CC403)*1000)+((AW403*BI403/BM403)-(AW403*BI403/BQ403)))/(1000*AS403)*O403,4)","v":0.22159999999999999},"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",null,"Idle_ESTAR (W/h)",1100,"IL TRM v12 vol2",139,"Idle_Base (W/h)",1350,null,null,"=ROUND(((AF403*((AS403-(CG403/60))-AW403/BA403))-(AB403*((AS403-(CG403/60))-AW403/BE403))+((BY403-CC403)*1000)+((AW403*BI403/BM403)-(AW403*BI403/BQ403)))*BU403/1000,4)","=ROUND(((AF403*((AS403-(CG403/60))-AW403/BA403))-(AB403*((AS403-(CG403/60))-AW403/BE403))+((BY403-CC403)*1000)+((AW403*BI403/BM403)-(AW403*BI403/BQ403)))/(1000*AS403)*O403,4)","IL TRM v12 vol2","138, 142","2025-01-01",null,null,null,null,null,12,"Hours (Daily)","IL TRM v12 vol2",139,150,"Food Cooked (lbs per day)","IL TRM v12 vol2",140,100,"PC_Base (lb/hr)","IL TRM v12 vol2",140,110,"PC_ESTAR (lb/hr)","IL TRM v12 vol2",140,167,"EFOODElec (Wh/lb)","IL TRM v12 vol2",140,0.7,"ElecEffBase","IL TRM v12 vol2",140,0.8,"ElecEffESTAR","IL TRM v12 vol2",140,365.25,"Days","IL TRM v12 vol2",140,2.4,"PreheatEnergy_Base","IL TRM v12 vol2",140,1.9,"PreheatEnergy_ESTAR","IL TRM v12 vol2",140,15,"PreheatTime","IL TRM v12 vol2",139]
["Whole Business Efficiency Program","Low Flow Faucet Aerator Bathroom",252.2,"C&I","Hot Water","Bathroom","per unit",8,"IL TRM v5 vol2",93,{"$f":"ROUND(1*(AF404-AB404)/AF404*AS404*AW404*BA404,4)","v":122.2527},"Calculated Value",null,{"$f":"ROUND(K404/BE404,4)","v":2.5123000000000002},1.2800000000000001E-2,"IL TRM v7 vol2",97,{"$f":"ROUND(K404/BE404*O404,4)","v":3.2199999999999999E-2},"Calculated Value",null,null,null,null,9,"IL TRM v5 vol2",93,"Low Flow (GPM)",0.94,"IL TRM v5 vol2",94,"Standard (GPM)",1.39,"IL TRM v7 vol2",94,"=ROUND(1*(AF404-AB404)/AF404*AS404*AW404*BA404,4)","=ROUND(K404/BE404*O404,4)","IL TRM v5 vol2","94,96","2020-05-01","2024-12-31",null,null,null,null,5000,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year). Used 'Other' space type","IL TRM v7 vol2",95,7.9500000000000001E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v5 vol2",95,0.95,"ISR - in service rate","IL TRM v5 vol2",96,{"$f":"AS404*0.545/56","v":48.660714285714285},"Annual Recovery Hours - Annual electric DHW recovery hours for faucet use. 'Other' space type.","IL TRM v7 vol2",97]
["Whole Business Efficiency Program","Low Flow Faucet Aerator Bathroom",252.3,"C&I","Hot Water","Bathroom, small office","per unit",8,"IL TRM v12 vol2",222,{"$f":"ROUND(((AF405-AB405)/AF405)*AS405*AW405*BA405,4)","v":67.584999999999994},"Calculated Value",null,{"$f":"ROUND(K405/U405,4)","v":3.3793000000000002},6.4000000000000003E-3,"IL TRM v12 vol2, Small Office",227,{"$f":"ROUND(K405/U405*O405,4)","v":2.1600000000000001E-2},"Calculated Value",null,{"$f":"ROUND((AS405*0.44)/BI405,0)","v":20},"IL TRM v12 vol2",226,10,"IL TRM v12 vol2",222,"Low Flow (GPM)",0.94,"IL TRM v12 vol2",223,"Standard (GPM)",1.39,"IL TRM v12 vol2",223,"=ROUND(((AF405-AB405)/AF405)*AS405*AW405*BA405,4)","=ROUND(K405/U405*O405,4)","IL TRM v12 vol2","223, 226","2025-01-01",null,null,null,null,null,2500,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year), Small Office","IL TRM v12 vol2",224,8.7900000000000006E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v12 vol2",224,0.95,"ISR - in service rate","IL TRM v12 vol2",225,null,null,null,null,53.9,"GPH","IL TRM v12 vol2",226]
["Whole Business Efficiency Program","Low Flow Faucet Aerator Kitchen",251.1,"C&I","Hot Water","Kitchen","per unit",8,"IL TRM v5 vol2",93,{"$f":"ROUND(1*(AF406-AB406)/AF406*AS406*AW406*BA406,4)","v":74.504900000000006},"Calculated Value",null,{"$f":"ROUND(K406/BE406,4)","v":3.0621999999999998},6.4000000000000003E-3,"IL TRM v5 vol2",97,{"$f":"ROUND(K406/BE406*O406,4)","v":1.9599999999999999E-2},"Calculated Value",null,null,"IL TRM v5 vol2",96,9,"IL TRM v5 vol2",93,"Low Flow (GPM)",0.94,"IL TRM v5 vol2",94,"Standard (GPM)",1.39,"IL TRM v5 vol2",94,"=ROUND(1*(AF406-AB406)/AF406*AS406*AW406*BA406,4)","=ROUND(K406/BE406*O406,4)","IL TRM v5 vol2","94,96","2020-01-01","2024-12-31",null,null,null,null,2500,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year)","IL TRM v5 vol2",95,9.69E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v5 vol2",95,0.95,"ISR - in service rate","IL TRM v5 vol2",96,24.330357142857142,"Annual Recovery Hours - Annual electric DHW recovery hours for faucet use","IL TRM v5 vol2",96," "]
["Whole Business Efficiency Program","Low Flow Faucet Aerator Kitchen",251.2,"C&I","Hot Water","Kitchen, small office","per unit",8,"IL TRM v12 vol2",222,{"$f":"ROUND(((AF407-AB407)/AF407)*AS407*AW407*BA407,4)","v":81.040499999999994},"Calculated Value",null,{"$f":"ROUND(K407/U407,4)","v":4.0519999999999996},6.4000000000000003E-3,"IL TRM v12 vol2, Small Office",227,{"$f":"ROUND(K407/U407*O407,4)","v":2.5899999999999999E-2},"Calculated Value",null,{"$f":"ROUND((AS407*0.44)/BI407,0)","v":20},"IL TRM v12 vol2",226,10,"IL TRM v12 vol2",222,"Low Flow (GPM)",0.94,"IL TRM v12 vol2",223,"Standard (GPM)",1.39,"IL TRM v12 vol2",223,"=ROUND(((AF407-AB407)/AF407)*AS407*AW407*BA407,4)","=ROUND(K407/U407*O407,4)","IL TRM v12 vol2","223, 226","2025-01-01",null,null,null,null,null,2500,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year), Small Office","IL TRM v12 vol2",224,0.10539999999999999,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM v12 vol2",224,0.95,"ISR - in service rate","IL TRM v12 vol2",225,null,null,null,null,53.9,"GPH","IL TRM v12 vol2",226]
["Whole Business Efficiency Program","Low Flow Showerhead",289,"Small C&I","Hot Water","Direct Install","per unit",12,"IL TRM v6 vol2",98,{"$f":"ROUND((AS408*(AW408*BE408-BA408*BI408)*BM408*365.25)*BQ408*BU408,4)","v":1308.4014},"Calculated Value",null,{"$f":"ROUND(K408/CG408,4)","v":1.9410000000000001},2.7799999999999998E-2,"IL TRM v6 vol2",98,{"$f":"ROUND(K408/CG408*CC408,4)","v":5.3999999999999999E-2},"Calculated Value",null,null,null,null,10,"IL TRM v6 vol2",98,"Energy efficient showerhead rated at 2.0 GPM or less",null,"IL TRM v6 vol2",98,"Standard showerhead rated at 2.5 GPM or above",null,"IL TRM v6 vol2",98,"=ROUND((AS408*(AW408*BE408-BA408*BI408)*BM408*365.25)*BQ408*BU408,4)","=ROUND(K408/CG408*CC408,4)","IL TRM v6 vol2",99100,"2020-01-01","2024-12-31",null,null,null,null,1,"%Electric DHW","IL TRM v6 vol2",99,2.67,"GPM_base","IL TRM v6 vol2",99,1.5,"GPM_low","IL TRM v6 vol2",99,8.1999999999999993,"L_base","IL TRM v6 vol2",99,8.1999999999999993,"L_low","IL TRM v6 vol2",99,3,"NSPD","IL TRM v6 vol2",99,0.127,"EPG_electric","IL TRM v6 vol2",99,0.98,"ISR","IL TRM v6 vol2",100,27.51,"Gallons per hour recovery of electric water heater","IL TRM v6 vol2",100,2.7799999999999998E-2,"Coincidence Factor","IL TRM v6 vol2",98,{"$f":"((AW408*BE408)*BM408*365.25)*0.773/BY408","v":674.10181521264985},"Annual Recovery Hours","IL TRM v6 vol2",100]
["Whole Business Efficiency Program","Low Flow Showerhead",289.10000000000002,"Small C&I","Hot Water","Direct Install","per unit",12,"IL TRM v12 vol2",230,{"$f":"ROUND(((AF409*BE409-BI409*AB409)*BM409*365.25)*BQ409*BU409,4)","v":1287.7965999999999},"Calculated Value",null,{"$f":"ROUND(K409/U409,4)","v":4.7587999999999999},2.7799999999999998E-2,"IL TRM v12 vol2",230,{"$f":"ROUND(K409/U409*O409,4)","v":0.1323},"Calculated Value",null,{"$f":"((AF409*BE409)*BM409*365.25)*0.608/BY409","v":270.61471435992576},"IL TRM v12 vol2",233,10,"IL TRM v12 vol2",230,"Energy efficient showerhead rated at 2.0 GPM or less",1.5,"IL TRM v12 vol2",230,"Standard showerhead rated at 2.5 GPM or above",2.67,"IL TRM v12 vol2",230,"=ROUND(((AF409*BE409-BI409*AB409)*BM409*365.25)*BQ409*BU409,4)","=ROUND(K409/U409*O409,4)","IL TRM v12 vol2","230, 233","2025-01-01",null,null,null,null,null,1,"%Electric DHW","IL TRM v12 vol2",231,null,null,null,null,null,null,null,null,8.1999999999999993,"L_base","IL TRM v12 vol2",231,8.1999999999999993,"L_low","IL TRM v12 vol2",231,3,"NSPD, estimated value, actual must be used","IL TRM v12 vol2",231,0.125,"EPG_electric","IL TRM v12 vol2",231,0.98,"ISR, direct install","IL TRM v12 vol2",232,53.9,"Gallons per hour recovery of electric water heater","IL TRM v12 vol2",233]
["Whole Business Efficiency Program","Networked Lighting Controls",284.39999999999998,"C&I","Lighting",null,"per wattage controlled",56,"IL TRM V11 Vol2",708,{"$f":"ROUND(AB410*AS410*BA410*BI410/1000,4)","v":21902.719700000001},"Calculated Value",null," ",0.15,"IL TRM V11 Vol2",712,{"$f":"ROUND(AB410*(BE410-O410)*BM410/1000,4)","v":4.9996},"Calculated Value",null,null,null,null,15,"IL TRM V11 Vol2",707,"Control system that meets the DLC networked lighting control specifications.",6515,"Average watts controlled per system from PY3 program tracking data",null,"LED lighting system with no existing or basic lighting controls.",null,null,null,"=ROUND(AB410*AS410*BA410*BI410/1000,4)","=ROUND(AB410*(BE410-O410)*BM410/1000,4)","IL TRM V11 Vol2","709, 712","2024-01-01","2024-12-31",null,null,null,null,0.61,"LLLC Energy Savings Factor","ILTRM V11 Vol 2",711,null,null,null,null,4920.8005957253117,"Annual Operating Hours","Weighted average annual HOU from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,0.74488184874220065,"Coincidence Factor (CF)_baseline","Weighted average peak coincident factor from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1.1200000000000001,"Waste Heat Factor Energy","Weighted average Waste Heat Factor Energy from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1.29,"Waste Heat Factor_Demand","Weighted average Waste Heat Factor Demand from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred"]
["Whole Business Efficiency Program","Networked Lighting Controls",284.5,"C&I","Lighting","Assumes no existing controls","per watt controlled",{"$f":"ROUND(56/(AB411*1000), 2)","v":0.75},"IL TRM v12 vol2",755,{"$f":"ROUND(AB411*U411*(AS411)*BI411/(AB411*1000),4)","v":2.3384},"Calculated Value",null,null,0.15,"IL TRM v12 vol2",759,{"$f":"ROUND(AB411*BM411*((BE411*1)-O411)/(AB411*1000),4)","v":6.9999999999999999E-4},"Calculated Value",null,3485.4486435387239,"Weighted average based on building type in past PYs",null,15,"IL TRM v12 vol2",754,"Control system that meets the DLC networked lighting control specifications.",{"$f":"AVERAGE(0.031,0.118)","v":7.4499999999999997E-2},"IL TRM v12 vol2, kW controlled average Interior Luminaire-Level Light Controls values",null,"LED lighting system with no existing or basic lighting controls.",null,null,null,"=ROUND(AB411*U411*(AS411)*BI411/(AB411*1000),4)","=ROUND(AB411*BM411*((BE411*1)-O411)/(AB411*1000),4)","IL TRM v12 vol2","756, 759","2025-01-01",null,null,null,null,null,0.61,"Interior Networkedd Luminaire-Level Lighting Controls Energy Saving Factor","IL TRM v12 vol2",758,null,null,null,null,null,null,null,null,0.66,"Coincidence Factor (CF)_baseline","Weighted average based on building type in past PYs",null,1.099841092367011,"WHFe","Weighted average based on building type in past PYs",null,1.3011590443948049,"WHFd","Weighted average based on building type in past PYs"]
["Whole Business Efficiency Program","No Heat Case Doors for Coolers",555,"C&I","Refrigeration","No Heat Cooler Door","Unit",275,"CO DSM","Table 5",{"$f":"ROUND((AS412-AW412)*BA412*BE412,4)","v":1222.6639},"CO DSM",2,{"$f":"(AS412-AW412)*BA412","v":0.13957349999999999},0.94,"CO DSM","Table 7- Restaurant",{"$f":"ROUND(N412*O412,4)","v":0.13120000000000001},"Calculated Value",2,null,null,null,10,"CO DSM",4,"Install No Heat Case Doors in place of standard reach-in doors with door heater controls",null,"CO DSM",1,"Medium Temp Display Case with Door Heater Controls",null,"CO DSM",null,"=ROUND((AS412-AW412)*BA412*BE412,4)","=ROUND(N412*O412,4)","CO DSM",2,"2022-01-01","2024-12-31",null,null,null,null,0.121,"NHD_Baseline_kW","CO DSM","Table 5",0,"NHD_Efficient_kW","CO DSM","Table 5",{"$f":"ROUND(1+BI412/BM412,4)","v":1.1535},"Refrigeration_Factor","Calculated Value",2,8760,"NHD_Hours","CO DSM","Table 5",0.35,"R_H","CO DSM",3,2.2799999999999998,"COP","CO DSM",2]
["Whole Business Efficiency Program","No Heat Case Doors for Coolers",555.1,"C&I","Refrigeration","No Heat Cooler Door","unit",275,"CO DSM 2024 - 2026","Table 17.2.1",{"$f":"ROUND(N413*U413,4)","v":1060.836},"Calculated Value",null,{"$f":"ROUND((AF413-AB413)*(BA413),4)","v":0.1211},1,"CO DSM 2024 - 2026",547,{"$f":"ROUND(N413*O413,4)","v":0.1211},"Calculated Value",null,8760,"CO DSM 2024-2026",547,12,"CO DSM 2024-2026",547,"Install No Heat Case Doors in place of standard reach-in doors with door heater controls",0,"CO DSM 2024-2026","547; Table 17.2.1","Medium Temp Display Case with Door Heater Controls",0.105,"CO DSM 2024-2026","547; Table 17.2.1","=ROUND(N413*U413,4)","=ROUND(N413*O413,4)","CO DSM 2024-2026",547,"2025-01-01",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"ROUND(1+BI413/BM413,4)","v":1.1535},"Refrigeration_Factor","Calculated Value",547,null,null,null,null,0.35,"R_H","CO DSM 2024-2026",547,2.2799999999999998,"COP","CO DSM",2]
["Whole Business Efficiency Program","No Heat Case Doors for Freezers",556,"C&I","Refrigeration","No Heat Freezer Door","Unit",800,"CO DSM","Table 5",{"$f":"ROUND((AS414-AW414)*BA414*BE414,4)","v":2595.2586000000001},"CO DSM",2,{"$f":"(AS414-AW414)*BA414","v":0.29626239999999998},0.94,"CO DSM","Table 7- Restaurant",{"$f":"ROUND(N414*O414,4)","v":0.27850000000000003},"Calculated Value",2,null,null,null,10,"CO DSM",4,"Install No Heat Case Doors in place of standard reach-in doors with door heater controls",null,"CO DSM",1,"Low Temp Display Case with Door Heater Controls",null,"CO DSM",null,"=ROUND((AS414-AW414)*BA414*BE414,4)","=ROUND(N414*O414,4)","CO DSM",2,"2022-01-01","2024-12-31",null,null,null,null,0.23799999999999999,"NHD_Baseline_kW","CO DSM","Table 5",0,"NHD_Efficient_kW","CO DSM","Table 5",{"$f":"ROUND(1+BI414/BM414,4)","v":1.2447999999999999},"Refrigeration_Factor","Calculated Value",2,8760,"NHD_Hours","CO DSM","Table 5",0.35,"R_H","CO DSM",3,1.43,"COP","CO DSM",2]
["Whole Business Efficiency Program","No Heat Case Doors for Freezers",556.1,"C&I","Refrigeration","No Heat Freezer Door","unit",800,"CO DSM 2024 - 2026","Table 17.2.1",{"$f":"ROUND(N415*U415,4)","v":2083.1280000000002},"Calculated Value",null,{"$f":"ROUND((AF415-AB415)*(BA415),4)","v":0.23780000000000001},1,"CO DSM 2024 - 2026",547,{"$f":"ROUND(N415*O415,4)","v":0.23780000000000001},"Calculated Value",null,8760,"CO DSM 2024-2026",547,12,"CO DSM 2024-2026",547,"Install No Heat Case Doors in place of standard reach-in doors with door heater controls",0,"CO DSM 2024-2026","547; Table 17.2.1","Low Temp Display Case with Door Heater Controls",0.191,"CO DSM 2024-2026","547; Table 17.2.1","=ROUND(N415*U415,4)","=ROUND(N415*O415,4)","CO DSM 2024-2026",547,"2025-01-01",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"ROUND(1+BI415/BM415,4)","v":1.2447999999999999},"Refrigeration_Factor","Calculated Value",547,null,null,null,null,0.35,"R_H","CO DSM 2024-2026",547,1.43,"COP","CO DSM",2]
["Whole Business Efficiency Program","Packaged DX <65kbtu",364.4,"C&I","Cooling",null,"per ton per SEER",{"$f":"AVERAGE(127,63)/(BA416-AW416)","v":49.479166666666671},"IL TRM V11, Vol 2",332,{"$f":"ROUND(((AS416*((1/AW416)-(1/BA416))*BM416))/(BA416-AW416),4)","v":82.011600000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",343,{"$f":"ROUND((AS416*(1/BE416-1/BI416)*O416)/(BA416-AW416),4)","v":4.5400000000000003E-2},"Calculated Value",null,null,null,null,15,"IL TRM V11, Vol 2",332,null,null,null,null,null,null,null,null,"=ROUND(((AS416*((1/AW416)-(1/BA416))*BM416))/(BA416-AW416),4)","=ROUND((AS416*(1/BE416-1/BI416)*O416)/(BA416-AW416),4)","IL TRM V11, Vol 2","333, 343","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,13.4,"SEER2Base","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND(16.1262766755301*0.95,4)","v":15.32},"SEER2ee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred converted to SEER2 using IL TRM V11, Vol 2 Formula",332,{"$f":"ROUND((-0.02*AW416^2) + (1.12*AW416), 2)","v":11.42},"EER2Base","IL TRM v12, Vol. 2",387,12.56,"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",387,1403,"EFLH_cool","IL TRM V11, Vol 2 - Unknown building type",243]
["Whole Business Efficiency Program","Packaged DX <65kbtu",364.5,"C&I","Cooling",null,"per ton per SEER",{"$f":"AVERAGE(127,63)/(BA417-AW417)","v":49.479166666666671},"IL TRM V12, Vol 2",377,{"$f":"ROUND(((AS417*((1/AW417)-(1/BA417))*BM417))/(BA417-AW417),4)","v":62.253999999999998},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",378,4.5400000000000003E-2,"Calculated Value",null,null,null,null,15,"IL TRM V12, Vol 2",337,null,null,null,null,null,null,null,null,"=ROUND(((AS417*((1/AW417)-(1/BA417))*BM417))/(BA417-AW417),4)","=ROUND((AS417*(1/BE417-1/BI417)*O417)/(BA417-AW417),4)","IL TRM v12 vol2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtu/hr per ton of cooling","unit conversion",null,13.4,"SEER2Base","IL TRM V12, Vol 2",380,{"$f":"ROUND(16.1262766755301*0.95,4)","v":15.32},"SEER2ee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred converted to SEER2 using IL TRM V11, Vol 2 Formula",null,{"$f":"ROUND((-0.02*AW417^2) + (1.12*AW417), 2)","v":11.42},"EER2Base","IL TRM v12, Vol. 2",387,12.56,"EER2ee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Packaged DX >760kbtu",363.4,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(38,19)/(BA418-AW418)","v":26.63551401869158},"IL TRM v10 Vol2",300,{"$f":"(ROUND(((AS418*((1/AW418)-(1/BA418))*BM418))/(BA418-AW418),4))","v":133.68379999999999},"Calculated Value",null,null,0.91300000000000003,"IL TRM v10 Vol2",248,0.14779999999999999,"Calculated Value",null,null,null,null,15,"IL TRM v10 Vol2",299,null,null,null,null,null,null,null,null,"=(ROUND(((AS418*((1/AW418)-(1/BA418))*BM418))/(BA418-AW418),4))","=ROUND((AS418*(1/BE418-1/BI418)*O418)/(BA418-AW418),4)","IL TRM v10 Vol2",300,"2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,10.7,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"AW418*1.1","v":11.77},"IEERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,9.5,"EERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",11.01,"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1403,"EFLH_cool","IL TRM v10 Vol2- unknown building type",219]
["Whole Business Efficiency Program","Packaged DX >760kbtu",363.5,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(38,19)/(BA419-AW419)","v":23.170731707317064},"IL TRM V12, Vol 2",377,{"$f":"ROUND(((AS419*((1/AW419)-(1/BA419))*BM419))/(BA419-AW419),4)","v":76.7941},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",378,0.12859999999999999,"Calculated Value",null,null,null,null,15,"IL TRM V12, Vol 2",337,null,null,null,null,null,null,null,null,"=ROUND(((AS419*((1/AW419)-(1/BA419))*BM419))/(BA419-AW419),4)","=ROUND((AS419*(1/BE419-1/BI419)*O419)/(BA419-AW419),4)","IL TRM v12 vol2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtu/hr per ton of cooling","unit conversion",null,12.3,"IEERBase","IL TRM V12, Vol 2",380,{"$f":"AW419*1.1","v":13.530000000000001},"IEERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,9.5,"EERBase","IL TRM v12, Vol. 2",385,11.01,"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Packaged DX 135 - 240kbtu",360.4,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(127,63)/(BA420-AW420)","v":38.246306212005337},"IL TRM V11, Vol 2",332,72.954300000000003,"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",343,3.73E-2,"Calculated Value",null,null,null,null,15,"IL TRM V11, Vol 2",332,null,null,null,null,null,null,null,null,"=ROUND(((AS420*((1/AW420)-(1/BA420))*BM420))/(BA420-AW420),4)","=ROUND((AS420*(1/BE420-1/BI420)*O420)/(BA420-AW420),4)","IL TRM V11, Vol 2","333, 343","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,14,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND(16.4838762848537,4)","v":16.483899999999998},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,10.8,"EERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",{"$f":"ROUND(11.8858432294127,4)","v":11.8858},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1403,"EFLH_cool","IL TRM V11, Vol 2 - Unknown building type",243]
["Whole Business Efficiency Program","Packaged DX 135 - 240kbtu",360.5,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(127,63)/(BA421-AW421)","v":38.246306212005337},"IL TRM V12, Vol 2",377,55.378700000000002,"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",378,3.73E-2,"Calculated Value",null,null,null,null,15,"IL TRM V12, Vol 2",337,null,null,null,null,null,null,null,null,"=ROUND(((AS421*((1/AW421)-(1/BA421))*BM421))/(BA421-AW421),4)","=ROUND((AS421*(1/BE421-1/BI421)*O421)/(BA421-AW421),4)","IL TRM v12 vol2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtu/hr per ton of cooling","unit conversion",null,14,"IEERBase","IL TRM V12, Vol 2",380,{"$f":"ROUND(16.4838762848537,4)","v":16.483899999999998},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,10.8,"EERBase","IL TRM v12, Vol. 2",385,{"$f":"ROUND(11.8858432294127,4)","v":11.8858},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Packaged DX 240 - 760kbtu",361.4,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(38,19)/(BA422-AW422)","v":10.404497663551401},"IL TRM V11, Vol 2",332,82.283500000000004,"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",343,5.5800000000000002E-2,"Calculated Value",null,null,null,null,15,"IL TRM V11, Vol 2",332,null,null,null,null,null,null,null,null,"=ROUND(((AS422*((1/AW422)-(1/BA422))*BM422))/(BA422-AW422),4)","=ROUND((AS422*(1/BE422-1/BI422)*O422)/(BA422-AW422),4)","IL TRM V11, Vol 2","333, 343","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,13,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND(15.7391924864292,4)","v":15.7392},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,9.8000000000000007,"EERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",{"$f":"ROUND(11.352930617324,4)","v":11.3529},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1403,"EFLH_cool","IL TRM V11, Vol 2 - Unknown building type",243]
["Whole Business Efficiency Program","Packaged DX 240 - 760kbtu",361.5,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(38,19)/(BA423-AW423)","v":10.404497663551401},"IL TRM V12, Vol 2",377,62.4604,"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",378,5.5800000000000002E-2,"Calculated Value",null,null,null,null,15,"IL TRM V12, Vol 2",337,null,null,null,null,null,null,null,null,"=ROUND(((AS423*((1/AW423)-(1/BA423))*BM423))/(BA423-AW423),4)","=ROUND((AS423*(1/BE423-1/BI423)*O423)/(BA423-AW423),4)","IL TRM v12 vol2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtu/hr per ton of cooling","unit conversion",null,13,"IEERBase","IL TRM V12, Vol 2",380,{"$f":"ROUND(15.7391924864292,4)","v":15.7392},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,9.8000000000000007,"EERBase","IL TRM v12, Vol. 2",385,{"$f":"ROUND(11.352930617324,4)","v":11.3529},"EERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Packaged DX 65 -135kbtu",362.4,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(127,63)/(BA424-AW424)","v":49.037319981417468},"IL TRM V11, Vol 2",332,69.7303,"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",343,4.6699999999999998E-2,"Calculated Value",null,null,null,null,15,"IL TRM V11, Vol 2",332,null,null,null,null,null,null,null,null,"=ROUND(((AS424*((1/AW424)-(1/BA424))*BM424))/(BA424-AW424),4)","=ROUND((AS424*(1/BE424-1/BI424)*O424)/(BA424-AW424),4)","IL TRM V11, Vol 2","333, 343","2024-01-01","2024-12-31",null,null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,14.6,"IEERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND(16.5373283321557,4)","v":16.537299999999998},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,11,"EERBase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",12.1,"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1403,"EFLH_cool","IL TRM V11, Vol 2 - Unknown building type",243]
["Whole Business Efficiency Program","Packaged DX 65 -135kbtu",362.5,"C&I","Cooling",null,"per ton per IEER",{"$f":"AVERAGE(127,63)/(BA425-AW425)","v":49.037319981417468},"IL TRM V12, Vol 2",377,52.931399999999996,"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",378,4.6699999999999998E-2,"Calculated Value",null,null,null,null,15,"IL TRM V12, Vol 2",337,null,null,null,null,null,null,null,null,"=ROUND(((AS425*((1/AW425)-(1/BA425))*BM425))/(BA425-AW425),4)","=ROUND((AS425*(1/BE425-1/BI425)*O425)/(BA425-AW425),4)","IL TRM v12 vol2","378, 387","2025-01-01",null,null,null,null,null,12,"kBtu/hr per ton of cooling","unit conversion",null,14.6,"IEERBase","IL TRM V12, Vol 2",380,{"$f":"ROUND(16.5373283321557,4)","v":16.537299999999998},"IEERee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,11,"EERBase","IL TRM v12, Vol. 2",385,12.1,"EERee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller < 150 tons",517.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"((99+172)/2)/(AF426-AB426)","v":2356.521739130435},"IL TRM v10 Vol2",235,{"$f":"ROUND((AS426*(AF426-AB426)*BE426)/(AF426-AB426),4)","v":1239},"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,{"$f":"ROUND((AS426*((AW426)-(BA426))*O426)/(AF426-AB426),4)","v":0.98919999999999997},"IL TRM v10 Vol2",236,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.51749999999999996,"Assuming 10% efficient than baseline value, will be updated once more data is collected","N/A","IPLVbase (kW/ton)",0.57499999999999996,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS426*(AF426-AB426)*BE426)/(AF426-AB426),4)","=ROUND((AS426*((AW426)-(BA426))*O426)/(AF426-AB426),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.623,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.56069999999999998,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller < 150 tons",517.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"62/(AB427-AF427)","v":1127.2727272727263},"IL TRM V12, Vol 2",null,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.0125999999999999,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF427*1.1","v":0.60500000000000009},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.55000000000000004,"IL TRM V12, Vol 2",309,"=ROUND((AS427*(AF427-AB427)*BE427)/(AF427-AB427),4)","=ROUND((AS427*((AW427)-(BA427))*O427)/(AF427-AB427),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.61,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW427","v":0.67100000000000004},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller ≥ 600 tons",520.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"22/(AF428-AB428)","v":123.59550561797754},"IL TRM v10 Vol2",235,1239,"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,0.27179999999999999,"IL TRM v10 Vol2",236,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.34300000000000003,"Same as 519.2, value will be updated once more data is collected","N/A","IPLVbase (kW/ton)",0.52100000000000002,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS428*(AF428-AB428)*BE428)/(AF428-AB428),4)","=ROUND((AS428*((AW428)-(BA428))*O428)/(AF428-AB428),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.56499999999999995,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.51200000000000001,"kW/tonee","Same as 519.2, value will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller ≥ 600 tons",520.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"22/(AB427-AF427)","v":399.99999999999966},"IL TRM V12, Vol 2",null,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.0226,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF429*1.1","v":0.55000000000000004},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.5,"IL TRM V12, Vol 2",309,"=ROUND((AS429*(AF429-AB429)*BE429)/(AF429-AB429),4)","=ROUND((AS429*((AW429)-(BA429))*O429)/(AF429-AB429),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.56000000000000005,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW429","v":0.6160000000000001},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller 150 - 300 tons",518.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"((49+86)/2)/(AF430-AB430)","v":1173.913043478261},"IL TRM v10 Vol2",235,1239,"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,0.98919999999999997,"IL TRM v10 Vol2",236,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.51749999999999996,"Assuming 10% efficient than baseline value, will be updated once more data is collected","N/A","IPLVbase (kW/ton)",0.57499999999999996,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS430*(AF430-AB430)*BE430)/(AF430-AB430),4)","=ROUND((AS430*((AW430)-(BA430))*O430)/(AF430-AB430),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.623,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.56069999999999998,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller 150 - 300 tons",518.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE(42,31)/(AB431-AF431)","v":663.63636363636306},"IL TRM V12, Vol 2",null,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.0125999999999999,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF431*1.1","v":0.60500000000000009},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.55000000000000004,"IL TRM V12, Vol 2",309,"=ROUND((AS431*(AF431-AB431)*BE431)/(AF431-AB431),4)","=ROUND((AS431*((AW431)-(BA431))*O431)/(AF431-AB431),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.61,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW431","v":0.67100000000000004},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller 300 - 600 tons",519.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE(55,22)/(AF432-AB432)","v":199.48186528497408},"IL TRM V11, Vol 2",259,1239,"IL TRM V11, Vol 2",259,null,0.91300000000000003,"IL TRM V11, Vol 2",259,0.26960000000000001,"IL TRM V11, Vol 2",260,null,null,null,23,"IL TRM V11, Vol 2",258,"IPLVee (kW/ton)",0.34300000000000003,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred","N/A","IPLVbase (kW/ton)",0.53600000000000003,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS432*(AF432-AB432)*BE432)/(AF432-AB432),4)","=ROUND((AS432*((AW432)-(BA432))*O432)/(AF432-AB432),4)","IL TRM V11, Vol 2","259, 260","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM V11, Vol 2",259,0.56899999999999995,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.51200000000000001,"kW/tonee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM V11, Vol 2 (Average of Zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage)",242]
["Whole Business Efficiency Program","Path A - Water-Cooled Centrifugal Chiller 300 - 600 tons",519.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE(55,22)/(AB433-AF433)","v":747.57281553397911},"IL TRM V12, Vol 2",null,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,0.99280000000000002,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF433*1.1","v":0.56650000000000011},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,{"$f":"AVERAGE(0.52,0.51)","v":0.51500000000000001},"IL TRM V12, Vol 2",309,"=ROUND((AS433*(AF433-AB433)*BE433)/(AF433-AB433),4)","=ROUND((AS433*((AW433)-(BA433))*O433)/(AF433-AB433),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.56000000000000005,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW433","v":0.6160000000000001},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller < 75 tons",513.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"164/(AF434-AB434)","v":2662.337662337663},"IL TRM v10 Vol2",234,1239,"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,1.1353,"IL TRM v10 Vol2",235,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.5544,"Assuming 10% efficient than baseline value, will be updated once more data is collected","N/A","IPLVbase (kW/ton)",0.61599999999999999,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS434*(AF434-AB434)*BE434)/(AF434-AB434),4)","=ROUND((AS434*((AW434)-(BA434))*O434)/(AF434-AB434),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.76600000000000001,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.68940000000000001,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller < 75 tons",513.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE(114,164)/(AB435-AF435)","v":2316.6666666666647},"IL TRM V12, Vol 2",301,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.1413,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF435*1.1","v":0.66},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.6,"IL TRM V12, Vol 2",309,"=ROUND((AS435*(AF435-AB435)*BE435)/(AF435-AB435),4)","=ROUND((AS435*((AW435)-(BA435))*O435)/(AF435-AB435),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.75,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW435","v":0.82500000000000007},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller ≥ 300 tons",516.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"16/(AF436-AB436)","v":197.53086419753083},"IL TRM v10 Vol2",234,1239,"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,0.69320000000000004,"IL TRM v10 Vol2",235,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.45,"SCEG 2020 Minimum Eff Requirements","N/A","IPLVbase (kW/ton)",0.53100000000000003,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS436*(AF436-AB436)*BE436)/(AF436-AB436),4)","=ROUND((AS436*((AW436)-(BA436))*O436)/(AF436-AB436),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.61499999999999999,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.55349999999999999,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller ≥ 300 tons",516.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"16/(AB437-AF437)","v":307.69230769230739},"IL TRM V12, Vol 2",301,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.071,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF437*1.1","v":0.57200000000000006},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.52,"IL TRM V12, Vol 2",309,"=ROUND((AS437*(AF437-AB437)*BE437)/(AF437-AB437),4)","=ROUND((AS437*((AW437)-(BA437))*O437)/(AF437-AB437),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.61,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW437","v":0.67100000000000004},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller 150 - 300 tons",515.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"122/(AF438-AB438)","v":1326.0869565217379},"IL TRM v10 Vol2",234,1239,"IL TRM v10 Vol2",235,null,0.91300000000000003,"IL TRM v10 Vol2",235,0.66590000000000005,"IL TRM v10 Vol2",235,null,null,null,23,"IL TRM v10 Vol2",234,"IPLVee (kW/ton)",0.47,"SCEG 2020 Minimum Eff Requirements","N/A","IPLVbase (kW/ton)",0.56200000000000006,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS438*(AF438-AB438)*BE438)/(AF438-AB438),4)","=ROUND((AS438*((AW438)-(BA438))*O438)/(AF438-AB438),4)","IL TRM v10 Vol2","235, 236","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM v10 Vol2",235,0.67100000000000004,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.6039000000000001,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM v10 Vol2 (average of zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage",219]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller 150 - 300 tons",515.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE( 61,122)/(AB439-AF439)","v":1694.444444444443},"IL TRM V12, Vol 2",301,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.1158999999999999,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF439*1.1","v":0.59400000000000008},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.54,"IL TRM V12, Vol 2",309,"=ROUND((AS439*(AF439-AB439)*BE439)/(AF439-AB439),4)","=ROUND((AS439*((AW439)-(BA439))*O439)/(AF439-AB439),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.66,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW439","v":0.72600000000000009},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller 75 - 150 tons",514.20000000000005,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"58.25/(AF440-AB440)","v":987.28813559322134},"IL TRM V11, Vol 2",258,1239,"IL TRM V11, Vol 2",259,null,0.91300000000000003,"IL TRM V11, Vol 2",259,1.1606000000000001,"IL TRM V11, Vol 2",260,null,null,null,23,"IL TRM V11, Vol 2",258,"IPLVee (kW/ton)",0.53100000000000003,"Assuming 10% efficient than baseline value, will be updated once more data is collected","N/A","IPLVbase (kW/ton)",0.59,"Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]","=ROUND((AS440*(AF440-AB440)*BE440)/(AF440-AB440),4)","=ROUND((AS440*((AW440)-(BA440))*O440)/(AF440-AB440),4)","IL TRM V11, Vol 2","259, 260","2024-01-01","2024-12-31",null,null,null,null,1,"ton","IL TRM V11, Vol 2",259,0.75,"kW/tonbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",0.67500000000000004,"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"ROUND(AVERAGE(1461,1453,1403,998,1397,377,1582),0)","v":1239},"EFLHc","IL TRM V11, Vol 2 (Average of Zone 4 space types: Office - Mid Rise, Manufacturing Facility, Unknown, Retail-Strip Mall, High School, Warehouse, Garage)",242]
["Whole Business Efficiency Program","Path A - Water-Cooled Positive Displacement (Reciprocating, Rotary, Screw, Scroll) Chiller 75 - 150 tons",514.29999999999995,"C&I","Cooling",null,"per ton per IPLV (kW/ton)",{"$f":"AVERAGE(52,77,61,122)/(AB441-AF441)","v":1392.8571428571415},"IL TRM V12, Vol 2",301,1065,"IL TRM V12, Vol 2",302,null,0.91300000000000003,"IL TRM V12, Vol 2",302,1.1738999999999999,"IL TRM V12, Vol 2",306,null,null,null,23,"IL TRM V12, Vol 2",301,"IPLVee (kW/ton)",{"$f":"AF441*1.1","v":0.6160000000000001},"Assuming 10% efficient than baseline value, will be updated once more data is collected",null,null,0.56000000000000005,"IL TRM V12, Vol 2",309,"=ROUND((AS441*(AF441-AB441)*BE441)/(AF441-AB441),4)","=ROUND((AS441*((AW441)-(BA441))*O441)/(AF441-AB441),4)","IL TRM V12, Vol 2","302, 306","2025-01-01",null,null,null,null,null,1,"ton","IL TRM V12, Vol 2",null,0.72,"kW/tonbase","IL TRM V12, Vol 2",null,{"$f":"1.1*AW441","v":0.79200000000000004},"kW/tonee","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","Pool Pump Timer",359,"C&I","Motor",null,"per unit",100,"Ameren MO TRM 2018",181,{"$f":"ROUND(AS442*AW442*0.746,4)","v":601.27599999999995},"Calculated Value",null,null,1.379439E-4,"Ameren MO TRM 2018",182,{"$f":"ROUND(K442*BA442,4)","v":8.2900000000000001E-2},"Calculated Value",null,null,null,null,10,"Ameren MO TRM 2018",181,null,null,null,null,null,null,null,null,"=ROUND(AS442*AW442*0.746,4)","=ROUND(K442*BA442,4)","Ameren MO TRM",181,"2020-01-01","2024-12-31",null,null,null,null,403,"TimeSaved (hrs)","Ameren MO TRM Deemed Savings Table_PDF.xlsx",null,2,"Size (HP)","Ameren MO TRM Deemed Savings Table_PDF.xlsx",null,1.379439E-4,"kW Factor","Ameren MO TRM 2018",182]
["Whole Business Efficiency Program","Pool Pump Timer",359.1,"C&I","Motor",null,"per unit",100,"Ameren MO TRM 2019-2021 v5",186,{"$f":"ROUND(AS443*AW443*0.746,4)","v":601.27599999999995},"Calculated Value",null,null,1.379439E-4,"Ameren MO TRM 2019-2021 v5",187,{"$f":"ROUND(K443*O443,4)","v":8.2900000000000001E-2},"Calculated Value",null,null,null,null,10,"Ameren MO TRM 2019-2021 v5",186,"Installation of a pump timer on an existing single-speed pool pump at a commercial location.",null,"Ameren MO TRM 2019-2021 v5",186,"Existing, single-speed pool pump without a VFD or other motor control device.",null,"Ameren MO TRM 2019-2021 v5",186,"=ROUND(AS443*AW443*0.746,4)","=ROUND(K443*O443,4)","Ameren MO TRM 2019-2021 v5","186, 187","2025-01-01",null,null,null,null,null,403,"TimeSaved (hrs)","Ameren MO TRM Deemed Savings Table_PDF.xlsx",null,2,"Size (HP)","Ameren MO TRM Deemed Savings Table_PDF.xlsx"]
["Whole Business Efficiency Program","Pool Pump VSD",79.099999999999994,"C&I","Pools",null,"per unit",579,"Program Tracking Data",null,{"$f":"ROUND(2461.4482,4)","v":2461.4481999999998},"Calculated Value",null,null,1,"Calculated Value",null,{"$f":"ROUND(0.281,4)","v":0.28100000000000003},"Calculated Value",null,null,null,null,10,"IL TRM v6 vol3",296,"VSD",null,"IL TRM v6 vol3",296,"Standard Pool Pump",null,"IL TRM v6 vol3",296,"=ROUND(2461.4482,4)","=ROUND(0.281,4)","IL TRM v6 vol2",479,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Pool Pump VSD",79.2,"C&I","Pools",null,"per unit",{"$f":"AVERAGE(314,930)","v":622},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",480,{"$f":"ROUND(AVERAGE(307.7,189.5),4)","v":248.6},"Calculated Value",480,null,0.83099999999999996,"IL TRM V12 Vol 3",480,{"$f":"ROUND(AVERAGE(0.2152,0.4793),4)","v":0.3473},"IL TRM V12 Vol 3",482,null,null,null,7,"IL TRM V12 Vol 3",480," ENERGY STAR or CEE T1 variable speed residential pool pump motor, WEFestar",{"$f":"AVERAGE(6.31,3.49)","v":4.9000000000000004},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",481,"WEFbase",{"$f":"AVERAGE(4.63,2.57)","v":3.5999999999999996},"IL TRM V12 Vol 3, average of in-ground and above ground pool pumps",481,"=ROUND(AVERAGE(307.7,189.5),4)","=ROUND(AVERAGE(0.2152,0.4793),4)","IL TRM v12 vol3","479-483","2025-01-01"]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Large",255.1,"C&I","Hot Water","Large institutional establishments with cafeteria","per unit",100,"IL TRM v5 vol2",62,{"$f":"ROUND((AF446-AB446)*60*BA446*BE446*8.33*1*AS446/AW446/3413,4)","v":8308.8593000000001},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"IL TRM v5 vol2",63,null,null,null,5,"IL TRM v5 vol2",62,"Low Flow (GPM)",1.06,"IL TRM v5 vol2",64,"Standard (GPM)",1.9,"IL TRM v5 vol2",64,"=ROUND((AF446-AB446)*60*BA446*BE446*8.33*1*AS446/AW446/3413,4)","=ROUND(0,4)","IL TRM v5 vol2",63,"2020-01-01","2024-12-31",null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v5 vol2",63,0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v5 vol2",63,3,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v5 vol2",65,312,"Days per year","IL TRM v5 vol2",65]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Large",255.2,"C&I","Hot Water","Large institutional establishments with cafeteria","per unit",0,"IL TRM v12 vol2",159,{"$f":"ROUND(BM447*8.33*1*AS447*(1/AW447)/3412*1,4)","v":2448.3587000000002},"Calculated Value",null,null,null,null,null,0,"IL TRM v12 vol2",161,{"$f":"BE447*BA447","v":936},"IL TRM v12 vol2",162,5,"IL TRM v12 vol2",159,"Low Flow (GPM)",0.98,"IL TRM v12 vol2",162,"Standard (GPM)",1.23,"IL TRM v12 vol2",162,"=ROUND(BM447*8.33*1*AS447*(1/AW447)/3412*1,4)","=ROUND(0,4)","IL TRM v12 vol2",160,"2025-01-01",null,null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v12 vol2",160,0.98,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v12 vol2",160,3,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v12 vol2",162,312,"Days per year","IL TRM v12 vol2",162,1,"ISR","IL TRM v12 vol2",162,{"$f":"(AF447-AB447)*60*BA447*BE447*BI447","v":14040},"∆Water","IL TRM v12 vol2",161]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Medium",254.1,"C&I","Hot Water","Medium-sized casual dining restaurants","per unit",100,"IL TRM v5 vol2",62,{"$f":"ROUND((AF448-AB448)*60*BA448*BE448*8.33*1*AS448/AW448/3413,4)","v":4154.4296000000004},"Calculated Value",null,null,null,null,null,0,"IL TRM v5 vol2",63,null,null,null,5,"IL TRM v5 vol2",62,"Low Flow (GPM)",1.06,"IL TRM v5 vol2",64,"Standard (GPM)",1.9,"IL TRM v5 vol2",64,"=ROUND((AF448-AB448)*60*BA448*BE448*8.33*1*AS448/AW448/3413,4)","=ROUND(0,4)","IL TRM v5 vol2",63,"2020-01-01","2024-12-31",null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v5 vol2",63,0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v5 vol2",63,1.5,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v5 vol2",65,312,"Days per year","IL TRM v5 vol2",65]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Medium",254.2,"C&I","Hot Water","Medium-sized casual dining restaurants","per unit",0,"IL TRM v12 vol2",159,{"$f":"ROUND(BM449*8.33*1*AS449*(1/AW449)/3412*1,4)","v":1224.1794},"Calculated Value",null,null,null,null,null,0,"IL TRM v12 vol2",161,{"$f":"BE449*BA449","v":468},"IL TRM v12 vol2",162,5,"IL TRM v12 vol2",159,"Low Flow (GPM)",0.98,"IL TRM v12 vol2",162,"Standard (GPM)",1.23,"IL TRM v12 vol2",162,"=ROUND(BM449*8.33*1*AS449*(1/AW449)/3412*1,4)","=ROUND(0,4)","IL TRM v12 vol2",160,"2025-01-01",null,null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v12 vol2",160,0.98,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v12 vol2",160,1.5,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v12 vol2",162,312,"Days per year","IL TRM v12 vol2",162,1,"ISR","IL TRM v12 vol2",162,{"$f":"(AF449-AB449)*60*BA449*BE449*BI449","v":7020},"∆Water","IL TRM v12 vol2",161]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Small",253.1,"C&I","Hot Water","Small, quick- service restaurants","per unit",100,"IL TRM v5 vol2",62,{"$f":"ROUND((AF450-AB450)*60*BA450*BE450*8.33*1*AS450/AW450/3413,4)","v":2769.6197999999999},"Calculated Value",null,null,null,null,null,0,"IL TRM v5 vol2",63,null,null,null,5,"IL TRM v5 vol2",62,"Low Flow (GPM)",1.06,"IL TRM v5 vol2",64,"Standard (GPM)",1.9,"IL TRM v5 vol2",64,"=ROUND((AF450-AB450)*60*BA450*BE450*8.33*1*AS450/AW450/3413,4)","=ROUND(0,4)","IL TRM v5 vol2",63,"2020-01-01","2024-12-31",null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v5 vol2",63,0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v5 vol2",63,1,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v5 vol2",65,312,"Days per year","IL TRM v5 vol2",65]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Small",253.2,"C&I","Hot Water","Small, quick- service restaurants","per unit",0,"IL TRM v12 vol2",159,{"$f":"ROUND(BM451*8.33*1*AS451*(1/AW451)/3412*1,4)","v":816.11959999999999},"Calculated Value",null,null,null,null,null,0,"IL TRM v12 vol2",161,{"$f":"BE451*BA451","v":312},"IL TRM v12 vol2",162,5,"IL TRM v12 vol2",159,"Low Flow (GPM)",0.98,"IL TRM v12 vol2",162,"Standard (GPM)",1.23,"IL TRM v12 vol2",162,"=ROUND(BM451*8.33*1*AS451*(1/AW451)/3412*1,4)","=ROUND(0,4)","IL TRM v12 vol2",160,"2025-01-01",null,null,null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM v12 vol2",160,0.98,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM v12 vol2",160,1,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v12 vol2",162,312,"Days per year","IL TRM v12 vol2",162,1,"ISR","IL TRM v12 vol2",162,{"$f":"(AF451-AB451)*60*BA451*BE451*BI451","v":4680},"∆Water","IL TRM v12 vol2",161]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Small",286,"Small C&I","Hot Water","Direct Install","per unit",92.9,"IL TRM v6 vol2",60,{"$f":"ROUND((AF452-AB452)*60*BA452*BE452*8.33*1*(BM452-BI452)/BQ452/3413*BU452,4)","v":2769.6197999999999},"Calculated Value",null,null,0,"IL TRM v6 vol2",60,0,"IL TRM v6 vol2",61,null,null,null,5,"IL TRM v6 vol2",60,"Low Flow (GPM)",1.06,"IL TRM v6 vol2",62,"Standard (GPM)",1.9,"IL TRM v6 vol2",62,"=ROUND((AF452-AB452)*60*BA452*BE452*8.33*1*(BM452-BI452)/BQ452/3413*BU452,4)","=ROUND(0,4)","IL TRM v6 vol2",61,"2020-01-01","2024-12-31",null,null,null,null,1.9,"FLObase","IL TRM v6 vol2",62,1.06,"FLOeff","IL TRM v6 vol2",62,1,"HOURSday","IL TRM v6 vol2",63,312,"Days per year","IL TRM v6 vol2",63,54.1,"Tin","IL TRM v6 vol2",61,124.1,"Tout","IL TRM v6 vol2",61,0.97,"Eff_Elec","IL TRM v6 vol2",61,1,"FLAG (1 for electric, 0 for gas)","IL TRM v6 vol2",61]
["Whole Business Efficiency Program","Pre-Rinse Spray Valves Small",286.10000000000002,"Small C&I","Hot Water","Direct Install, Small, quick- service restaurants","per unit",54,"IL TRM v12 vol2",159,{"$f":"ROUND(CC453*8.33*1*(BM453-BI453)*(1/BQ453)/3412*BU453,4)","v":3786.7948000000001},"Calculated Value",null,null,0,"IL TRM v12 vol2",159,0,"IL TRM v12 vol2",161,{"$f":"BE453*BA453","v":312},"IL TRM v12 vol2",162,5,"IL TRM v12 vol2",159,"Low Flow (GPM)",0.98,"IL TRM v12 vol2",162,"Standard (GPM) - Direct Install",2.14,"IL TRM v12 vol2",162,"=ROUND(CC453*8.33*1*(BM453-BI453)*(1/BQ453)/3412*BU453,4)","=ROUND(0,4)","IL TRM v12 vol2",160,"2025-01-01",null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM v12 vol2",162,312,"Days per year","IL TRM v12 vol2",162,50.7,"Tin","IL TRM v12 vol2",159,{"$f":"BI453+70","v":120.7},"Tout","IL TRM v12 vol2",160,0.98,"Eff_Elec","IL TRM v12 vol2",160,1,"FLAG (1 for electric, 0 for gas)","IL TRM v12 vol2",160,1,"ISR","IL TRM v12 vol2",162,{"$f":"(AF453-AB453)*60*BA453*BE453*BY453","v":21715.200000000004},"∆Water","IL TRM v12 vol2",161]
["Whole Business Efficiency Program","Programmable Thermostat Controls",87.1,"C&I","HVAC",null,"per ton",36.200000000000003,"IL TRM v6 vol2",220,{"$f":"ROUND(126.0527,4)","v":126.0527},"Calculated Value",null,null,null,null,null,0,"Calculated Value",null,null,null,null,8,"IL TRM v6 vol2",220,"Programmable Tstat",null,"IL TRM v6 vol2",220,"No Tstat",null,"IL TRM v6 vol2",220,"=ROUND(126.0527,4)","=ROUND(0,4)","IL TRM v6 vol2",221,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Programmable Thermostat Controls",87.2,"C&I","HVAC",null,"per unit",175,"IL TRM v12 vol3",565,{"$f":"ROUND((AS455*(1/AW455)*BA455*BE455*BI455)+(BM455*(1/BQ455)*BU455*BY455*BI455), 4)","v":3011.4692},"Calculated Value",null,{"$f":"ROUND((BM455*(1/BQ455)*BY455*BI455)*(1/CC455)*BY455*BI455, 4)","v":9.1000000000000004E-3},0.45700000000000002,"IL TRM v12 vol3",567,{"$f":"ROUND(N455*O455, 4)","v":4.1999999999999997E-3},"Calculated Value",null,null,null,null,11,"IL TRM v12 vol3",565,"Programmable Tstat",null,null,null,"Manual Tstat",null,"IL TRM v12 vol3",565,{"$f":"cellformula(K455)","v":"=ROUND((AS455*(1/AW455)*BA455*BE455*BI455)+(BM455*(1/BQ455)*BU455*BY455*BI455), 4)"},{"$f":"cellformula(R455)","v":"=ROUND(N455*O455, 4)"},"IL TRM v12 vol3","566, 568","2025-01-01",null,null,null,null,null,114.5,"kBtu/hr_heat","IL TRM v12 vol3",566,5.0999999999999996,"HSPF2","IL TRM v12 vol3",566,1287,"EFLH_heat","IL TRM v12 vol3",284,8.7999999999999995E-2,"Heating_Reduction","IL TRM v12 vol3",567,0.8,"BAF (unknown)","IL TRM v12 vol3",568,61,"kBtu/h_cool","IL TRM v12 vol3",567,12.4,"SEER2","IL TRM v12 vol2",567,1403,"EFLH_cool","IL TRM v12 vol3",286,0.17699999999999999,"Cooling_Reduction","IL TRM v12 vol3",567,{"$f":"(-0.02*BQ455^2)+(1.12*BQ455)","v":10.812800000000001},"EER2","IL TRM v12 vol3",568]
["Whole Business Efficiency Program","PTAC - Early Replacement",381.3,"C&I","Cooling"," ","per ton",1047,"IL TRM V11, Vol 2",305,{"$f":"ROUND(AS456*(1/AW456-1/AB456)*BE456,4)","v":478.39580000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",306,{"$f":"ROUND(AS456*(1/AW456-1/AB456)*O456,4)","v":0.31130000000000002},"Calculated Value",null,null,null,null,8,"IL TRM V11, Vol 2",305,"EERee",12.77,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",{"$f":"ROUND(10.9-(0.213*AS456), 1)","v":8.3000000000000007},"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(AS456*(1/AW456-1/AB456)*BE456,4)","=ROUND(AS456*(1/AW456-1/AB456)*O456,4)","IL TRM v11 Vol2","306, 307","2024-01-01","2024-12-31",null,null,null,null,12,"kBtucool/hr","Actually Installed Values",null,9.3699999999999992,"EERexist","Weighted average from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,null,null,null,null,1403,"EFLH_cool","IL TRM V11, Vol 2- unknown building type for Zone 4",243]
["Whole Business Efficiency Program","PTAC - Early Replacement",381.4,"C&I","Cooling",null,"per ton",1047,"IL TRM V12, Vol 2",350,{"$f":"ROUND(AS457*(1/AF457-1/AB457)*BE457,4)","v":269.86430000000001},"Calculated Value",351,null,0.91300000000000003,"IL TRM V12, Vol 2",351,{"$f":"ROUND(AF457*(1/AF457-1/AB457)*O457,4)","v":0.1966},"Calculated Value",351,null,null,null,8,"IL TRM V12, Vol 2",350,"EERee",13,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",10.199999999999999,"IL TRM V12, Vol 2",353,"=ROUND(AS457*(1/AF457-1/AB457)*BE457,4)","=ROUND(AF457*(1/AF457-1/AB457)*O457,4)","IL TRM V12, Vol 2","351, 355","2025-01-01",null,null,null,null,null,12,"kBtucool/hr","unit conversion",null,null,null,null,null,null,null,null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","PTAC - Early Replacement (future)",382.1,"C&I","Cooling",null,"per ton",1047,"IL TRM V11, Vol 2",305,{"$f":"ROUND(AS458*(1/AF458-1/AB458)*BE458,4)","v":497.88830000000002},"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",306,{"$f":"ROUND(AS458*(1/AF458-1/AB458)*O458,4)","v":0.32400000000000001},"Calculated Value",null,null,null,null,8,"IL TRM V11, Vol 2",305,"EERee",11,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",{"$f":"ROUND(10.9-(0.213*AS458), 1)","v":8.3000000000000007},"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(AS458*(1/AF458-1/AB458)*BE458,4)","=ROUND(AS458*(1/AF458-1/AB458)*O458,4)","IL TRM v11 Vol2","306, 307","2024-01-01","2024-12-31",null,null,null,null,12,"kBtucool/hr","Actually Installed Values",null,8.1,"EERexist","Actual value",null,null,null,null,null,1403,"EFLH_cool","IL TRM V11, Vol 2- unknown building type for Zone 4",243]
["Whole Business Efficiency Program","PTAC - Early Replacement (future)",382.2,"C&I","Cooling",null,"per ton",1047,"IL TRM V12, Vol 2",350,{"$f":"ROUND(AS459*(1/AF459-1/AB459)*BE459,4)","v":91.123000000000005},"Calculated Value",351,null,0.91300000000000003,"IL TRM V12, Vol 2",351,{"$f":"ROUND(AF459*(1/AF459-1/AB459)*O459,4)","v":6.6400000000000001E-2},"Calculated Value",351,null,null,null,8,"IL TRM V12, Vol 2",350,"EERee",11,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",10.199999999999999,"IL TRM V12, Vol 2",353,"=ROUND(AS459*(1/AF459-1/AB459)*BE459,4)","=ROUND(AF459*(1/AF459-1/AB459)*O459,4)","IL TRM V12, Vol 2","351, 355","2025-01-01",null,null,null,null,null,12,"kBtucool/hr","unit conversion",null,null,null,null,null,null,null,null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years"]
["Whole Business Efficiency Program","PTHP - Early Replacement",383.2,"C&I","HVAC",null,"per ton",1047,"IL TRM V11, Vol 2",305,{"$f":"ROUND(AS460*(1/AW460-1/AB460)*BE460 + BA460/3.412*(1/BM460-1/BU460)*BI460,4)","v":984.06050000000005},"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",306,{"$f":"ROUND(AS460*(1/AW460-1/AB460)*O460,4)","v":0.37630000000000002},"Calculated Value",null,null,null,null,8,"IL TRM V11, Vol 2",305,"EERee",11.5,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",{"$f":"ROUND(10.8-(0.213*AS460), 1)","v":8.1999999999999993},"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(AS460*(1/AW460-1/AB460)*BE460 + BA460/3.412*(1/BM460-1/BU460)*BI460,4)","=ROUND(AS460*(1/AW460-1/AB460)*O460,4)","IL TRM v11 Vol2","306, 307","2024-01-01","2024-12-31",null,null,null,null,12,"kBtucool/hr","Actually Installed Values",null,{"$f":"10.8 - (0.213 * AS460)","v":8.2439999999999998},"EERexist","IL TRM V11, Vol 2, Formula used to calculate is for PTHP (Cooling mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",308,12,"kBtuheat/hr","Actually Installed Value",null,1403,"EFLH_cool","IL TRM V11, Vol 2- unknown building type for Zone 4",243,1287,"EFLHHeat","IL TRM V11, Vol 2 - unknown building type for Zone 4",241,{"$f":"2.9-(0.026*BA460)","v":2.5880000000000001},"COPexist","IL TRM V11, Vol 2, Formula used to calculate is for PTHP (Heating mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",308,{"$f":"ROUND(2.9-(0.026*BA460), 1)","v":2.6},"COPbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.37,"COPee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred"]
["Whole Business Efficiency Program","PTHP - Early Replacement",383.3,"C&I","HVAC",null,"per ton",1047,"IL TRM v12 vol2",350,{"$f":"ROUND((AS461*(1/AF461-1/AB461)*BE461)+(BA461*BI461*(1/BM461-1/BU461))/3.412,4)","v":504.12090000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",351,{"$f":"ROUND(AS461*((1/AF461)-(1/AB461))*O461,4)","v":0.23130000000000001},"Calculated Value",null,null,null,null,3,"IL TRM v12 vol2",350,"EERee",13,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERexist",10.199999999999999,"IL TRM v12, vol2, Formula used to calculate is for PTHP (Cooling mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",353,"=ROUND((AS461*(1/AF461-1/AB461)*BE461)+(BA461*BI461*(1/BM461-1/BU461))/3.412,4)","=ROUND(AS461*((1/AF461)-(1/AB461))*O461,4)","IL TRM V12, Vol 2","351, 355","2025-01-01",null,null,null,null,null,12,"kBtucool/hr","unit conversion",null,null,null,null,null,12,"kBtuheat/hr","Actually Installed Value",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,1385,"EFLHHeat","IL TRM v12 vol2",353,2.9,"COPexist","IL TRM v12, vo2, Formula used to calculate is for PTHP (Heating mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",353,{"$f":"ROUND(2.9-(0.026*BA461), 1)","v":2.6},"COPbase","Code Weighting Analysis 2023-10-18'",null,3.37,"COPee","Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred"]
["Whole Business Efficiency Program","PTHP - Early Replacement (future)",384.1,"C&I","HVAC",null,"per ton",1047,"IL TRM V11, Vol 2",305,{"$f":"ROUND(AS462*(1/AF462-1/AB462)*BE462 + BA462/3.412*(1/BQ462-1/BU462)*BI462,4)","v":891.91020000000003},"Calculated Value",null,null,0.91300000000000003,"IL TRM V11, Vol 2",306,{"$f":"ROUND(AS462*(1/AF462-1/AB462)*O462,4)","v":0.34010000000000001},"Calculated Value",null,null,null,null,8,"IL TRM V11, Vol 2",305,"EERee",11,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",{"$f":"ROUND(10.8-(0.213*AS462), 1)","v":8.1999999999999993},"Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]","=ROUND(AS462*(1/AF462-1/AB462)*BE462 + BA462/3.412*(1/BQ462-1/BU462)*BI462,4)","=ROUND(AS462*(1/AF462-1/AB462)*O462,4)","IL TRM v11 Vol2","306, 307","2024-01-01","2024-12-31",null,null,null,null,12,"kBtucool/hr","Actually Installed Values",null,8.1,"EERexist","Actual value",null,12,"kBtuheat/hr","Actually Installed Value",null,1403,"EFLH_cool","IL TRM V11, Vol 2- unknown building type for Zone 4",243,1287,"EFLHHeat","IL TRM V11, Vol 2 - unknown building type for Zone 4",241,{"$f":"2.9-(0.026*BA462)","v":2.5880000000000001},"COPexist","IL TRM V11, Vol 2, Formula used to calculate is for PTHP (Heating mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",308,{"$f":"ROUND(2.9-(0.026*BA462), 1)","v":2.6},"COPbase","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.3,"COPee","Actually Installed Value"]
["Whole Business Efficiency Program","PTHP - Early Replacement (future)",384.2,"C&I","HVAC",null,"per ton",0,"IL TRM v12 vol2",350,{"$f":"ROUND((AS463*(1/AF463-1/AB463)*BE463)+(BA463*BI463*(1/BQ463-1/BU463))/3.412,4)","v":794.12289999999996},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",351,{"$f":"ROUND(AS463*((1/AF463)-(1/AB463))*O463,4)","v":0.34010000000000001},"Calculated Value",null,null,null,null,5,"IL TRM v12 vol2",350,"EERee",11,"Weighted average efficient efficiency ratings from verified participant data from the MEEIA Cycle 3 PY1-3 portfolio with preference on most recent year of evaluated results if sufficient participation occurred",null,"EERbase",{"$f":"ROUND(10.8-(0.213*AS463), 1)","v":8.1999999999999993},"IL TRM V12, Vol 2",353,"=ROUND((AS463*(1/AF463-1/AB463)*BE463)+(BA463*BI463*(1/BQ463-1/BU463))/3.412,4)","=ROUND(AS463*((1/AF463)-(1/AB463))*O463,4)","IL TRM V12, Vol 2","351, 355","2025-01-01",null,null,null,null,null,12,"kBtucool/hr","unit conversion",null,null,null,null,null,12,"kBtuheat/hr","Actually Installed Value",null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,1385,"EFLHHeat","IL TRM v12 vol2",353,2.9,"COPexist","IL TRM v12, vo2, Formula used to calculate is for PTHP (Heating mode) Non Standard Sized Minimum Efficiency (baseline effective 1/1/2016)",353,{"$f":"ROUND(2.9-(0.026*BA463), 1)","v":2.6},"COPbase","Code Weighting Analysis 2023-10-18'",null,3.3,"COPee","Actually Installed Value"]
["Whole Business Efficiency Program","Pumping System - Equipment Upgrade - Constant Speed",1099,"C&I","Motor",null,"per horsepower",9.57,"Michigan Energy Measure Database 2022",null,{"$f":"ROUND((AW464*AS464*(BA464/BE464)*BI464*U464)-(AW464*AS464*(BA464/BE464)*BM464*U464),4)","v":2.9918},"Calculated Value",null,null,null,1.7119230769230769E-4,181,{"$f":"ROUND(K464*P464,4)","v":5.0000000000000001E-4},"Calculated Value",null,3988.7449999999999,"PA TRM 2024, average of Tables 3-88,3-89,3-91",160,13.3,"PA TRM 2024",179,"Less Efficienct (Higher PEI) constant speed pump",null,"PA TRM 2024",null,"Constant speed. This standard requires that pumps be tested for compliance with the standard and labeled with a Pump Energy Index (PEI). Compliant pumps will achieve a PEI of 1.0 or less.",null,"PA TRM 2024",null,"=ROUND((AW464*AS464*(BA464/BE464)*BI464*U464)-(AW464*AS464*(BA464/BE464)*BM464*U464),4)","=ROUND(K464*P464,4)","PA TRM 2024",179,"2025-01-01",null,null,null,null,null,1,"HP","Placeholder value",null,0.746,"Conversion factor for HP to kWh","PA TRM 2024",180,0.79,"LF","PA TRM 2024",180,77,"Efficiency_motor","PA TRM 2024, assume 1 HP, 2 Pole ",180,0.98,"PEI_base","PA TRM 2024, average of constant speed in Table 3-105",null,{"$f":"BI464-(0.1*BI464)","v":0.88200000000000001},"PEI_ee","Nameplate (placeholder value, assume 10% increase in efficiency)",180]
["Whole Business Efficiency Program","Pumping System - System Optimization",1100,"C&I","Motor",null,"per horsepower",7.1635349464018772,null,null,{"$f":"ROUND((AS465*AW465*BA465)*BE465*U465,4)","v":333.9264},"Calculated Value",null,{"$f":"ROUND(K465/U465,4)","v":7.2700000000000001E-2},0.38,"IL TRM v12 vol2",885,{"$f":"ROUND((AS465*AW465*BA465)*BE465*O465,4)","v":2.76E-2},"Calculated Value",null,4591,"PA TRM 2021, average of all business types for Pittsburgh for premium efficiency motors","108-111",8,"IL TRM v12 vol2",885,"Efficient equipment proven to be an optimized centrifugal pumping system meeting the applicable program efficiency requirements: 1. Pumping balancing valves no more than 15% throttled. 2. Balancing valves on at least one load 100% open",null,"IL TRM v12 vol2",885,"Assumed to be the existing pumping system including existing controls and sequence of operations",null,"IL TRM v12 vol2",885,"=ROUND((AS465*AW465*BA465)*BE465*U465,4)","=ROUND((AS465*AW465*BA465)*BE465*O465,4)","IL TRM v12 vol2",886,"2025-01-01",null,null,null,null,null,1,"HP_motor","IL TRM v12 vol2",886,0.746,"conversion from HP to kW","IL TRM v12 vol2",886,0.65,"LF/motor efficiency","IL TRM v12 vol2",886,0.15,"ESF","IL TRM v12 vol2",886]
["Whole Business Efficiency Program","Pumping System - Variable Speed Drive",1101,"C&I","Motor",null,"per pump",1411.53,"WI TRM 2023",422,{"$f":"ROUND(712, 4)","v":712},"WI TRM 2023; >500, <= 1000 Cooling Water Circulation Pumps",421,null,0.29899999999999999,"WI TRM 2023",420,{"$f":"ROUND(0.314,4)","v":0.314},"WI TRM 2023",421,null,null,null,15,"WI TRM 2023",417,"The efficient condition is a properly sized high-efficiency ECM pump for domestic heating or cooling\ncirculation with variable speed capabilities to match demand.",null,"WI TRM 2023",418,"The baseline condition is a standard efficiency, constant volume PSC pump for domestic heating or cooling circulation without variable speed capabilities.",null,"WI TRM 2023",418,"=ROUND(712, 4)","=ROUND(0.314,4)","WI TRM 2023",420,"2025-01-01"]
["Whole Business Efficiency Program","Refrigerated Vending Machine Controls",291,"Small C&I","Refrigeration","Direct Install","per unit",180,"IL TRM v6 vol2",436,{"$f":"ROUND(AS467/1000*AW467*BA467,4)","v":1612.944},"Calculated Value",null,null,0,"IL TRM v6 vol2",436,{"$f":"ROUND(0,4)","v":0},"IL TRM v6 vol2",437,null,null,null,5,"IL TRM v6 vol2",436,"Standard efficiency refrigerated vending machine with a control system.",null,"IL TRM v6 vol2",436,"Standard efficiency refrigerated vending machine without a control system.",null,"IL TRM v6 vol2",436,"=ROUND(AS467/1000*AW467*BA467,4)","=ROUND(0,4)","IL TRM v6 vol2",437,"2020-01-01","2024-12-31",null,null,null,null,400,"WATTSbase","IL TRM v6 vol2",436,8766,"Hours","IL TRM v6 vol2",436,0.46,"Energy Savings Factor (ESF)","IL TRM v6 vol2",436]
["Whole Business Efficiency Program","Refrigerated Vending Machine Controls",291.10000000000002,"Small C&I","Refrigeration","Direct Install","per unit",245,"IL TRM v12 vol2",797,{"$f":"ROUND((((AW468-U468)*AS468)/1000)+(BA468*(BE468/24)*BI468),4)","v":370.18130000000002},"Calculated Value",null,null,0,"IL TRM v12 vol2",797,{"$f":"ROUND(0,4)","v":0},"IL TRM v12 vol2",798,3379,"IL TRM v12 vol2, unknown",797,5,"IL TRM v12 vol2",796,"Standard efficiency refrigerated vending machine with a control system.",null,"IL TRM v12 vol2",796,"Standard efficiency refrigerated vending machine without a control system.",null,"IL TRM v12 vol2",796,"=ROUND((((AW468-U468)*AS468)/1000)+(BA468*(BE468/24)*BI468),4)","=ROUND(0,4)","IL TRM v12 vol3",797,"2025-01-01",null,null,null,null,null,31.6,"Watts_bulb","IL TRM v12 vol2",797,8760,"Hours in a year","IL TRM v12 vol2",797,3.29,"MDEC","IL TRM v12 vol2",798,4,"SleepHours","IL TRM v12 vol2",798,365,"Days per year","IL TRM v12 vol2",798]
["Whole Business Efficiency Program","Refrigeration - Floating Head Pressure",1096,"C&I","Refrigeration",null,"per horsepower",430.83,"IL TRM v12 vol2",840,{"$f":"ROUND(AS469*AW469,4)","v":239},"Calculated Value",841,{"$f":"ROUND(0,4)","v":0},null,null,null,{"$f":"ROUND(0,4)","v":0},"IL TRM v12 vol2",842,null,null,null,15,"IL TRM v12 vol2",840,"refrigeration system with floating head pressure control",null,"IL TRM v12 vol2",840,"refrigeration system without floating head pressure control",null,"IL TRM v12 vol2",840,"=ROUND(AS469*AW469,4)","=ROUND(0,4)","IL TRM v12 vol2",841,"2025-01-01",null,null,null,null,null,1,"Horsepower of Compressor",null,null,239,"Savings factor, Belleville unknown unit type, unknown temperature"]
["Whole Business Efficiency Program","Retrocomissioning Custom Measure",0.18,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","Server - 1001-1500 W Rated Power Supply Output",848,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(2308, 4)","v":2308},"MO TRM 2017",241,null,1.1843160000000001E-4,"MO TRM 2017",242,{"$f":"ROUND(K471*O471,4)","v":0.27329999999999999},"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(2308, 4)","=ROUND(K471*O471,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Server - 1501-2000 W Rated Power Supply Output",849,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(3591, 4)","v":3591},"MO TRM 2017",242,null,1.1843160000000001E-4,"MO TRM 2017",242,0.42530000000000001,"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(3591, 4)","=ROUND(K472*O472,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Server - 2001-2500 W Rated Power Supply Output",850,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(3401, 4)","v":3401},"MO TRM 2017",242,null,1.1843160000000001E-4,"MO TRM 2017",242,0.40279999999999999,"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(3401, 4)","=ROUND(K473*O473,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Server - 2501-3000 W Rated Power Supply Output",851,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(7704, 4)","v":7704},"MO TRM 2017",242,null,1.1843160000000001E-4,"MO TRM 2017",242,0.91239999999999999,"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(7704, 4)","=ROUND(K474*O474,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Server - 501-1000 W Rated Power Supply Output",847,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(1187, 4)","v":1187},"MO TRM 2017",241,null,1.1843160000000001E-4,"MO TRM 2017",242,0.1406,"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(1187, 4)","=ROUND(K475*O475,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Server - Up to 500W Rated Power Supply Output",1102,"C&I","Misc",null,"per unit",9.8000000000000007,"MO TRM 2017",241,{"$f":"ROUND(479, 4)","v":479},"MO TRM 2017",241,null,1.1843160000000001E-4,"MO TRM 2017",242,5.67E-2,"Calculated Value",null,null,null,null,4,"MO TRM 2017",241,"computer server meeting requirements by Energy Star v2",null,"MO TRM 2017",241,"Non Energy Star qualified computer server",null,"MO TRM 2017",241,"=ROUND(479, 4)","=ROUND(K476*O476,4)","MO TRM 2017",241242,"2025-01-01"]
["Whole Business Efficiency Program","Smart Power Strip",288.10000000000002,"Small C&I","Electronics","Direct Install","per unit",10,"IL TRM v12 vol2",907,{"$f":"ROUND(((AS477*(AW477-BA477))+(BE477*(BI477-BM477)))*BQ477*BU477,4)","v":108.5759},"Calculated Value",null,null,0,"IL TRM v12 vol2",908,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,7,"IL TRM v12 vol2",907,"Advanced power strip with a load-sensing master plug and at least two controlled plugs",null,"IL TRM v12 vol2",907,"Standard power strip with surge protection that does not control connected loads",null,null,"IL TRM v12 vol2","=ROUND(((AS477*(AW477-BA477))+(BE477*(BI477-BM477)))*BQ477*BU477,4)","=ROUND(0,4)","IL TRM v12 vol2",908,"2024-01-01",null,null,null,null,null,3.15E-2,"kWwkday","IL TRM v12 vol2",908,106,"hrswkday","IL TRM v12 vol2",908,50,"hrswkday-open","IL TRM v12 vol2",908,6.1700000000000001E-3,"kWwkend","IL TRM v12 vol2",908,62,"hrswkend","IL TRM v12 vol2",908,0,"hrswkend-open","IL TRM v12 vol2",908,52.2,"weeks/year","IL TRM v12 vol2",908,0.96899999999999997,"ISR, commercial Direct Install","IL TRM v12 vol2",908]
["Whole Business Efficiency Program","Standard Open Deep-Fat Fryer",343.1,"C&I","Cooking",null,"per unit",210,"MO TRM 2017",41,{"$f":"ROUND(((AF478*(AS478-AW478/BA478))-(AB478*(AS478-AW478/BE478)) + (AW478*BI478/BM478)-(AW478*BI478/BQ478))*BU478/1000,4)","v":952.30909999999994},"Calculated Value",null,null,0.36,"IL TRM v6 vol2",49,{"$f":"ROUND(K478/BU478/AS478*O478,4)","v":5.8700000000000002E-2},"Calculated Value",null,null,null,null,12,"MO TRM 2017",41,"ElecIdleESTAR (W)",1000,"MO TRM 2017",42,"ElecIdleBase (W)",1050,"MO TRM 2017",42,"=ROUND(((AF478*(AS478-AW478/BA478))-(AB478*(AS478-AW478/BE478)) + (AW478*BI478/BM478)-(AW478*BI478/BQ478))*BU478/1000,4)","=ROUND(K478/BU478/AS478*O478,4)","MO TRM 2017","42, 43","2020-05-01","2024-12-31",null,null,null,null,16,"Hours (Daily)","MO TRM 2017",42,150,"Food Cooked (lbs per day)","MO TRM 2017",42,65,"ElecPCBase (lb/hr)","MO TRM 2017",42,70,"ElecPCESTAR (lb/hr)","MO TRM 2017",42,167,"EFOODElec (Wh/lb)","MO TRM 2017",42,0.75,"ElecEffBase","MO TRM 2017",43,0.8,"ElecEffESTAR","MO TRM 2017",43,365.25,"Days","MO TRM 2017",42]
["Whole Business Efficiency Program","Standard Open Deep-Fat Fryer",343.2,"C&I","Cooking","Full Service Expanded Menu","per unit",1500,"IL TRM v12 vol2",137,{"$f":"ROUND(((AF479*((AS479-(CG479/60))-AW479/BA479))-(AB479*((AS479-(CG479/60))-AW479/BE479))+((BY479-CC479)*1000)+((AW479*BI479/BM479)-(AW479*BI479/BQ479)))*BU479/1000,4)","v":3274.2222999999999},"Calculated Value",null,{"$f":"ROUND(((AF479*((AS479-(CG479/60))-AW479/BA479))-(AB479*((AS479-(CG479/60))-AW479/BE479))+((BY479-CC479)*1000)+((AW479*BI479/BM479)-(AW479*BI479/BQ479)))/(1000*AS479),4)","v":0.56030000000000002},0.36,"IL TRM v12 vol2, Full Service Expanded Menu",138,{"$f":"ROUND(((AF479*((AS479-(CG479/60))-AW479/BA479))-(AB479*((AS479-(CG479/60))-AW479/BE479))+((BY479-CC479)*1000)+((AW479*BI479/BM479)-(AW479*BI479/BQ479)))/(1000*AS479)*O479,4)","v":0.20169999999999999},"Calculated Value",null,null,null,null,12,"IL TRM v12 vol2",null,"Idle_ESTAR (W/h)",800,"IL TRM v12 vol2",139,"Idle_Base (W/h)",1200,"IL TRM v12 vol2",139,"=ROUND(((AF479*((AS479-(CG479/60))-AW479/BA479))-(AB479*((AS479-(CG479/60))-AW479/BE479))+((BY479-CC479)*1000)+((AW479*BI479/BM479)-(AW479*BI479/BQ479)))*BU479/1000,4)","=ROUND(((AF479*((AS479-(CG479/60))-AW479/BA479))-(AB479*((AS479-(CG479/60))-AW479/BE479))+((BY479-CC479)*1000)+((AW479*BI479/BM479)-(AW479*BI479/BQ479)))/(1000*AS479)*O479,4)","IL TRM v12 vol2","138, 142","2025-01-01",null,null,null,null,null,16,"Hours (Daily)","IL TRM v12 vol2",139,150,"Food Cooked (lbs per day)","IL TRM v12 vol2",140,65,"PC_Base (lb/hr)","IL TRM v12 vol2",140,70,"PC_ESTAR (lb/hr)","IL TRM v12 vol2",140,167,"EFOODElec (Wh/lb)","IL TRM v12 vol2",140,0.75,"ElecEffBase","IL TRM v12 vol2",140,0.83,"ElecEffESTAR","IL TRM v12 vol2",140,365.25,"Days","IL TRM v12 vol2",140,2.4,"PreheatEnergy_Base","IL TRM v12 vol2",140,1.9,"PreheatEnergy_ESTAR","IL TRM v12 vol2",140,15,"PreheatTime","IL TRM v12 vol2",139]
["Whole Business Efficiency Program","Strategic Energy Management Custom Measure",0.17,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","Strip Curtains Cooler",261.39999999999998,"C&I","Refrigeration","per cooler with curtains installed","per sq. ft.",10.220000000000001,"IL TRM V11 Vol 2",758,{"$f":"ROUND(AB481*AS481,4)","v":80.400000000000006},"IL TRM v10 Vol2",650,null,1,"IL TRM v10 Vol2",651,{"$f":"ROUND(K481/U481*O481,4)","v":9.1999999999999998E-3},"IL TRM v10 Vol2",650,8766,"Indiana TRM v1",651,4,"IL TRM v10 Vol2",649,"Strip Curtain - Energy Savings (kWh/sq ft)",{"$f":"AVERAGE(40.9,119.9)","v":80.400000000000006},"IL TRM v10 Vol2 (average of supermarket cooler values)",650,"No strip curtain",null,null,null,"=ROUND(AB481*AS481,4)","=ROUND(K481/U481*O481,4)","IL TRM v10 Vol2",650,"2024-01-01","2024-12-31",null,null,null,null,1,"Square Footage","Deemed value"]
["Whole Business Efficiency Program","Strip Curtains Cooler",261.5,"C&I","Refrigeration","per cooler with curtains installed","per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB482*AS482,4)","v":119.9},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,1.37E-2,"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip Curtain - Energy Savings (kWh/sq ft), supermarket cooler value",119.9,"IL TRM v12 vol2",813,"No strip curtain",null,null,null,"=ROUND(AB482*AS482,4)","=ROUND(K482/U482*O482,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Whole Business Efficiency Program","Strip Curtains Freezer",260.39999999999998,"C&I","Refrigeration","per freezer with curtains installed","per sq. ft.",10.220000000000001,"IL TRM V11 Vol 2",758,{"$f":"ROUND(AB483*AS483,4)","v":331.5},"IL TRM v10 Vol2",650,null,1,"IL TRM v10 Vol2",651,3.78E-2,"IL TRM v10 Vol2",650,8766,"Indiana TRM v1",651,4,"IL TRM v10 Vol2",649,"Strip Curtain - Energy Savings (kWh/sq ft)",{"$f":"AVERAGE(168.5,494.5)","v":331.5},"IL TRM v10 Vol2 (average of supermarket freezer values)",650,"No strip curtain",null,null,null,"=ROUND(AB483*AS483,4)","=ROUND(K483/U483*O483,4)","IL TRM v10 Vol2",650,"2024-01-01","2024-12-31",null,null,null,null,1,"Square Footage","Deemed value"]
["Whole Business Efficiency Program","Strip Curtains Freezer",260.5,"C&I","Refrigeration","per freezer with curtains installed","per sq. ft.",10.220000000000001,"IL TRM v12 vol2",812,{"$f":"ROUND(AB484*AS484,4)","v":494.3},"IL TRM v12 vol2",813,null,1,"IL TRM v12 vol2",814,5.6399999999999999E-2,"Calculated Value",null,8766,"IL TRM v12 vol2",814,4,"IL TRM v12 vol2",812,"Strip Curtain - Energy Savings (kWh/sq ft), supermarket freezer value",494.3,"IL TRM v12 vol2",813,"No strip curtain",null,null,null,"=ROUND(AB484*AS484,4)","=ROUND(K484/U484*O484,4)","IL TRM v12 vol2",813,"2025-01-01",null,null,null,null,null,1,"Square Footage","Deemed value, to allow for per ft calculation"]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 1 shift weekdays",122.2,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2022",135,{"$f":"ROUND(BA485*(AS485-AW485)*U485,4)","v":310.6223},"Calculated Value",null,{"$f":"ROUND(K485/U485,4)","v":0.15720000000000001},0.95,"IL TRM v11 Vol2",792,0.14929999999999999,"Calculated Value",null,1976,"IL TRM v11 Vol2",791,13,"IL TRM v11 vol2",790,null,null,null,null,null,null,null,null,"=ROUND(BA485*(AS485-AW485)*U485,4)","=ROUND(K485/U485*O485,4)","IL TRM V11, Vol 2","791, 792","2024-01-01","2024-12-31",null,null,null,null,0.84042334905660376,"Baseline Compressor Factor","IL TRM V11, Vol 2",792,0.66575943396226411,"Efficient Compressor Factor","IL TRM V11, Vol 2",792,0.9,"Nominal HP to full load kW conversion factor","IL TRM v11 Vol2",791]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 1 shift weekdays",122.3,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2023",136,{"$f":"ROUND(BA486*U486*(AS486-AW486),4)","v":295.88130000000001},"Calculated Value",null,0.1497,0.59,"IL TRM v12 vol2, single shift",846,8.8300000000000003E-2,"Calculated Value",null,1976,"IL TRM v12 vol2, 1 shift",845,13,"IL TRM v12 vol2",844,"compressor ≤ 200 hp with variable speed control.",null,"IL TRM v12 vol2",844,"either an oil-flooded compressor ≤ 200 hp with inlet modulating with blowdown or load/no-load controls.",null,"IL TRM v12 vol2",844,"=ROUND(BA486*U486*(AS486-AW486),4)","=ROUND(K486/U486*O486,4)","IL TRM v12 vol2","845, 846","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(0.89,0.909,0.831,0.806,0.863,0.887,0.811,0.786)","v":0.84787499999999993},"Baseline Compressor Factor, average","IL TRM v12 vol2",846,{"$f":"AVERAGE(0.705,0.658)","v":0.68149999999999999},"Efficient Compressor Factor","IL TRM v12 vol2",846,0.9,"Nominal HP to full load kW conversion factor","IL TRM v12 vol2",845]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 2 shift weekdays",123.3,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2022",135,{"$f":"ROUND(BA487*(AS487-AW487)*U487,4)","v":608.56849999999997},"Calculated Value",null,0.154,0.95,"IL TRM v11 Vol2",792,0.14630000000000001,"Calculated Value",null,3952,"IL TRM v11 Vol2",791,13,"IL TRM v11 vol2",790,null,null,null,null,null,null,null,null,"=ROUND(BA487*(AS487-AW487)*U487,4)","=ROUND(K487/U487*O487,4)","IL TRM V11, Vol 2","791, 792","2024-01-01","2024-12-31",null,null,null,null,{"$f":"ROUND(0.843614361702128,4)","v":0.84360000000000002},"Baseline Compressor Factor","IL TRM V11, Vol 2",792,{"$f":"ROUND(0.6725,4)","v":0.67249999999999999},"Efficient Compressor Factor","IL TRM V11, Vol 2",792,0.9,"Nominal HP to full load kW conversion factor","IL TRM v11 Vol2",791]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 2 shift weekdays",123.4,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2023",136,{"$f":"ROUND(BA488*U488*(AS488-AW488),4)","v":591.76260000000002},"Calculated Value",null,0.1497,0.95,"IL TRM v12 vol2, 2 shift",846,0.14230000000000001,"Calculated Value",null,3952,"IL TRM v12 vol2, 2 shift",845,13,"IL TRM v12 vol2",844,"compressor ≤ 200 hp with variable speed control.",null,"IL TRM v12 vol2",844,"either an oil-flooded compressor ≤ 200 hp with inlet modulating with blowdown or load/no-load controls.",null,"IL TRM v12 vol2",844,"=ROUND(BA488*U488*(AS488-AW488),4)","=ROUND(K488/U488*O488,4)","IL TRM v12 vol2","845, 846","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(0.89,0.909,0.831,0.806,0.863,0.887,0.811,0.786)","v":0.84787499999999993},"Baseline Compressor Factor, average","IL TRM v12 vol2",846,{"$f":"AVERAGE(0.705,0.658)","v":0.68149999999999999},"Efficient Compressor Factor","IL TRM v12 vol2",846,0.9,"Nominal HP to full load kW conversion factor","IL TRM v12 vol2",845]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 3 shift weekdays",124.2,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2022",135,{"$f":"ROUND(BA489*(AS489-AW489)*U489,4)","v":931.86689999999999},"Calculated Value",null,0.15720000000000001,0.95,"IL TRM v11 Vol2",792,0.14929999999999999,"Calculated Value",null,5928,"IL TRM v11 Vol2",791,13,"IL TRM v11 vol2",790,null,null,null,null,null,null,null,null,"=ROUND(BA489*(AS489-AW489)*U489,4)","=ROUND(K489/U489*O489,4)","IL TRM V11, Vol 2","791, 792","2024-01-01","2024-12-31",null,null,null,null,0.84042334905660376,"Baseline Compressor Factor","IL TRM V11, Vol 2",792,0.66575943396226411,"Efficient Compressor Factor","IL TRM V11, Vol 2",792,0.9,"Nominal HP to full load kW conversion factor","IL TRM v11 Vol2",791]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 3 shift weekdays",124.3,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2023",136,{"$f":"ROUND(BA490*U490*(AS490-AW490),4)","v":887.64390000000003},"Calculated Value",null,0.1497,0.95,"IL TRM v12 vol2, 3 shift",846,0.14230000000000001,"Calculated Value",null,5928,"IL TRM v12 vol2, 3 shift",845,13,"IL TRM v12 vol2",844,"compressor ≤ 200 hp with variable speed control.",null,"IL TRM v12 vol2",844,"either an oil-flooded compressor ≤ 200 hp with inlet modulating with blowdown or load/no-load controls.",null,"IL TRM v12 vol2",844,"=ROUND(BA490*U490*(AS490-AW490),4)","=ROUND(K490/U490*O490,4)","IL TRM v12 vol2","845, 846","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(0.89,0.909,0.831,0.806,0.863,0.887,0.811,0.786)","v":0.84787499999999993},"Baseline Compressor Factor, average","IL TRM v12 vol2",846,{"$f":"AVERAGE(0.705,0.658)","v":0.68149999999999999},"Efficient Compressor Factor","IL TRM v12 vol2",846,0.9,"Nominal HP to full load kW conversion factor","IL TRM v12 vol2",845]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 3 shift weekdays plus weekends",125.2,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2022",135,{"$f":"ROUND(BA491*(AS491-AW491)*U491,4)","v":1329.12},"Calculated Value",null,0.1598,0.95,"IL TRM v11 Vol2",792,0.15179999999999999,"Calculated Value",null,8320,"IL TRM v11 Vol2",791,13,"IL TRM v11 vol2",790,null,null,null,null,null,null,null,null,"=ROUND(BA491*(AS491-AW491)*U491,4)","=ROUND(K491/U491*O491,4)","IL TRM V11, Vol 2","791, 792","2024-01-01","2024-12-31",null,null,null,null,{"$f":"ROUND(0.837881355932203,4)","v":0.83789999999999998},"Baseline Compressor Factor","IL TRM V11, Vol 2",792,{"$f":"ROUND(0.660389830508475,4)","v":0.66039999999999999},"Efficient Compressor Factor","IL TRM V11, Vol 2",792,0.9,"Nominal HP to full load kW conversion factor","IL TRM v11 Vol2",791]
["Whole Business Efficiency Program","Variable Speed Drive Compressor - 3 shift weekdays plus weekends",125.3,"C&I","Pumps/Fans",null,"per HP",100.93,"WI TRM 2023",136,{"$f":"ROUND(BA492*U492*(AS492-AW492),4)","v":1245.816},"Calculated Value",null,0.1497,0.95,"IL TRM v12 vol2, 3 shift + weekends",846,0.14230000000000001,"Calculated Value",null,8320,"IL TRM v12 vol2, 3 shift + weekends",845,13,"IL TRM v12 vol2",844,"compressor ≤ 200 hp with variable speed control.",null,"IL TRM v12 vol2",844,"either an oil-flooded compressor ≤ 200 hp with inlet modulating with blowdown or load/no-load controls.",null,"IL TRM v12 vol2",844,"=ROUND(BA492*U492*(AS492-AW492),4)","=ROUND(K492/U492*O492,4)","IL TRM v12 vol2","845, 846","2025-01-01",null,null,null,null,null,{"$f":"AVERAGE(0.89,0.909,0.831,0.806,0.863,0.887,0.811,0.786)","v":0.84787499999999993},"Baseline Compressor Factor, average","IL TRM v12 vol2",846,{"$f":"AVERAGE(0.705,0.658)","v":0.68149999999999999},"Efficient Compressor Factor","IL TRM v12 vol2",846,0.9,"Nominal HP to full load kW conversion factor","IL TRM v12 vol2",845]
["Whole Business Efficiency Program","Variable Speed ECM Pump, <100 Watts Max Input, Domestic Hot Water Recirculation",139.1,"C&I","Pumps/Fans",null,"per pump",690.79,"WI TRM 2018",937,{"$f":"ROUND((AS493/1000*(BA493*BI493+BE493*BM493) - (AW493/1000*BE493)),4)","v":1312.0947000000001},"Calculated Value",null,null,1,"WI TRM 2018",221,{"$f":"ROUND((AS493-AW493)/1000*O493,4)","v":0.22800000000000001},"Calculated Value",null,null,null,null,15,"WI TRM 2018",218,null,null,null,null,null,null,null,null,"=ROUND((AS493/1000*(BA493*BI493+BE493*BM493) - (AW493/1000*BE493)),4)","=ROUND((AS493-AW493)/1000*O493,4)","WI TRM 2018","220, 221","2020-01-01","2024-12-31",null,null,null,null,278,"Watts Base","WI TRM 2018 ",220,50,"Watts EE","WI TRM 2018 ",220,8760,"HOU uncontrolled","WI TRM 2018",221,2190,"HOU controlled","WI TRM 2018",221,0.44500000000000001,"Constant","WI TRM 2018",221,0.55500000000000005,"Constant","WI TRM 2018",221]
["Whole Business Efficiency Program","Variable Speed ECM Pump, <100 Watts Max Input, Domestic Hot Water Recirculation",139.19999999999999,"C&I","Pumps/Fans",null,"per pump",1063.1099999999999,"WI TRM 2023",422,{"$f":"ROUND((AF494/1000*BU494)-(AB494/1000*BE494),4)","v":529.70630000000006},"Calculated Value",null,null,1,"WI TRM 2023",420,{"$f":"ROUND((AF494-AB494)/1000*O494,4)","v":7.4999999999999997E-2},"Calculated Value",null,null,null,null,15,"WI TRM 2023",417,"Watts,ee",50,"WI TRM 2023",419,"Watts,base",{"$f":"AB494/BQ494","v":125},"WI TRM 2023",419,"=ROUND((AF494/1000*BU494)-(AB494/1000*BE494),4)","=ROUND((AF494-AB494)/1000*O494,4)","WI TRM 2023","419, 420","2025-01-01",null,null,null,null,null,null,null,null,null,null,null,null,null,8760,"HOU uncontrolled","WI TRM 2023",420,2190,"HOU controlled = HOU DHW-ee","WI TRM 2023",420,0.44500000000000001,"Fraction of baseline systems with no controls","WI TRM 2023",420,0.55500000000000005,"Fraction of baseline systems with timer or aquastat controls","WI TRM 2023",420,0.4,"Ratio of ECM watts to baseline watts","WI TRM 2023",419,{"$f":"BA494*BI494+BE494*BM494","v":5113.6500000000005},"HOU_DHW-base","WI TRM 2023",419]
["Whole Business Efficiency Program","Variable Speed ECM Pump, <100 Watts Max Input, Heating Water Circulation",142.1,"C&I","Pumps/Fans",null,"per pump",690.79,"WI TRM 2018",222,{"$f":"ROUND(359.03,4)","v":359.03},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2018",218,null,null,null,null,null,null,null,null,"=ROUND(359.03,4)","=ROUND(0,4)","WI TRM 2018",222,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Variable Speed ECM Pump, <100 Watts Max Input, Heating Water Circulation",142.19999999999999,"C&I","Pumps/Fans",null,"per pump",1063.1099999999999,"WI TRM 2023",422,{"$f":"ROUND(171,4)","v":171},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2023",417,"Watts,ee",50,"WI TRM 2023",419,"Watts,base",null,"WI TRM 2023",419,"=ROUND(171,4)","=ROUND(0,4)","WI TRM 2023","418, 420","2025-01-01"]
["Whole Business Efficiency Program","Variable Speed ECM Pump, >500 Watts Max Input, Heating Water Circulation",144.1,"C&I","Pumps/Fans",null,"per pump",1844.58,"WI TRM 2018",222,{"$f":"ROUND(7174.33,4)","v":7174.33},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2018",218,null,null,null,null,null,null,null,null,"=ROUND(7174.33,4)","=ROUND(0,4)","WI TRM 2018",222,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Variable Speed ECM Pump, >500 Watts Max Input, Heating Water Circulation",144.19999999999999,"C&I","Pumps/Fans",null,"per pump",1411.53,"WI TRM 2023",422,{"$f":"ROUND(2399,4)","v":2399},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2023",417,"Watts,ee",700,"WI TRM 2023",419,"Watts,base",null,"WI TRM 2023",419,"=ROUND(2399,4)","=ROUND(0,4)","WI TRM 2023","418, 420","2025-01-01"]
["Whole Business Efficiency Program","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Domestic Hot Water Recirculation",140.1,"C&I","Pumps/Fans",null,"per pump",1324.75,"WI TRM 2018",937,{"$f":"ROUND((AS499/1000*(BA499*BI499+BE499*BM499) - (AW499/1000*BE499)),4)","v":6555.3599000000004},"Calculated Value",null,null,1,"WI TRM 2018",221,{"$f":"ROUND((AS499-AW499)/1000*O499,4)","v":1.139},"Calculated Value",null,null,null,null,15,"WI TRM 2018",218,null,null,null,null,null,null,null,null,"=ROUND((AS499/1000*(BA499*BI499+BE499*BM499) - (AW499/1000*BE499)),4)","=ROUND((AS499-AW499)/1000*O499,4)","WI TRM 2018","220, 221","2020-01-01","2024-12-31",null,null,null,null,1389,"Watts Base","WI TRM 2018 ",220,250,"Watts EE","WI TRM 2018 ",220,8760,"HOU uncontrolled","WI TRM 2018",221,2190,"HOU controlled","WI TRM 2018",221,0.44500000000000001,"Constant","WI TRM 2018",221,0.55500000000000005,"Constant","WI TRM 2018",221]
["Whole Business Efficiency Program","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Domestic Hot Water Recirculation",140.19999999999999,"C&I","Pumps/Fans",null,"per pump",1170.32,"WI TRM 2023",422,{"$f":"ROUND((AF500/1000*BU500)-(AB500/1000*BE500),4)","v":2648.5313000000001},"Calculated Value",null,null,1,"WI TRM 2023",420,{"$f":"ROUND((AF500-AB500)/1000*O500,4)","v":0.375},"Calculated Value",null,null,null,null,15,"WI TRM 2023",417,"Watts,ee",250,"WI TRM 2023",419,"Watts,base",{"$f":"AB500/BQ500","v":625},"WI TRM 2023",419,"=ROUND((AF500/1000*BU500)-(AB500/1000*BE500),4)","=ROUND((AF500-AB500)/1000*O500,4)","WI TRM 2023","419, 420","2025-01-01",null,null,null,null,null,null,null,null,null,null,null,null,null,8760,"HOU uncontrolled","WI TRM 2023",420,2190,"HOU controlled = HOU DHW-ee","WI TRM 2023",420,0.44500000000000001,"Fraction of baseline systems with no controls","WI TRM 2023",420,0.55500000000000005,"Fraction of baseline systems with timer or aquastat controls","WI TRM 2023",420,0.4,"Ratio of ECM watts to baseline watts","WI TRM 2023",419,{"$f":"BA500*BI500+BE500*BM500","v":5113.6500000000005},"HOU_DHW-base","WI TRM 2023",419]
["Whole Business Efficiency Program","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Heating Water Circulation",143.1,"C&I","Pumps/Fans",null,"per pump",1324.75,"WI TRM 2018",222,{"$f":"ROUND(1793.58,4)","v":1793.58},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2018",218,null,null,null,null,null,null,null,null,"=ROUND(1793.58,4)","=ROUND(0,4)","WI TRM 2018",222,"2020-01-01","2024-12-31"]
["Whole Business Efficiency Program","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Heating Water Circulation",143.19999999999999,"C&I","Pumps/Fans",null,"per pump",1170.32,"WI TRM 2023",422,{"$f":"ROUND(857,4)","v":857},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(0,4)","v":0},"Calculated Value",null,null,null,null,15,"WI TRM 2023",417,"Watts,ee",250,"WI TRM 2023",419,"Watts,base",null,"WI TRM 2023",419,"=ROUND(857,4)","=ROUND(0,4)","WI TRM 2023","418, 420","2025-01-01"]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 1-5 HP",592.1,"C&I","HVAC",null,"per hp",{"$f":"2250/5","v":450},"IL TRM V11, Vol 2",378,{"$f":"ROUND((0.746 * AS503 * AW503/BA503) * BE503 * (BI503-BM503) * (1+BQ503), 4)","v":2738.5124999999998},"IL TRM V11, Vol 2",379,null,null,null,null,{"$f":"ROUND(K503 * BU503/BE503, 4)","v":0.39489999999999997},"IL TRM V11, Vol 2",382,null,null,null,15,"IL TRM V11, Vol 2",378,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM V11, Vol 2",378,"Motor installed without a VFD or other method of control",null,"IL TRM V11, Vol 2",378,"=ROUND((0.746 * AS503 * AW503/BA503) * BE503 * (BI503-BM503) * (1+BQ503), 4)","=ROUND(K503 * BU503/BE503, 4)","IL TRM V11, Vol 2","378, 383","2024-01-01","2024-12-31",null,null,null,null,1,"Nominal HP of controlled motor","IL TRM V11 Vol. 2",378,0.65,"Load Factor","IL TRM V11, Vol 2",379,0.89500000000000002,"η_motor","IL TRM V11, Vol 2",380,6241,"RHRS_Base","IL TRM V11, Vol 2 - Annual run hours of fan for Unknown Building Type",381,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM V11, Vol 2 -No Control or Bypass Damper",382,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM V11, Vol 2 - VFD with duct static pressure controls",382,0.157,"IE_energy/IE_demand","IL TRM V11, Vol 2",382,0.9,"Default average flow fraction during peak period","IL TRM V11, Vol 2",383]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 1-5 HP",592.20000000000005,"C&I","HVAC",null,"per hp",{"$f":"2250/5","v":450},"IL TRM v12 vol3",437,2738.5124999999998,"Calculated Value",null,null,null,null,null,{"$f":"ROUND(K504 * BU504/BE504, 4)","v":0.39489999999999997},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol3",437,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM v12 vol3",437,"Motor installed without a VFD or other method of control",null,"IL TRM v12 vol3",437,"=ROUND((0.746 * AS504 * AW504/BA504) * BE504 * (BI504-BM504) * (1+BQ504), 4)","=ROUND(K504 * BU504/BE504, 4)","IL TRM v12 vol3","438, 441","2025-01-01",null,null,null,null,null,1,"Nominal HP of controlled motor","IL TRM v12 vol3",438,0.65,"Load Factor","IL TRM v12 vol3",438,0.89500000000000002,"η_motor","IL TRM v12 vol3",439,6241,"RHRS_Base","IL TRM v12 vol3",440,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM v12 vol3",441,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM v12 vol 3 - VFD with duct static pressure controls",441,0.157,"IE_energy/IE_demand","IL TRM v12 vol3",441,0.9,"Default average flow fraction during peak period","IL TRM v12 vol3",442]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 16-25 HP",594.1,"C&I","HVAC",null,"Per hp",{"$f":"4386/25","v":175.44},"IL TRM v.11.0 Vol. 2",378,2618.5563000000002,"IL TRM V11, Vol 2",379,null,null,null,null,{"$f":"ROUND(K505/BE505 * BU505, 4)","v":0.37759999999999999},"IL TRM v.11.0 Vol. 2",382,null,null,null,15,"IL TRM v.11.0 Vol. 2",378,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM V11, Vol 2",378,"Motor installed without a VFD or other method of control",null,"IL TRM V11, Vol 2",378,"=ROUND((0.746 * AS505 * AW505/BA505) * BE505 * (BI505-BM505) * (1+BQ505), 4)","=ROUND(K505/BE505 * BU505, 4)","IL TRM v9","306-311","2024-01-01","2024-12-31",null,null,null,null,1,"Nominal HP of controlled motor","IL TRM V11 Vol. 2",378,0.65,"Load Factor","IL TRM V11, Vol 2",379,0.93600000000000005,"η_motor","IL TRM V11, Vol 2",380,6241,"RHRS_Base","IL TRM V11, Vol 2 - Annual run hours of fan for Unknown Building Type",381,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM V11, Vol 2 -No Control or Bypass Damper",382,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM V11, Vol 2 - VFD with duct static pressure controls",382,0.157,"IE_energy/IE_demand","IL TRM V11, Vol 2",382,0.9,"Default average flow fraction during peak period","IL TRM V11, Vol 2",383]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 16-25 HP",594.20000000000005,"C&I","HVAC",null,"per hp",{"$f":"4386/25","v":175.44},"IL TRM v12 vol3",437,2618.5563000000002,"Calculated Value",null,null,null,null,null,0.37759999999999999,"Calculated Value",null,null,null,null,15,"IL TRM v12 vol3",437,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM v12 vol3",437,"Motor installed without a VFD or other method of control",null,"IL TRM v12 vol3",437,"=ROUND((0.746 * AS506 * AW506/BA506) * BE506 * (BI506-BM506) * (1+BQ506), 4)","=ROUND(K506/BE506 * BU506, 4)","IL TRM v12 vol3","438, 441","2025-01-01",null,null,null,null,null,1,"Nominal HP of controlled motor","IL TRM v12 vol3",438,0.65,"Load Factor","IL TRM v12 vol3",438,0.93600000000000005,"η_motor","IL TRM v12 vol3",439,6241,"RHRS_Base","IL TRM v12 vol3",440,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM v12 vol3",441,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM v12 vol 3 - VFD with duct static pressure controls",441,0.157,"IE_energy/IE_demand","IL TRM v12 vol3",441,0.9,"Default average flow fraction during peak period","IL TRM v12 vol3",442]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 26-50 HP",595.1,"C&I","HVAC",null,"Per hp",{"$f":"6573/50","v":131.46},"IL TRM v.11.0 Vol. 2",378,2593.6176999999998,"IL TRM V11, Vol 2",379,null,null,null,null,0.374,"IL TRM v.11.0 Vol. 2",382,null,null,null,15,"IL TRM v.11.0 Vol. 2",378,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM V11, Vol 2",378,"Motor installed without a VFD or other method of control",null,"IL TRM V11, Vol 2",378,"=ROUND((0.746 * AS507 * AW507/BA507) * BE507 * (BI507-BM507) * (1+BQ507), 4)","=ROUND(K507/BE507 * BU507, 4)","IL TRM v9","306-311","2024-01-01","2024-12-31",null,null,null,null,1,"Nominal HP of controlled motor","IL TRM V11 Vol. 2",378,0.65,"Load Factor","IL TRM V11, Vol 2",379,0.94499999999999995,"η_motor","IL TRM V11, Vol 2",380,6241,"RHRS_Base","IL TRM V11, Vol 2 - Annual run hours of fan for Unknown Building Type",381,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM V11, Vol 2 -No Control or Bypass Damper",382,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM V11, Vol 2 - VFD with duct static pressure controls",382,0.157,"IE_energy/IE_demand","IL TRM V11, Vol 2",382,0.9,"Default average flow fraction during peak period","IL TRM V11, Vol 2",383]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 26-50 HP",595.20000000000005,"C&I","HVAC",null,"per hp",{"$f":"6573/50","v":131.46},"IL TRM v12 vol3",437,2593.6176999999998,"Calculated Value",null,null,null,null,null,0.374,"Calculated Value",null,null,null,null,15,"IL TRM v12 vol3",437,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM v12 vol3",437,"Motor installed without a VFD or other method of control",null,"IL TRM v12 vol3",437,"=ROUND((0.746 * AS508 * AW508/BA508) * BE508 * (BI508-BM508) * (1+BQ508), 4)","=ROUND(K508/BE508 * BU508, 4)","IL TRM v12 vol3","438, 441","2025-01-01",null,null,null,null,null,1,"Nominal HP of controlled motor","IL TRM v12 vol3",438,0.65,"Load Factor","IL TRM v12 vol3",438,0.94499999999999995,"η_motor","IL TRM v12 vol3",439,6241,"RHRS_Base","IL TRM v12 vol3",440,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM v12 vol3",441,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM v12 vol 3 - VFD with duct static pressure controls",441,0.157,"IE_energy/IE_demand","IL TRM v12 vol3",441,0.9,"Default average flow fraction during peak period","IL TRM v12 vol3",442]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 51-75 HP",596.1,"C&I","HVAC",null,"Per hp",{"$f":"8532/75","v":113.76},"IL TRM v.11.0 Vol. 2",378,2579.9670999999998,"IL TRM V11, Vol 2",379,null,null,null,null,0.37209999999999999,"IL TRM v.11.0 Vol. 2",382,null,null,null,15,"IL TRM v.11.0 Vol. 2",378,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM V11, Vol 2",378,"Motor installed without a VFD or other method of control",null,"IL TRM V11, Vol 2",378,"=ROUND((0.746 * AS509 * AW509/BA509) * BE509 * (BI509-BM509) * (1+BQ509), 4)","=ROUND(K509/BE509 * BU509, 4)","IL TRM v9","306-311","2024-01-01","2024-12-31",null,null,null,null,1,"Nominal HP of controlled motor","IL TRM V11 Vol. 2",378,0.65,"Load Factor","IL TRM V11, Vol 2",379,0.95,"η_motor","IL TRM V11, Vol 2",380,6241,"RHRS_Base","IL TRM V11, Vol 2 - Annual run hours of fan for Unknown Building Type",381,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM V11, Vol 2 -No Control or Bypass Damper",382,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM V11, Vol 2 - VFD with duct static pressure controls",382,0.157,"IE_energy/IE_demand","IL TRM V11, Vol 2",382,0.9,"Default average flow fraction during peak period","IL TRM V11, Vol 2",383]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 51-75 HP",596.20000000000005,"C&I","HVAC",null,"per hp",{"$f":"8532/75","v":113.76},"IL TRM v12 vol3",437,2579.9670999999998,"Calculated Value",null,null,null,null,null,0.37209999999999999,"Calculated Value",null,null,null,null,15,"IL TRM v12 vol3",437,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM v12 vol3",437,"Motor installed without a VFD or other method of control",null,"IL TRM v12 vol3",437,"=ROUND((0.746 * AS510 * AW510/BA510) * BE510 * (BI510-BM510) * (1+BQ510), 4)","=ROUND(K510/BE510 * BU510, 4)","IL TRM v12 vol3","438, 441","2025-01-01",null,null,null,null,null,1,"Nominal HP of controlled motor","IL TRM v12 vol3",438,0.65,"Load Factor","IL TRM v12 vol3",438,0.95,"η_motor","IL TRM v12 vol3",439,6241,"RHRS_Base","IL TRM v12 vol3",440,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM v12 vol3",441,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM v12 vol 3 - VFD with duct static pressure controls",441,0.157,"IE_energy/IE_demand","IL TRM v12 vol3",441,0.9,"Default average flow fraction during peak period","IL TRM v12 vol3",442]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 6-15 HP",593.1,"C&I","HVAC",null,"Per hp",{"$f":"3318/15","v":221.2},"IL TRM V11, Vol 2",378,2635.4502000000002,"IL TRM V11, Vol 2",379,null,null,null,null,{"$f":"ROUND(K511 * BU511/BE511, 4)","v":0.38009999999999999},"IL TRM V11, Vol 2",382,null,null,null,15,"IL TRM V11, Vol 2",378,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM V11, Vol 2",378,"Motor installed without a VFD or other method of control",null,"IL TRM V11, Vol 2",378,"=ROUND((0.746 * AS511 * AW511/BA511) * BE511 * (BI511-BM511) * (1+BQ511), 4)","=ROUND(K511 * BU511/BE511, 4)","IL TRM V11, Vol 2","378, 383","2024-01-01","2024-12-31",null,null,null,null,1,"Nominal HP of controlled motor","IL TRM V11 Vol. 2",378,0.65,"Load Factor","IL TRM V11, Vol 2",379,0.93,"η_motor","IL TRM V11, Vol 2",380,6241,"RHRS_Base","IL TRM V11, Vol 2 - Annual run hours of fan for Unknown Building Type",381,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM V11, Vol 2 -No Control or Bypass Damper",382,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM V11, Vol 2 - VFD with duct static pressure controls",382,0.157,"IE_energy/IE_demand","IL TRM V11, Vol 2",382,0.9,"Default average flow fraction during peak period","IL TRM V11, Vol 2",383]
["Whole Business Efficiency Program","VFD for HVAC Supply and Return Fans 6-15 HP",593.20000000000005,"C&I","HVAC",null,"per hp",{"$f":"3318/15","v":221.2},"IL TRM v12 vol3",437,2635.4502000000002,"Calculated Value",null,null,null,null,null,{"$f":"ROUND(K512 * BU512/BE512, 4)","v":0.38009999999999999},"Calculated Value",null,null,null,null,15,"IL TRM v12 vol3",437,"VFD applied to HVAC fan motor that has a variable or reduced load",null,"IL TRM v12 vol3",437,"Motor installed without a VFD or other method of control",null,"IL TRM v12 vol3",437,"=ROUND((0.746 * AS512 * AW512/BA512) * BE512 * (BI512-BM512) * (1+BQ512), 4)","=ROUND(K512 * BU512/BE512, 4)","IL TRM v12 vol3","438, 441","2025-01-01",null,null,null,null,null,1,"Nominal HP of controlled motor","IL TRM v12 vol3",438,0.65,"Load Factor","IL TRM v12 vol3",438,0.93,"η_motor","IL TRM v12 vol3",439,6241,"RHRS_Base","IL TRM v12 vol3",440,1,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝐵𝑎𝑠𝑒)","IL TRM v12 vol3",441,0.3,"∗ ∑ (%𝐹𝐹 ∗ 𝑃𝐿𝑅𝑅𝑒𝑡𝑟𝑜𝑓𝑖𝑡)","IL TRM v12 vol 3 - VFD with duct static pressure controls",441,0.157,"IE_energy/IE_demand","IL TRM v12 vol3",441,0.9,"Default average flow fraction during peak period","IL TRM v12 vol3",442]
["Whole Business Efficiency Program","VRF - Air Cooled <65,000 Btuh",500.2,"C&I","HVAC",null,"per ton per SEER",{"$f":"737/(BA513-AS513)","v":368.5},"MidAtlantic TRM v9",467,{"$f":"ROUND((((BQ513/1000)*((1/AS513)-(1/BA513))*BU513))/(BA513-AS513),4)","v":79.138499999999993},"MidAtlantic TRM v10",323,null,0.91300000000000003,"IL TRM v10 Vol2",251,{"$f":"ROUND(((BQ513/1000)*((1/AW513)-(1/BE513))*O513)/(BA513-AS513),4)","v":5.1700000000000003E-2},"MidAtlantic TRM v10",323,null,null,null,15,"MidAtlantic TRM v10",325,"High-efficiency VRF system meeting or exceeding CEE Tier 1 efficiency levels",null,null,null,"Minimally compliant VRF system determined by the local energy code or federal efficiency standrds, whichever is higher",null,null,null,"=ROUND((((BQ513/1000)*((1/AS513)-(1/BA513))*BU513))/(BA513-AS513),4)","=ROUND(((BQ513/1000)*((1/AW513)-(1/BE513))*O513)/(BA513-AS513),4)","MidAtlantic TRM v10",467,"2024-01-01","2024-12-31",null,null,null,null,13,"SEERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",{"$f":"ROUND((-0.02*AS513^2) + (1.12*AS513), 2)","v":11.18},"EERCode","IL TRM v12, Vol. 2",387,15,"SEEReff","MidAtlantic TRM v10 -> CEE Tier 1 efficiencies. https://library.cee1.org/system/files/library/7559/Appendix_A_2016-\n18_CEE_ComACHP_UnitarySpec.pdf",322,12.5,"EEReff","MidAtlantic TRM v10 -> CEE Tier 1 efficiencies. https://library.cee1.org/system/files/library/7559/Appendix_A_2016-\n18_CEE_ComACHP_UnitarySpec.pdf",322,7.7,"HSPFcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",{"$f":"ROUND(BA513/AS513*BI513, 1)","v":8.9},"HSPF2eff","Calculated from SEER2 improvement",null,12000,"Btuhcool",null,null,1286,"EFLHcool","IL TRM v10 Vol2",219,12000,"Btuhheat",null,null,3412,"HU","MidAtlantic TRM v10",324,855,"EFLHheat","IL TRM v10 Vol2"]
["Whole Business Efficiency Program","VRF - Air Cooled <65,000 Btuh",500.3,"C&I","HVAC",null,"per ton per SEER",{"$f":"540/(BA514-AS514)","v":415.38461538461513},"IL TRM v12 vol2, baseline system of Packaged VAV RTU with Hot Water Reheat, update based on baseline system",659,{"$f":"ROUND(CY514+DC514+DG514+DK514+DO514,4)","v":309.851},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",659,4.7199999999999999E-2,"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",659,"Retrofit and new construction installations of VRF systems. VRF systems should meet or exceed ASHRAE 90.1 minimum efficiency requirements for air source VRF systems",null,null,null,"Ducted split-system heat pump for non-residential buildings 25,000 square feet or fewer and is 3 floors or fewer. For non-residential buildings over 25,000 square feet or 4 floors or higher, the baseline equipment is assumed to be a standard-efficiency air cooled heat pump roof top unit (RTU) system",null,null,null,"=ROUND(CY514+DC514+DG514+DK514+DO514,4)","=ROUND(((BQ514/1000)*((1/AW514)-(1/BE514))*O514)/(BA514-AS514),4)","IL TRM v12 vol2","660, 665","2025-01-01",null,null,null,null,null,13,"SEERcode","IL TRM v12 vol2",664,{"$f":"(-0.02*AS514^2)+(1.12*AS514)","v":11.180000000000003},"EERCode","IL TRM v12 vol2",663,{"$f":"AS514*1.1","v":14.3},"SEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"(-0.02*BA514^2)+(1.12*BA514)","v":11.926200000000001},"EEReff","IL TRM v12 vol2",66,7.7,"HSPFcode","IL TRM v12 vol2",664,{"$f":"BI514*1.1","v":8.4700000000000006},"HSPF2eff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,12000,"Btuhcool",null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,12000,"Btuhheat",1385,"EFLHheat","IL TRM v12 vol3",null,0,"CoolADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"HeatADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"Flag, assumed system replaced is NOT RTU or ducted system with furnace fan, update to 1 if yes","IL TRM v12 vol2",663,0.8,"AFUE_base, placeholder","IL TRM v12 vol2",663,7.6999999999999999E-2,"Fe, RTU replacement","IL TRM v12 vol2",663,{"$f":"(CE514*BQ514*BU514/3412)","v":0},"Cooling Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((BQ514*BU514*(1/AW514-1/BE514))/1000)/(BA514-AS514)","v":55.017246945278536},"Cooling, per ton per efficiency unit (SEER) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CI514*CA514*BY514)/3412","v":0},"Heating Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CA514*BY514*(1/BI514-1/BM514)/1000)/(BM514-BI514)","v":254.83371410171861},"Heating, unit per ton per effiency unit (HSPF) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CM514*CA514*BY514*1/CQ514*CU514)/3412","v":0},"Fan Savings (Sub-Calculation)","IL TRM v12 vol2",660]
["Whole Business Efficiency Program","VRF - Air Cooled ≥ 240,000 Btuh",503.2,"C&I","HVAC",null,"per ton per IEER",{"$f":"737/(BA515-AS515)","v":580.31496062992062},"MidAtlantic TRM v9",467,{"$f":"ROUND((((BQ515/1000)*((1/AS515)-(1/BA515))*BU515))/(BA515-AS515),4)","v":86.980500000000006},"MidAtlantic TRM v10",323,null,0.91300000000000003,"IL TRM v10 Vol2",251,8.2600000000000007E-2,"MidAtlantic TRM v10",323,null,null,null,15,"MidAtlantic TRM v10",325,"High-efficiency VRF system meeting or exceeding CEE Tier 1 efficiency levels",null,null,null,"Minimally compliant VRF system determined by the local energy code or federal efficiency standrds, whichever is higher",null,null,null,"=ROUND((((BQ515/1000)*((1/AS515)-(1/BA515))*BU515))/(BA515-AS515),4)","=ROUND(((BQ515/1000)*((1/AW515)-(1/BE515))*O515)/(BA515-AS515),4)","MidAtlantic TRM v10",467,"2024-01-01","2024-12-31",null,null,null,null,12.7,"IEERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",9.5,"EERCode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",13.97,"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,10.45,"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,3.2,"COPcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.2,"COPeff","MidAtlantic TRM v10 -> CEE Tier 1 efficiencies. https://library.cee1.org/system/files/library/7559/Appendix_A_2016-\n18_CEE_ComACHP_UnitarySpec.pdf",322,12000,"Btuhcool",null,null,1286,"EFLHcool","IL TRM v10 Vol2",219,12000,"Btuhheat",null,null,3412,"HU","MidAtlantic TRM v10",324,855,"EFLHheat","IL TRM v10 Vol2"]
["Whole Business Efficiency Program","VRF - Air Cooled ≥ 240,000 Btuh",503.3,"C&I","HVAC",null,"per ton per IEER",{"$f":"540/(BA516-AS516)","v":425.19685039370034},"IL TRM v12 vol2, baseline system of Packaged VAV RTU with Hot Water Reheat, update based on baseline system",659,{"$f":"ROUND(CY516+DC516+DG516+DK516+DO516,4)","v":528.74009999999998},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",659,8.2600000000000007E-2,"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",659,"Retrofit and new construction installations of VRF systems. VRF systems should meet or exceed ASHRAE 90.1 minimum efficiency requirements for air source VRF systems",null,null,null,"Ducted split-system heat pump for non-residential buildings 25,000 square feet or fewer and is 3 floors or fewer. For non-residential buildings over 25,000 square feet or 4 floors or higher, the baseline equipment is assumed to be a standard-efficiency air cooled heat pump roof top unit (RTU) system",null,null,null,"=ROUND(CY516+DC516+DG516+DK516+DO516,4)","=ROUND(((BQ516/1000)*((1/AW516)-(1/BE516))*O516)/(BA516-AS516),4)","IL TRM v12 vol2","660, 665","2025-01-01",null,null,null,null,null,12.7,"IEERcode","IL TRM v12 vol2",664,9.5,"EERCode","IL TRM v12 vol2",664,{"$f":"AS516*1.1","v":13.97},"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"AW516*1.1","v":10.450000000000001},"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.2,"COPcode","IL TRM v12 vol2",664,{"$f":"BI516*1.1","v":3.5200000000000005},"COPeff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,12000,"Btuhcool",null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,12000,"Btuhheat",1385,"EFLHheat","IL TRM v12 vol3",null,0,"CoolADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"HeatADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"Flag, assumed system replaced is NOT RTU or ducted system with furnace fan, update to 1 if yes","IL TRM v12 vol2",663,0.8,"AFUE_base, placeholder","IL TRM v12 vol2",663,7.6999999999999999E-2,"Fe, RTU replacement","IL TRM v12 vol2",663,{"$f":"(CE516*BQ516*BU516/3412)","v":0},"Cooling Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((BQ516*BU516*(1/AW516-1/BE516))/1000)/(BA516-AS516)","v":96.296575368270339},"Cooling, per ton per efficiency unit (SEER) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CI516*CA516*BY516)/3412","v":0},"Heating Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((CA516*BY516*(1/BI516-1/BM516))/3412)/(BM516-BI516)","v":432.44348156240017},"Heating, unit per ton per effiency unit (HSPF) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CM516*CA516*BY516*1/CQ516*CU516)/3412","v":0},"Fan Savings (Sub-Calculation)","IL TRM v12 vol2",660]
["Whole Business Efficiency Program","VRF - Air Cooled 135,000 ≤ Btuh < 240,000",502.2,"C&I","HVAC",null,"per ton per IEER",{"$f":"737/(BA517-AS517)","v":530.21582733813},"MidAtlantic TRM v9",467,{"$f":"ROUND((((BQ517/1000)*((1/AS517)-(1/BA517))*BU517))/(BA517-AS517),4)","v":72.610600000000005},"MidAtlantic TRM v10",323,null,0.91300000000000003,"IL TRM v10 Vol2",251,6.7599999999999993E-2,"MidAtlantic TRM v10",323,null,null,null,15,"MidAtlantic TRM v10",325,"High-efficiency VRF system meeting or exceeding CEE Tier 1 efficiency levels",null,null,null,"Minimally compliant VRF system determined by the local energy code or federal efficiency standrds, whichever is higher",null,null,null,"=ROUND((((BQ517/1000)*((1/AS517)-(1/BA517))*BU517))/(BA517-AS517),4)","=ROUND(((BQ517/1000)*((1/AW517)-(1/BE517))*O517)/(BA517-AS517),4)","MidAtlantic TRM v10",467,"2024-01-01","2024-12-31",null,null,null,null,13.9,"IEERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",10.6,"EERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",15.29,"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,11.66,"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,3.2,"COPcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.2,"COPeff","MidAtlantic TRM v10 -> CEE Tier 1 efficiencies. https://library.cee1.org/system/files/library/7559/Appendix_A_2016-\n18_CEE_ComACHP_UnitarySpec.pdf",322,12000,"Btuhcool",null,null,1286,"EFLHcool","IL TRM v10 Vol2",219,12000,"Btuhheat",null,null,3412,"HU","MidAtlantic TRM v10",324,855,"EFLHheat","IL TRM v10 Vol2"]
["Whole Business Efficiency Program","VRF - Air Cooled 135,000 ≤ Btuh < 240,000",502.3,"C&I","HVAC",null,"per ton per IEER",{"$f":"540/(BA518-AS518)","v":388.48920863309337},"IL TRM v12 vol2, baseline system of Packaged VAV RTU with Hot Water Reheat, update based on baseline system",659,{"$f":"ROUND(CY518+DC518+DG518+DK518+DO518,4)","v":511.29640000000001},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",659,6.7599999999999993E-2,"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",659,"Retrofit and new construction installations of VRF systems. VRF systems should meet or exceed ASHRAE 90.1 minimum efficiency requirements for air source VRF systems",null,null,null,"Ducted split-system heat pump for non-residential buildings 25,000 square feet or fewer and is 3 floors or fewer. For non-residential buildings over 25,000 square feet or 4 floors or higher, the baseline equipment is assumed to be a standard-efficiency air cooled heat pump roof top unit (RTU) system",null,null,null,"=ROUND(CY518+DC518+DG518+DK518+DO518,4)","=ROUND(((BQ518/1000)*((1/AW518)-(1/BE518))*O518)/(BA518-AS518),4)","IL TRM v12 vol2","660, 665","2025-01-01",null,null,null,null,null,13.9,"IEERcode","IL TRM v12 vol2",664,10.6,"EERCode","IL TRM v12 vol2",664,{"$f":"AS518*1.1","v":15.290000000000001},"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"AW518*1.1","v":11.66},"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.2,"COPcode","IL TRM v12 vol2",664,{"$f":"BI518*1.1","v":3.5200000000000005},"COPeff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,12000,"Btuhcool",null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,12000,"Btuhheat",1385,"EFLHheat","IL TRM v12 vol3",null,0,"CoolADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"HeatADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"Flag, assumed system replaced is NOT RTU or ducted system with furnace fan, update to 1 if yes","IL TRM v12 vol2",663,0.8,"AFUE_base, placeholder","IL TRM v12 vol2",663,7.6999999999999999E-2,"Fe, RTU replacement","IL TRM v12 vol2",663,{"$f":"(CE518*BQ518*BU518/3412)","v":0},"Cooling Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((BQ518*BU518*(1/AW518-1/BE518))/1000)/(BA518-AS518)","v":78.852869676814365},"Cooling, per ton per efficiency unit (SEER) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CI518*CA518*BY518)/3412","v":0},"Heating Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((CA518*BY518*(1/BI518-1/BM518))/3412)/(BM518-BI518)","v":432.44348156240017},"Heating, unit per ton per effiency unit (HSPF) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CM518*CA518*BY518*1/CQ518*CU518)/3412","v":0},"Fan Savings (Sub-Calculation)","IL TRM v12 vol2",660]
["Whole Business Efficiency Program","VRF - Air Cooled 65,000 ≤ Btuh < 135,000",501.2,"C&I","HVAC",null,"per ton per IEER",{"$f":"737/(BA519-AS519)","v":504.79452054794552},"MidAtlantic TRM v9",467,{"$f":"ROUND((((BQ519/1000)*((1/AS519)-(1/BA519))*BU519))/(BA519-AS519),4)","v":65.814800000000005},"MidAtlantic TRM v10",323,null,0.91300000000000003,"IL TRM v10 Vol2",251,6.2E-2,"MidAtlantic TRM v10",323,null,null,null,15,"MidAtlantic TRM v10",325,"High-efficiency VRF system meeting or exceeding CEE Tier 1 efficiency levels",null,null,null,"Minimally compliant VRF system determined by the local energy code or federal efficiency standrds, whichever is higher",null,null,null,{"$f":"cellformula(K519)","v":"=ROUND((((BQ519/1000)*((1/AS519)-(1/BA519))*BU519))/(BA519-AS519),4)"},{"$f":"cellformula(R519)","v":"=ROUND(((BQ519/1000)*((1/AW519)-(1/BE519))*O519)/(BA519-AS519),4)"},"MidAtlantic TRM v10",467,"2024-01-01","2024-12-31",null,null,null,null,14.6,"IEERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[PL Eff.]",11,"EERcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[FL Eff.]",16.059999999999999,"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,12.1,"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",322,3.3,"COPcode","Code Weighting Analysis 2023-10-18'","Analysis!Table10[Other Eff.]",3.4,"COPeff","MidAtlantic TRM v10 -> CEE Tier 1 efficiencies. https://library.cee1.org/system/files/library/7559/Appendix_A_2016-\n18_CEE_ComACHP_UnitarySpec.pdf",322,12000,"Btuhcool",null,null,1286,"EFLHcool","IL TRM v10 Vol2",219,12000,"Btuhheat",null,null,3412,"HU","MidAtlantic TRM v10",324,855,"EFLHheat","IL TRM v10 Vol2"]
["Whole Business Efficiency Program","VRF - Air Cooled 65,000 ≤ Btuh < 135,000",501.3,"C&I","HVAC",null,"per ton per IEER",{"$f":"540/(BA520-AS520)","v":369.86301369862946},"IL TRM v12 vol2, baseline system of Packaged VAV RTU with Hot Water Reheat, update based on baseline system",659,{"$f":"ROUND(CY520+DC520+DG520+DK520+DO520,4)","v":480.31389999999999},"Calculated Value",null,null,0.91300000000000003,"IL TRM v12 vol2",659,6.3200000000000006E-2,"Calculated Value",null,null,null,null,16,"IL TRM v12 vol2",659,"Retrofit and new construction installations of VRF systems. VRF systems should meet or exceed ASHRAE 90.1 minimum efficiency requirements for air source VRF systems",null,null,null,"Ducted split-system heat pump for non-residential buildings 25,000 square feet or fewer and is 3 floors or fewer. For non-residential buildings over 25,000 square feet or 4 floors or higher, the baseline equipment is assumed to be a standard-efficiency air cooled heat pump roof top unit (RTU) system",null,null,null,"=ROUND(CY520+DC520+DG520+DK520+DO520,4)","=ROUND(((BQ520/1000)*((1/AW520)-(1/BE520))*O520)/(BA520-AS520),4)","IL TRM v12 vol2","660, 665","2025-01-01",null,null,null,null,null,14.6,"IEERcode","IL TRM v12 vol2",664,10.8,"EERCode","IL TRM v12 vol2",664,{"$f":"AS520*1.1","v":16.060000000000002},"IEEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,{"$f":"AW520*1.1","v":11.880000000000003},"EEReff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,3.3,"COPcode","IL TRM v12 vol2",664,{"$f":"BI520*1.1","v":3.63},"COPeff","Assuming 10% efficient than baseline value, will be updated once more data is collected",null,12000,"Btuhcool",null,null,1065,"EFLH_cool","Weighted average EFLHc from participant's building types in past programs years",null,12000,"Btuhheat",1385,"EFLHheat","IL TRM v12 vol3",null,0,"CoolADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"HeatADJ, baseline system of Packaged VAV RTU with Hot Water Reheat","IL TRM v12 vol2",662,0,"Flag, assumed system replaced is NOT RTU or ducted system with furnace fan, update to 1 if yes","IL TRM v12 vol2",663,0.8,"AFUE_base, placeholder","IL TRM v12 vol2",663,7.6999999999999999E-2,"Fe, RTU replacement","IL TRM v12 vol2",663,{"$f":"(CE520*BQ520*BU520/3412)","v":0},"Cooling Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((BQ520*BU520*(1/AW520-1/BE520))/1000)/(BA520-AS520)","v":73.682025736820279},"Cooling, per ton per efficiency unit (SEER) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CI520*CA520*BY520)/3412","v":0},"Heating Adjustment (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"((CA520*BY520*(1/BI520-1/BM520))/3412)/(BM520-BI520)","v":406.63188716244042},"Heating, unit per ton per effiency unit (HSPF) (Sub-Calculation)","IL TRM v12 vol2",660,{"$f":"(CM520*CA520*BY520*1/CQ520*CU520)/3412","v":0},"Fan Savings (Sub-Calculation)","IL TRM v12 vol2",660]
["Whole Business Efficiency Program","VSD Fans (Cooling Tower Fan)",324.10000000000002,"C&I","Pumps/Fans",null,"per hp",1330,"IL TRM V9 vol2",280,{"$f":"ROUND(AS521*BA521/AW521*BE521,4)","v":1612.3376000000001},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS521*BI521/AW521,4)","v":0.43759999999999999},"Calculated Value",null,null,null,null,15,"IL TRM V9 vol2",280,"VSD applied to a motor without a VSD",null,"IL TRM V9 vol2",280,"Motor without a VSD",null,"IL TRM V9 vol2",280,"=ROUND(AS521*BA521/AW521*BE521,4)","=ROUND(AS521*BI521/AW521,4)","IL TRM V9 vol2",281,"2022-01-01","2024-12-31",null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM V9 vol2",281,0.93,"EFFi (Motor Efficiency)","IL TRM V9 vol2",281,2987,"Cooling Run Hours","IL TRM v9 vol2",282,0.502,"Energy Savings Factor (ESF)","IL TRM v9 vol2",282,0.40699999999999997,"Demand Savings Factor (DSF)","IL TRM v9 vol2",283]
["Whole Business Efficiency Program","VSD Fans (Cooling Tower Fan)",324.2,"C&I","Pumps/Fans",null,"per hp",2250,"IL TRM v12 vol2, 5HP",397,{"$f":"ROUND(AS522/AW522*U522*BE522,4)","v":1612.3376000000001},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS522/AW522*BI522,4)","v":0.43759999999999999},"Calculated Value",null,2987,"IL TRM v12 vol2, unknown building typ",398,15,"IL TRM v12 vol2",396,"VSD applied to a motor without a VSD",null,"IL TRM v12 vol2",396,"Motor without a VSD",null,"IL TRM v12 vol2",396,"=ROUND(AS522/AW522*U522*BE522,4)","=ROUND(AS522/AW522*BI522,4)","IL TRM v12 vol2","397, 399","2025-01-01",null,null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM v12 vol2",397,0.93,"EFFi (Motor Efficiency), unknown","IL TRM v12 vol2",397,null,null,null,null,0.502,"Energy Savings Factor (ESF)","IL TRM v12 vol2",398,0.40699999999999997,"Demand Savings Factor (DSF)","IL TRM v12 vol2",399]
["Whole Business Efficiency Program","VSD Pumps (Chilled Water Pump)",283.2,"C&I","Pumps/Fans",null,"per hp",1330,"IL TRM V9 vol2",280,{"$f":"ROUND(AS523*BA523/AW523*BE523,4)","v":260.15809999999999},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS523*BI523/AW523,4)","v":0},"Calculated Value",null,null,null,null,15,"IL TRM V9 vol2",280,"VSD applied to a motor without a VSD",null,"IL TRM V9 vol2",280,"Motor without a VSD",null,"IL TRM V9 vol2",280,"=ROUND(AS523*BA523/AW523*BE523,4)","=ROUND(AS523*BI523/AW523,4)","IL TRM V9 vol2",281,"2022-01-01","2024-12-31",null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM V9 vol2",281,0.93,"EFFi (Motor Efficiency)","IL TRM V9 vol2",281,2987,"Cooling Run Hours","IL TRM v9 vol2",282,8.1000000000000003E-2,"Energy Savings Factor (ESF)","IL TRM v9 vol2",282,0,"Demand Savings Factor (DSF)","IL TRM v9 vol2",283]
["Whole Business Efficiency Program","VSD Pumps (Chilled Water Pump)",283.3,"C&I","Pumps/Fans",null,"per hp",2250,"IL TRM v12 vol2, 5HP",397,{"$f":"ROUND(AS524/AW524*U524*BE524,4)","v":260.15809999999999},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS524/AW524*BI524,4)","v":0},"Calculated Value",null,2987,"IL TRM v12 vol2, unknown building typ",398,15,"IL TRM v12 vol2",396,"VSD applied to a motor without a VSD",null,"IL TRM v12 vol2",396,"Motor without a VSD",null,"IL TRM v12 vol2",396,"=ROUND(AS524/AW524*U524*BE524,4)","=ROUND(AS524/AW524*BI524,4)","IL TRM v12 vol2","397, 399","2025-01-01",null,null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM v12 vol2",397,0.93,"EFFi (Motor Efficiency), unknown","IL TRM v12 vol2",397,null,null,null,null,8.1000000000000003E-2,"Energy Savings Factor (ESF)","IL TRM v12 vol2",398,0,"Demand Savings Factor (DSF)","IL TRM v12 vol2",399]
["Whole Business Efficiency Program","VSD Pumps (Hot Water Pump)",323.10000000000002,"C&I","Pumps/Fans",null,"per hp",1330,"IL TRM V9 vol2",280,{"$f":"ROUND(AS525*BA525/AW525*BE525,4)","v":1348.8839},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS525*BI525/AW525,4)","v":0},"Calculated Value",null,null,null,null,15,"IL TRM V9 vol2",280,"VSD applied to a motor without a VSD",null,"IL TRM V9 vol2",280,"Motor without a VSD",null,"IL TRM V9 vol2",280,"=ROUND(AS525*BA525/AW525*BE525,4)","=ROUND(AS525*BI525/AW525,4)","IL TRM V9 vol2",281,"2022-01-01","2024-12-31",null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM V9 vol2",281,0.93,"EFFi (Motor Efficiency)","IL TRM V9 vol2",281,5038,"Heating Run Hours","IL TRM v9 vol2",282,0.249,"Energy Savings Factor (ESF)","IL TRM v9 vol2",282,0,"Demand Savings Factor (DSF)","IL TRM v9 vol2",283]
["Whole Business Efficiency Program","VSD Pumps (Hot Water Pump)",323.2,"C&I","Pumps/Fans",null,"per hp",2250,"IL TRM v12 vol2, 5HP",397,{"$f":"ROUND(AS526/AW526*U526*BE526,4)","v":1348.8839},"Calculated Value",null,null,null,null,null,{"$f":"ROUND(AS526/AW526*BI526,4)","v":0},"Calculated Value",null,5038,"IL TRM v12 vol2, unknown building typ",398,15,"IL TRM v12 vol2",396,"VSD applied to a motor without a VSD",null,"IL TRM v12 vol2",396,"Motor without a VSD",null,"IL TRM v12 vol2",396,"=ROUND(AS526/AW526*U526*BE526,4)","=ROUND(AS526/AW526*BI526,4)","IL TRM v12 vol2","397, 399","2025-01-01",null,null,null,null,null,1,"System Brake Horsepower (BHP = Nominal Motor HP*Motor Load Factor)\nWhere, Motor Load Factor = 65%, if actual value is unknown","IL TRM v12 vol2",397,0.93,"EFFi (Motor Efficiency), unknown","IL TRM v12 vol2",397,null,null,null,null,0.249,"Energy Savings Factor (ESF)","IL TRM v12 vol2",398,0,"Demand Savings Factor (DSF)","IL TRM v12 vol2",399]
["Whole Business Efficiency Program","Water Heater Tank Wrap",76.099999999999994,"C&I","Hot Water",null,"per unit",20,"Program Tracking Data",null,{"$f":"ROUND((AS527/AW527-BA527/BE527)*BI527*BM527/BQ527/BU527,4)","v":134.09479999999999},"Calculated Value",null,{"$f":"ROUND(K527/U527,4)","v":1.5299999999999999E-2},1,"IL TRM v7 vol3",203,{"$f":"ROUND(K527/U527*O527,4)","v":1.5299999999999999E-2},"Calculated Value",null,8766,"IL TRM v7 vol3",204,5,"IL TRM v7 vol3",203,"Water heater insulation increased from R12 to R22, 50gal",null,"IL TRM v7 vol3",204,"R12, 50-gal water heater insulation (no wrap)",null,"IL TRM v7 vol3",204,"=ROUND((AS527/AW527-BA527/BE527)*BI527*BM527/BQ527/BU527,4)","=ROUND(K527/U527*O527,4)","IL TRM v7 vol3","203, 205","2020-01-01","2024-12-31",null,null,null,null,24.99,"Abase","IL TRM v7 vol3",204,12,"Rbase","IL TRM v7 vol3",204,27.06,"Ainsul","IL TRM v7 vol3",204,22,"Rinsul","IL TRM v7 vol3",204,60,"deltaT","IL TRM v7 vol3",204,8766,"Hours","IL TRM v7 vol3",204,0.98,"eta DHW","IL TRM v7 vol3",204,3412,"Conversion from BTU to kWh","IL TRM v7 vol3",204]
["Whole Business Efficiency Program","Water Heater Tank Wrap",76.2,"C&I","Hot Water",null,"per unit",20,"Program Tracking Data",null,{"$f":"ROUND(((1/AF528-1/AB528)*AS528*BI528*U528)/(BU528*BQ528),4)","v":148.89490000000001},"Calculated Value",null,{"$f":"ROUND(K528/U528,4)","v":1.7000000000000001E-2},1,"IL TRM v12 vol3",281,{"$f":"ROUND(K528/U528*O528,4)","v":1.7000000000000001E-2},"Calculated Value",null,8766,"IL TRM v12 vol3",282,5,"IL TRM v12 vol3",281,"Water heater insulation increased from R12 to R22, 50gal",22,"IL TRM v12 vol3",281,"R12, 50-gal water heater insulation (no wrap)",12,"IL TRM v12 vol3",281,"=ROUND(((1/AF528-1/AB528)*AS528*BI528*U528)/(BU528*BQ528),4)","=ROUND(K528/U528*O528,4)","IL TRM v12 vol3","281, 282","2025-01-01",null,null,null,null,null,24.99,"Abase","IL TRM v12 vol3",282,null,null,null,null,null,null,null,null,null,null,null,null,60,"deltaT","IL TRM v12 vol3",282,null,null,null,null,0.98,"eta DHW","IL TRM v12 vol3",282,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",282]
["Whole Business Efficiency Program","Whole Business Efficiency Custom Measure",0.15,"C&I","All",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","",null,null,"2020-01-01"]
["Whole Business Efficiency Program","Zero Energy Doors High Temperature",549,"C&I","Refrigeration","High-Temperature Cooler (41-65 F)","Door",290,"New Orleans TRM v2.0","D-250",{"$f":"ROUND(N530*U530,4)","v":723.19500000000005},"New Orleans TRM v2.0","D-250",{"$f":"AS530*AW530","v":8.2500000000000004E-2},null,null,null,{"$f":"ROUND(N530,4)","v":8.2500000000000004E-2},"New Orleans TRM v2.0","D-250",8766,null,null,12,"New Orleans TRM v2.0","D-249","Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v2.0","D-249","Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v2.0","D-249","=ROUND(N530*U530,4)","=ROUND(N530,4)","New Orleans TRM v2.0","D-250","2022-01-01","2024-12-31",null,null,null,null,7.4999999999999997E-2,"kW_door","New Orleans TRM v2.0","D-250",1.1000000000000001,"BF (Bonus Factor)","New Orleans TRM v2.0","D-250"]
["Whole Business Efficiency Program","Zero Energy Doors High Temperature",549.1,"C&I","Refrigeration","High-Temperature Cooler (41-65 F)","Door",290,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(R531*U531,4)","v":723.19500000000005},"Calculated Value",null,{"$f":"ROUND(AS531,4)","v":7.4999999999999997E-2},1,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(AS531*AW531*O531,4)","v":8.2500000000000004E-2},"Calculated Value",264,8766,"New Orleans TRM v7 vol2",264,12,"New Orleans TRM v7 vol2",264,"Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v7 vol2",264,"Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v7 vol2",264,"=ROUND(R531*U531,4)","=ROUND(AS531*AW531*O531,4)","New Orleans TRM v7 vol2",264,"2025-01-01",null,null,null,null,null,7.4999999999999997E-2,"kW_door","New Orleans TRM v7 vol2",264,1.1000000000000001,"BF (Bonus Factor)","New Orleans TRM v7 vol2",264]
["Whole Business Efficiency Program","Zero Energy Doors Low Temperature",547,"C&I","Refrigeration","Low-Temperature Freezer (<25 F)","Door",290,"New Orleans TRM v2.0","D-250",{"$f":"ROUND(N532*U532,4)","v":2279.16},"New Orleans TRM v2.0","D-250",{"$f":"AS532*AW532","v":0.26},null,null,null,{"$f":"ROUND(N532,4)","v":0.26},"New Orleans TRM v2.0","D-250",8766,null,null,12,"New Orleans TRM v2.0","D-249","Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v2.0","D-249","Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v2.0","D-249","=ROUND(N532*U532,4)","=ROUND(N532,4)","New Orleans TRM v2.0","D-250","2022-01-01","2024-12-31",null,null,null,null,0.2,"kW_door","New Orleans TRM v2.0","D-250",1.3,"BF (Bonus Factor)","New Orleans TRM v2.0","D-250"]
["Whole Business Efficiency Program","Zero Energy Doors Low Temperature",547.1,"C&I","Refrigeration","Low-Temperature Freezer (<25 F)","Door",290,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(R533*U533,4)","v":2279.16},"Calculated Value",null,{"$f":"ROUND(AS533,4)","v":0.2},1,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(AS533*AW533*O533,4)","v":0.26},"Calculated Value",264,8766,"New Orleans TRM v7 vol2",264,12,"New Orleans TRM v7 vol2",264,"Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v7 vol2",264,"Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v7 vol2",264,"=ROUND(R533*U533,4)","=ROUND(AS533*AW533*O533,4)","New Orleans TRM v7 vol2",264,"2025-01-01",null,null,null,null,null,0.2,"kW_door","New Orleans TRM v7 vol2",264,1.3,"BF (Bonus Factor)","New Orleans TRM v7 vol2",264]
["Whole Business Efficiency Program","Zero Energy Doors Medium Temperature",548,"C&I","Refrigeration","Medium-Temperature Cooler (25-40 F)","Door",290,"New Orleans TRM v2.0","D-250",{"$f":"ROUND(N534*U534,4)","v":2103.84},"New Orleans TRM v2.0","D-250",{"$f":"AS534*AW534","v":0.24},null,null,null,{"$f":"ROUND(N534,4)","v":0.24},"New Orleans TRM v2.0","D-250",8766,null,null,12,"New Orleans TRM v2.0","D-249","Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v2.0","D-249","Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v2.0","D-249","=ROUND(N534*U534,4)","=ROUND(N534,4)","New Orleans TRM v2.0","D-250","2022-01-01","2024-12-31",null,null,null,null,0.2,"kW_door","New Orleans TRM v2.0","D-250",1.2,"BF (Bonus Factor)","New Orleans TRM v2.0","D-250"]
["Whole Business Efficiency Program","Zero Energy Doors Medium Temperature",548.1,"C&I","Refrigeration","Medium-Temperature Cooler (25-40 F)","Door",290,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(R535*U535,4)","v":788.94},"Calculated Value",null,{"$f":"ROUND(AS535,4)","v":7.4999999999999997E-2},1,"New Orleans TRM v7 vol2",264,{"$f":"ROUND(AS535*AW535*O535,4)","v":0.09},"Calculated Value",264,8766,"New Orleans TRM v7 vol2",264,12,"New Orleans TRM v7 vol2",264,"Installation of zero energy doors for refrigerated cases",null,"New Orleans TRM v7 vol2",264,"Standard reach-in refrigerated cooler or freezer with anti-sweat heaters on the glass surface of the doors.",null,"New Orleans TRM v7 vol2",264,"=ROUND(R535*U535,4)","=ROUND(AS535*AW535*O535,4)","New Orleans TRM v7 vol2",264,"2025-01-01",null,null,null,null,null,7.4999999999999997E-2,"kW_door","New Orleans TRM v7 vol2",264,1.2,"BF (Bonus Factor)","New Orleans TRM v7 vol2",264]
["PAYS, Fast Track","A/C Minisplit SEER 2 16: Early Retirement_SF: HVAC",751.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,{"$f":"ROUND(((BE536/AW536)*BI536*U536*(1/AF536-1/AB536)),4)","v":441.55619999999999},"Calculated Value",null,{"$f":"K536/U536","v":0.59831463414634145},0.9,"MN TRM v3.3",99,{"$f":"ROUND(((BE536/AW536)*BI536*(1/BA536-1/AS536)*O536),4)","v":0.61539999999999995},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,6,"MN TRM v3.3",97,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND(((BE536/AW536)*BI536*U536*(1/AF536-1/AB536)),4)","=ROUND(((BE536/AW536)*BI536*(1/BA536-1/AS536)*O536),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,{"$f":"AB536*0.875","v":14},"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,{"$f":"AF536*0.875","v":7.7875000000000005},"EER2base","MN TRM v3.3",99,{"$f":"12000*1","v":12000},"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 16: Early Retirement_SF: HVAC (Future)",752.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,65.800700000000006,"Calculated Value",null,8.9160840108401099E-2,0.9,"MN TRM v3.3",99,9.1700000000000004E-2,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,12,"MN TRM v3.3",97,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE537/AW537)*BI537*U537*(1/AF537-1/AB537)),4)","=ROUND(((BE537/AW537)*BI537*(1/BA537-1/AS537)*O537),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,14,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 16: Replace at Fail / Time of Sale_SF: HVAC",750.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,65.800700000000006,"Calculated Value",null,8.9160840108401099E-2,0.9,"MN TRM v3.3",99,9.1700000000000004E-2,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,18,"MN TRM v3.3",97,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE538/AW538)*BI538*U538*(1/AF538-1/AB538)),4)","=ROUND(((BE538/AW538)*BI538*(1/BA538-1/AS538)*O538),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,14,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 17: Early Retirement_SF: HVAC",754.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,474.11500000000001,"Calculated Value",null,0.64243224932249321,0.9,"MN TRM v3.3",99,0.66080000000000005,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,6,"MN TRM v3.3",97,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND(((BE539/AW539)*BI539*U539*(1/AF539-1/AB539)),4)","=ROUND(((BE539/AW539)*BI539*(1/BA539-1/AS539)*O539),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,14.875,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.7875000000000005,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 17: Early Retirement_SF: HVAC (Future)",755.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,98.359499999999997,"Calculated Value",null,0.13327845528455284,0.9,"MN TRM v3.3",99,0.1371,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,12,"MN TRM v3.3",97,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE540/AW540)*BI540*U540*(1/AF540-1/AB540)),4)","=ROUND(((BE540/AW540)*BI540*(1/BA540-1/AS540)*O540),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,14.875,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 17: Replace at Fail / Time of Sale_SF: HVAC",753.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,98.359499999999997,"Calculated Value",null,0.13327845528455284,0.9,"MN TRM v3.3",99,0.1371,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,18,"MN TRM v3.3",97,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE541/AW541)*BI541*U541*(1/AF541-1/AB541)),4)","=ROUND(((BE541/AW541)*BI541*(1/BA541-1/AS541)*O541),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,14.875,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 18: Early Retirement_SF: HVAC",757.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,503.05619999999999,"Calculated Value",null,0.68164796747967482,0.9,"MN TRM v3.3",99,0.70109999999999995,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,6,"MN TRM v3.3",97,"SEER2ee",18,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND(((BE542/AW542)*BI542*U542*(1/AF542-1/AB542)),4)","=ROUND(((BE542/AW542)*BI542*(1/BA542-1/AS542)*O542),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,15.75,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.7875000000000005,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 18: Early Retirement_SF: HVAC (Future)",758.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,127.30070000000001,"Calculated Value",null,0.17249417344173443,0.9,"MN TRM v3.3",99,0.1774,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,12,"MN TRM v3.3",97,"SEER2ee",18,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE543/AW543)*BI543*U543*(1/AF543-1/AB543)),4)","=ROUND(((BE543/AW543)*BI543*(1/BA543-1/AS543)*O543),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,15.75,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS, Fast Track","A/C Minisplit SEER 2 18: Replace at Fail / Time of Sale_SF: HVAC",756.1,"Single Family","HVAC",null,"per ton",2500,"MN TRM v3.3",97,127.30070000000001,"Calculated Value",null,0.17249417344173443,0.9,"MN TRM v3.3",99,0.1774,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",122,18,"MN TRM v3.3",97,"SEER2ee",18,"Nameplate rating",null,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,"=ROUND(((BE544/AW544)*BI544*U544*(1/AF544-1/AB544)),4)","=ROUND(((BE544/AW544)*BI544*(1/BA544-1/AS544)*O544),4)","MN TRM v3.3",98,"2025-01-01",null,null,null,null,null,15.75,"EER2ee","MN TRM v3.3",99,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,12.512500000000001,"EER2base","MN TRM v3.3",99,12000,"Cap_Cool/Cap_heat","MN TRM v3.3",99,12,"Unit conversion, EER to kW/ton","MN TRM v3.3",98]
["PAYS","Air Sealing (Infiltration reduction) - ASHP base (electric heating and cooling)",641.1,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",{"$f":"256/BU545","v":8.344198174706649E-2},"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((AF545-AB545)/BI545)*AS545*AP545)/AW545)/BU545+((((((AF545-AB545)/BE545)*AS545*AO545*BM545)/BA545)*BQ545))/BU545,4)","v":0.52470000000000006},"Calculated Value",null,{"$f":"K545/U545","v":7.1097560975609759E-4},0.72,"IL TRM v12 vol3",376,{"$f":"ROUND(((((((((AF545-AB545)/BE545)*AS545*AO545*BM545)/BA545)*BQ545))/U545)*O545)/BU545,8)","v":8.4489999999999999E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((AF545-AB545)/BI545)*AS545*AP545)/AW545)/BU545+((((((AF545-AB545)/BE545)*AS545*AO545*BM545)/BA545)*BQ545))/BU545,4)","=ROUND(((((((((AF545-AB545)/BE545)*AS545*AO545*BM545)/BA545)*BQ545))/U545)*O545)/BU545,8)","IL TRM v12 vol3","376, 385","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"60*24*0.018","v":25.919999999999998},"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v12 vol3","376, 377",{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",380,{"$f":"13.3*1000","v":13300},"Cooling Coefficient: SEER * 1,000.  ","IL TRM v12 vol3 (Heat pump after 1/1/2015)","377, 378",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v12 vol3 (St. Louis MO, 1.5 stories)",377,22.5,"Nheat: Infiltration conversion factor","IL TRM v12 vol3 (St Louis MO, 1.5 stories)",379,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",377,3.6,"LM: Latent Cooling Multiplier","IL TRM v12 vol3 (St Louis)",378,3068,"Square footage installed","Average square footage of installed air sealing in the 2022 HCHC program data",null,1,"ADJ Air Sealing Cool (No attic insulation)","IL TRM v12 vol3",378,1.62,"nHeat","IL TRM v12 vol3",379]
["PAYS","Air Sealing (Infiltration reduction) - CAC with electric resistance base",642.1,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",8.344198174706649E-2,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((AF546-AB546)/BI546)*AS546*AP546)/AW546)/BU546+((((((AF546-AB546)/BE546)*AS546*AO546*BM546)/BA546)*BQ546))/BU546,4)","v":0.80259999999999998},"Calculated Value",null,1.0875338753387534E-3,0.68,"IL TRM v12 vol3",376,8.5589999999999999E-5,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((AF546-AB546)/BI546)*AS546*AP546)/AW546)/BU546+((((((AF546-AB546)/BE546)*AS546*AO546*BM546)/BA546)*BQ546))/BU546,4)","=ROUND(((((((((AF546-AB546)/BE546)*AS546*AO546*BM546)/BA546)*BQ546))/U546)*O546)/BU546,8)","IL TRM v12 vol3","376, 385","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v12 vol3","376, 377",{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",380,{"$f":"12.4*1000","v":12400},"Cooling Coefficient: SEER * 1,000.  ","IL TRM v12 vol3 (Central AC After 1/1/2015)","377, 378",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v12 vol3 (St. Louis MO, 1.5 stories)",377,22.5,"Nheat: Infiltration conversion factor","IL TRM v12 vol3 (St Louis MO, 1.5 stories)",379,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",377,3.6,"LM: Latent Cooling Multiplier","IL TRM v12 vol3 (St Louis)",378,3068,"Square footage installed","Average square footage of installed air sealing in the 2022 HCHC program data",null,1,"ADJ Air Sealing Cool (No attic insulation)","IL TRM v12 vol3",378,1,"nHeat","IL TRM v12 vol3",379]
["PAYS","Air Sealing (Infiltration reduction) - CAC with gas furnace base",643.20000000000005,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",8.344198174706649E-2,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((((AF547-AB547)/BE547)*AS547*AO547*BM547)/BA547)*BQ547))/BU547+(((((AF547-AB547)/BI547)*AS547*AP547)/(CC547*100000))*CG547*29.3)/BU547,4)","v":0.10979999999999999},"Calculated Value",null,1.4878048780487803E-4,0.68,"IL TRM v12 vol3",376,8.5589999999999999E-5,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((((AF547-AB547)/BE547)*AS547*AO547*BM547)/BA547)*BQ547))/BU547+(((((AF547-AB547)/BI547)*AS547*AP547)/(CC547*100000))*CG547*29.3)/BU547,4)","=ROUND(((((((((AF547-AB547)/BE547)*AS547*AO547*BM547)/BA547)*BQ547))/U547)*O547)/BU547,8)","IL TRM v12 vol3","376, 385","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v12 vol3","376, 377",{"$f":"1.32*3412","v":4503.84},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",380,{"$f":"12.4*1000","v":12400},"Cooling Coefficient: SEER * 1,000.  ","IL TRM v12 vol3 (Central AC After 1/1/2015)","377, 378",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v12 vol3 (St. Louis MO, 1.5 stories)",377,22.5,"Nheat: Infiltration conversion factor","IL TRM v12 vol3 (St Louis MO, 1.5 stories)",379,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",377,3.6,"LM: Latent Cooling Multiplier","IL TRM v12 vol3 (St Louis)",378,3068,"Square footage installed","Average square footage of installed air sealing in the 2022 HCHC program data",null,1,"ADJ Air Sealing Cool (No attic insulation)","IL TRM v12 vol3",378,1.32,"nHeat","IL TRM v11 vol3",379,3.1399999999999997E-2,"Fe","IL TRM v12 vol3",381]
["PAYS","Air Sealing (Infiltration reduction) - Electric furnace/electric resistance base w/ no cooling",640.1,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",8.344198174706649E-2,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((AF548-AB548)/BI548)*AS548*AP548)/AW548)/BU548,4)","v":0.7097},"Calculated Value",null,9.6165311653116528E-4,"-","IL TRM v12 vol3",376,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND(((((AF548-AB548)/BI548)*AS548*AP548)/AW548)/BU548,4)","=ROUND(0,8)","IL TRM v12 vol3","376, 385","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v12 vol3","376, 377",{"$f":"1*3412","v":3412},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",380,{"$f":"10*1000","v":10000},"Cooling Coefficient: SEER * 1,000.  ","IL TRM v12 vol3 (unknown equipment and age)","377, 378",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v12 vol3 (St. Louis MO, 1.5 stories)",377,22.5,"Nheat: Infiltration conversion factor","IL TRM v12 vol3 (St Louis MO, 1.5 stories)",379,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",377,3.6,"LM: Latent Cooling Multiplier","IL TRM v12 vol3 (St Louis)",378,3068,"Square footage installed","Average square footage of installed air sealing in the 2022 HCHC program data",null,1,"ADJ Air Sealing Cool (No attic insulation)","IL TRM v12 vol3",378,1,"nHeat","IL TRM v12 vol3",379]
["PAYS","Air Sealing (Infiltration reduction) - Gas furnace base with no cooling",644.20000000000005,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",8.344198174706649E-2,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((AF549-AB549)/BI549)*AS549*AP549)/(CC549*100000))*CG549*29.3)/BU549,4)","v":1.6899999999999998E-2},"Calculated Value",null,2.2899728997289972E-5,"-","IL TRM v12 vol3",376,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,20,"IL TRM v12 vol3",375,"Efficient CFM",3243,"Average CFM50 value by blower door test after air sealing in the 2022 HCHC program tracking data.",null,"Baseline CFM",4494,"Average CFM50 value by blower door test before air sealing in the 2022 HCHC program tracking data.",null,"=ROUND((((((AF549-AB549)/BI549)*AS549*AP549)/(CC549*100000))*CG549*29.3)/BU549,4)","=ROUND(0,8)","IL TRM v12 vol3","376, 385","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v12 vol3","376, 377",{"$f":"1.32*3412","v":4503.84},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 1.74 for units after 2015","IL TRM v12 vol3",380,{"$f":"10*1000","v":10000},"Cooling Coefficient: SEER * 1,000.  ","IL TRM v12 vol3 (unknown equipment and age)","377, 378",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v12 vol3 (St. Louis MO, 1.5 stories)",377,22.5,"Nheat: Infiltration conversion factor","IL TRM v12 vol3 (St Louis MO, 1.5 stories)",379,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",377,3.6,"LM: Latent Cooling Multiplier","IL TRM v12 vol3 (St Louis)",378,3068,"Square footage installed","Average square footage of installed air sealing in the 2022 HCHC program data",null,1,"ADJ Air Sealing Cool (No attic insulation)","IL TRM v12 vol3",378,1.32,"nHeat","IL TRM v11 vol3",379,3.1399999999999997E-2,"Fe","IL TRM v12 vol3",381]
["PAYS, Fast Track","ASHP SEER 2 15",725.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW550*DI550)+DA550)/DI550)-DE550","v":40.059347181008889},"IL TRM v12 vol3 / Program Tracking Data",105,{"$f":"ROUND(((BM550*AS550*(1/(AF550*(1-BU550))-1/(AB550*(1-CC550))))/1000)+((BQ550*AS550*(1/(BA550*DM550*(1-CG550))-1/(AW550*DM550*(1-CO550))))/1000),4)","v":371.94299999999998},"Calculated Value",null,{"$f":"K550/U550","v":0.50398780487804873},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((AS550*(1/(BI550*(1-BU550))-1/(BE550*(1-CC550))))/1000*O550,4)","v":0.24709999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,{"$f":"cellformula(K550)","v":"=ROUND(((BM550*AS550*(1/(AF550*(1-BU550))-1/(AB550*(1-CC550))))/1000)+((BQ550*AS550*(1/(BA550*DM550*(1-CG550))-1/(AW550*DM550*(1-CO550))))/1000),4)"},{"$f":"cellformula(R550)","v":"=ROUND((AS550*(1/(BI550*(1-BU550))-1/(BE550*(1-CC550))))/1000*O550,4)"},"IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW550*DI550+6865)/DI550","v":2637.0919881305635},"Baseline install cost","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 15 - Early Replacement",726.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW551*DI551)+DA551)/DI551)-DE551","v":193.67999375154295},"IL TRM v12 vol3 / Program Tracking Data",null,2043.7661000000001,"Calculated Value",null,2.7693307588075879,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM551*AS551*(1/(AF551*(1-BU551))-1/(AB551*(1-CC551))))/1000)+((BQ551*AS551*(1/(BA551*DM551*(1-CG551))-1/(AW551*DM551*(1-CO551))))/1000),4)","=ROUND((AS551*(1/(BI551*(1-BU551))-1/(BE551*(1-CC551))))/1000*O551,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS551,6,0,(7722 +(674*DI551)))/DI551","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 15 - Early Replacement (future)",727.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,371.94299999999998,"Calculated Value",null,0.50398780487804873,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM552*AS552*(1/(AF552*(1-BU552))-1/(AB552*(1-CC552))))/1000)+((BQ552*AS552*(1/(BA552*DM552*(1-CG552))-1/(AW552*DM552*(1-CO552))))/1000),4)","=ROUND((AS552*(1/(BI552*(1-BU552))-1/(BE552*(1-CC552))))/1000*O552,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS552,6,0,(7722 +(674*DI552)))/DI552","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 15 - Replace Electric Resistance Heat",728.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW553*DI553)+DA553)/DI553)-DE553","v":40.059347181008889},"IL TRM v12 vol3 / Program Tracking Data",105,3305.9749000000002,"Calculated Value",null,4.4796407859078595,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM553*AS553*(1/(AF553*(1-BU553))-1/(AB553*(1-CC553))))/1000)+((BQ553*AS553*(1/(BA553*DM553*(1-CG553))-1/(AW553*DM553*(1-CO553))))/1000),4)","=ROUND((AS553*(1/(BI553*(1-BU553))-1/(BE553*(1-CC553))))/1000*O553,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW553*DI553+6865)/DI553","v":2637.0919881305635},"Baseline install cost","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 15 - Replace Electric Resistance Heat - Early Replacement",741.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW554*DI554)+DA554)/DI554)-DE554","v":193.67999375154295},"IL TRM v12 vol3 / Program Tracking Data",105,3687.4283,"Calculated Value",null,4.9965153116531162,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM554*AS554*(1/(AF554*(1-BU554))-1/(AB554*(1-CC554))))/1000)+((BQ554*AS554*(1/(BA554*DM554*(1-CG554))-1/(AW554*DM554*(1-CO554))))/1000),4)","=ROUND((AS554*(1/(BI554*(1-BU554))-1/(BE554*(1-CC554))))/1000*O554,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS554,6,0,(7722 +(674*DI554)))/DI554","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 15 - Replace Electric Resistance Heat - Early Replacement (future)",742.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,371.94299999999998,"Calculated Value",null,0.50398780487804873,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM555*AS555*(1/(AF555*(1-BU555))-1/(AB555*(1-CC555))))/1000)+((BQ555*AS555*(1/(BA555*DM555*(1-CG555))-1/(AW555*DM555*(1-CO555))))/1000),4)","=ROUND((AS555*(1/(BI555*(1-BU555))-1/(BE555*(1-CC555))))/1000*O555,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS555,6,0,(7722 +(674*DI555)))/DI555","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16",729.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW556*DI556)+DA556)/DI556)-DE556","v":135.36977491961397},"IL TRM v12 vol3 / Program Tracking Data",105,509.84160000000003,"Calculated Value",null,0.6908422764227643,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM556*AS556*(1/(AF556*(1-BU556))-1/(AB556*(1-CC556))))/1000)+((BQ556*AS556*(1/(BA556*DM556*(1-CG556))-1/(AW556*DM556*(1-CO556))))/1000),4)","=ROUND((AS556*(1/(BI556*(1-BU556))-1/(BE556*(1-CC556))))/1000*O556,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW556*DI556+6865)/DI556","v":2807.3954983922831},"Baseline install cost","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16 - Early Replacement",730.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW557*DI557)+DA557)/DI557)-DE557","v":298.86248234210461},"IL TRM v12 vol3 / Program Tracking Data",105,2181.6646999999998,"Calculated Value",null,2.9561852303523031,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM557*AS557*(1/(AF557*(1-BU557))-1/(AB557*(1-CC557))))/1000)+((BQ557*AS557*(1/(BA557*DM557*(1-CG557))-1/(AW557*DM557*(1-CO557))))/1000),4)","=ROUND((AS557*(1/(BI557*(1-BU557))-1/(BE557*(1-CC557))))/1000*O557,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS557,6,0,(7722 +(674*DI557)))/DI557","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16 - Early Replacement (future)",731.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,509.84160000000003,"Calculated Value",null,0.6908422764227643,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM558*AS558*(1/(AF558*(1-BU558))-1/(AB558*(1-CC558))))/1000)+((BQ558*AS558*(1/(BA558*DM558*(1-CG558))-1/(AW558*DM558*(1-CO558))))/1000),4)","=ROUND((AS558*(1/(BI558*(1-BU558))-1/(BE558*(1-CC558))))/1000*O558,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS558,6,0,(7722 +(674*DI558)))/DI558","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16 - Replace Electric Resistance Heat",732.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW559*DI559)+DA559)/DI559)-DE559","v":135.36977491961397},"IL TRM v12 vol3 / Program Tracking Data",105,3443.8735000000001,"Calculated Value",null,4.6664952574525751,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM559*AS559*(1/(AF559*(1-BU559))-1/(AB559*(1-CC559))))/1000)+((BQ559*AS559*(1/(BA559*DM559*(1-CG559))-1/(AW559*DM559*(1-CO559))))/1000),4)","=ROUND((AS559*(1/(BI559*(1-BU559))-1/(BE559*(1-CC559))))/1000*O559,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW559*DI559+6865)/DI559","v":2807.3954983922831},"Baseline install cost","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16 - Replace Electric Resistance Heat - Early Replacement",743.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW560*DI560)+DA560)/DI560)-DE560","v":298.86248234210461},"IL TRM v12 vol3 / Program Tracking Data",105,3825.3269,"Calculated Value",null,5.1833697831978318,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM560*AS560*(1/(AF560*(1-BU560))-1/(AB560*(1-CC560))))/1000)+((BQ560*AS560*(1/(BA560*DM560*(1-CG560))-1/(AW560*DM560*(1-CO560))))/1000),4)","=ROUND((AS560*(1/(BI560*(1-BU560))-1/(BE560*(1-CC560))))/1000*O560,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS560,6,0,(7722 +(674*DI560)))/DI560","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 16 - Replace Electric Resistance Heat - Early Replacement (future)",744.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,509.84160000000003,"Calculated Value",null,0.6908422764227643,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",16,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM561*AS561*(1/(AF561*(1-BU561))-1/(AB561*(1-CC561))))/1000)+((BQ561*AS561*(1/(BA561*DM561*(1-CG561))-1/(AW561*DM561*(1-CO561))))/1000),4)","=ROUND((AS561*(1/(BI561*(1-BU561))-1/(BE561*(1-CC561))))/1000*O561,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.1300000000000008,"HSPF2ee","Average efficient HSPF value from all SEER 16 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7286,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS561,6,0,(7722 +(674*DI561)))/DI561","v":2643.9027909697925},"Deferred cost savings","IL TRM v12 vol3",105,3.11,"Equipment size (tons)","Average equipment size (in tons) from the SEER 16 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17",733.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW562*DI562)+DA562)/DI562)-DE562","v":184.75073313783014},"IL TRM v12 vol3 / Program Tracking Data",105,689.11519999999996,"Calculated Value",null,0.93376043360433603,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM562*AS562*(1/(AF562*(1-BU562))-1/(AB562*(1-CC562))))/1000)+((BQ562*AS562*(1/(BA562*DM562*(1-CG562))-1/(AW562*DM562*(1-CO562))))/1000),4)","=ROUND((AS562*(1/(BI562*(1-BU562))-1/(BE562*(1-CC562))))/1000*O562,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW562*DI562+6865)/DI562","v":2613.1964809384162},"Baseline install cost","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17 - Early Replacement",734.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW563*DI563)+DA563)/DI563)-DE563","v":336.98621800073624},"IL TRM v12 vol3 / Program Tracking Data",105,2360.9382999999998,"Calculated Value",null,3.1991033875338752,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM563*AS563*(1/(AF563*(1-BU563))-1/(AB563*(1-CC563))))/1000)+((BQ563*AS563*(1/(BA563*DM563*(1-CG563))-1/(AW563*DM563*(1-CO563))))/1000),4)","=ROUND((AS563*(1/(BI563*(1-BU563))-1/(BE563*(1-CC563))))/1000*O563,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS563,6,0,(7722 +(674*DI563)))/DI563","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17 - Early Replacement (future)",735.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,689.11519999999996,"Calculated Value",null,0.93376043360433603,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM564*AS564*(1/(AF564*(1-BU564))-1/(AB564*(1-CC564))))/1000)+((BQ564*AS564*(1/(BA564*DM564*(1-CG564))-1/(AW564*DM564*(1-CO564))))/1000),4)","=ROUND((AS564*(1/(BI564*(1-BU564))-1/(BE564*(1-CC564))))/1000*O564,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS564,6,0,(7722 +(674*DI564)))/DI564","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17 - Replace Electric Resistance Heat",736.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW565*DI565)+DA565)/DI565)-DE565","v":184.75073313783014},"IL TRM v12 vol3 / Program Tracking Data",105,3623.1471000000001,"Calculated Value",null,4.9094134146341464,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM565*AS565*(1/(AF565*(1-BU565))-1/(AB565*(1-CC565))))/1000)+((BQ565*AS565*(1/(BA565*DM565*(1-CG565))-1/(AW565*DM565*(1-CO565))))/1000),4)","=ROUND((AS565*(1/(BI565*(1-BU565))-1/(BE565*(1-CC565))))/1000*O565,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW565*DI565+6865)/DI565","v":2613.1964809384162},"Baseline install cost","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17 - Replace Electric Resistance Heat - Early Replacement",745.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW566*DI566)+DA566)/DI566)-DE566","v":336.98621800073624},"IL TRM v12 vol3 / Program Tracking Data",105,4004.6005,"Calculated Value",null,5.426287940379404,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM566*AS566*(1/(AF566*(1-BU566))-1/(AB566*(1-CC566))))/1000)+((BQ566*AS566*(1/(BA566*DM566*(1-CG566))-1/(AW566*DM566*(1-CO566))))/1000),4)","=ROUND((AS566*(1/(BI566*(1-BU566))-1/(BE566*(1-CC566))))/1000*O566,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS566,6,0,(7722 +(674*DI566)))/DI566","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 17 - Replace Electric Resistance Heat - Early Replacement (future)",746.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,689.11519999999996,"Calculated Value",null,0.93376043360433603,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",17,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM567*AS567*(1/(AF567*(1-BU567))-1/(AB567*(1-CC567))))/1000)+((BQ567*AS567*(1/(BA567*DM567*(1-CG567))-1/(AW567*DM567*(1-CO567))))/1000),4)","=ROUND((AS567*(1/(BI567*(1-BU567))-1/(BE567*(1-CC567))))/1000*O567,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7495,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS567,6,0,(7722 +(674*DI567)))/DI567","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 18",737.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW568*DI568)+DA568)/DI568)-DE568","v":250.73313782991227},"IL TRM v12 vol3 / Program Tracking Data",105,721.27210000000002,"Calculated Value",null,0.97733346883468841,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",18,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM568*AS568*(1/(AF568*(1-BU568))-1/(AB568*(1-CC568))))/1000)+((BQ568*AS568*(1/(BA568*DM568*(1-CG568))-1/(AW568*DM568*(1-CO568))))/1000),4)","=ROUND((AS568*(1/(BI568*(1-BU568))-1/(BE568*(1-CC568))))/1000*O568,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7720,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW568*DI568+6865)/DI568","v":2613.1964809384162},"Baseline install cost","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 18 - Early Replacement",738.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW569*DI569)+DA569)/DI569)-DE569","v":402.96862269281837},"IL TRM v12 vol3 / Program Tracking Data",105,2393.0952000000002,"Calculated Value",null,3.242676422764228,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",105,"SEER2ee",18,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((BM569*AS569*(1/(AF569*(1-BU569))-1/(AB569*(1-CC569))))/1000)+((BQ569*AS569*(1/(BA569*DM569*(1-CG569))-1/(AW569*DM569*(1-CO569))))/1000),4)","=ROUND((AS569*(1/(BI569*(1-BU569))-1/(BE569*(1-CC569))))/1000*O569,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7720,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS569,6,0,(7722 +(674*DI569)))/DI569","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 18 - Early Replacement (future)",739.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3 / Program Tracking Data",105,721.27210000000002,"Calculated Value",null,0.97733346883468841,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,10,"IL TRM v12 vol3",105,"SEER2ee",18,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM570*AS570*(1/(AF570*(1-BU570))-1/(AB570*(1-CC570))))/1000)+((BQ570*AS570*(1/(BA570*DM570*(1-CG570))-1/(AW570*DM570*(1-CO570))))/1000),4)","=ROUND((AS570*(1/(BI570*(1-BU570))-1/(BE570*(1-CC570))))/1000*O570,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7720,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS570,6,0,(7722 +(674*DI570)))/DI570","v":2460.9609960755101},"Deferred cost savings","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER 2 18 - Replace Electric Resistance Heat",740.1,"Single Family","HVAC",null,"per ton",{"$f":"(((CW571*DI571)+DA571)/DI571)-DE571","v":250.73313782991227},"IL TRM v12 vol3 / Program Tracking Data",105,3655.3040000000001,"Calculated Value",null,4.9529864498644987,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,16,"IL TRM v12 vol3",105,"SEER2ee",18,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3",110,"=ROUND(((BM571*AS571*(1/(AF571*(1-BU571))-1/(AB571*(1-CC571))))/1000)+((BQ571*AS571*(1/(BA571*DM571*(1-CG571))-1/(AW571*DM571*(1-CO571))))/1000),4)","=ROUND((AS571*(1/(BI571*(1-BU571))-1/(BE571*(1-CC571))))/1000*O571,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,9.83,"HSPF2ee","Average efficient HSPF value from all SEER 17 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v11 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,null,null,null,null,0.1,"Derating_Cool_Eff","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,null,null,null,null,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7720,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW571*DI571+6865)/DI571","v":2613.1964809384162},"Baseline install cost","IL TRM v12 vol3",105,3.41,"Equipment size (tons)","Average equipment size (in tons) from the SEER 17 ASHP units in the 2022 HCHC program tracking data",null,1,"HSPF_ClimateAdj","IL TRM v12 vol3",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace ASHP - Early Replacement: MF",772.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW572*DI572)+DA572)/DI572)-DE572","v":193.67999375154295},"IL TRM v12 vol3",105,{"$f":"ROUND(((((BM572*AS572)/BY572*(1/(AF572*(1-CC572))))-(BM572*AS572*1/(AB572*(1-BU572))))/1000)+(((BQ572*AS572*CK572)/BY572*(1/(BA572*DM572*(1-CG572))))-((BQ572*AS572*CK572)*1/(AW572*DM572*(1-CO572))))/1000,4)","v":2451.3163},"Calculated Value",null,{"$f":"ROUND(K572/U572,4)","v":3.3216000000000001},0.72,"IL TRM v12 vol3",107,{"$f":"ROUND((((AS572)/BY572*(1/(BI572*(1-CC572))))-(AS572*1/(BE572*(1-BU572))))/1000*O572,4)","v":0.52310000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM572*AS572)/BY572*(1/(AF572*(1-CC572))))-(BM572*AS572*1/(AB572*(1-BU572))))/1000)+(((BQ572*AS572*CK572)/BY572*(1/(BA572*DM572*(1-CG572))))-((BQ572*AS572*CK572)*1/(AW572*DM572*(1-CO572))))/1000,4)","=ROUND((((AS572)/BY572*(1/(BI572*(1-CC572))))-(AS572*1/(BE572*(1-BU572))))/1000*O572,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,4.91,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS572,6,0,(7722 +(674*DI572)))/DI572","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace ASHP - Early Replacement: MF (future)",773.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,456.9008,"Calculated Value",null,0.61909999999999998,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM573*AS573)/BY573*(1/(AF573*(1-CC573))))-(BM573*AS573*1/(AB573*(1-BU573))))/1000)+(((BQ573*AS573*CK573)/BY573*(1/(BA573*DM573*(1-CG573))))-((BQ573*AS573*CK573)*1/(AW573*DM573*(1-CO573))))/1000,4)","=ROUND((((AS573)/BY573*(1/(BI573*(1-CC573))))-(AS573*1/(BE573*(1-BU573))))/1000*O573,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS573,6,0,(7722 +(674*DI573)))/DI573","v":2483.4713415600295},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace ASHP-ROF: MF",771.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW574*DI574)+DA574)/DI574)-DE574","v":40.059347181008889},"IL TRM v12 vol3",105,456.9008,"Calculated Value",null,0.61909999999999998,0.72,"IL TRM v12 vol3",107,0.24709999999999999,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM574*AS574)/BY574*(1/(AF574*(1-CC574))))-(BM574*AS574*1/(AB574*(1-BU574))))/1000)+(((BQ574*AS574*CK574)/BY574*(1/(BA574*DM574*(1-CG574))))-((BQ574*AS574*CK574)*1/(AW574*DM574*(1-CO574))))/1000,4)","=ROUND((((AS574)/BY574*(1/(BI574*(1-CC574))))-(AS574*1/(BE574*(1-BU574))))/1000*O574,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 - 2023 Federal Minimum Baseline",112,12.4,"EER2ee","IL TRM v12 vol3",119,9.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,null,null,null,null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CW574*DI574+6865)/DI574","v":2637.0919881305635},"Baseline install cost - ASHP","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF",769.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW575*DI575)+DA575)/DI575)-DE575","v":1208.6546961393303},"IL TRM v12 vol3",105,4505.8940000000002,"Calculated Value",null,6.1055000000000001,0.72,"IL TRM v12 vol3",107,0.52310000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",9.1999999999999993,"IL TRM v12 vol3",110,"=ROUND(((((BM575*AS575)/BY575*(1/(AF575*(1-CC575))))-(BM575*AS575*1/(AB575*(1-BU575))))/1000)+(((BQ575*AS575*CK575)/BY575*(1/(BA575*DM575*(1-CG575))))-((BQ575*AS575*CK575)*1/(AW575*DM575*(1-CO575))))/1000,4)","=ROUND((((AS575)/BY575*(1/(BI575*(1-CC575))))-(AS575*1/(BE575*(1-BU575))))/1000*O575,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2exist","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,7.4,"EER2exist","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS575, 6, 0, (1092))+-PV(CS575, 7, 0, (2296))/DI575","v":1468.4966391722421},"Deferred cost savings","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace electric furnace / CAC - Early Replacement: MF (future)",770.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",105,4124.4407000000001,"Calculated Value",null,5.5887000000000002,0.72,"IL TRM v12 vol3",107,0.13150000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,10,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM576*AS576)/BY576*(1/(AF576*(1-CC576))))-(BM576*AS576*1/(AB576*(1-BU576))))/1000)+(((BQ576*AS576*CK576)/BY576*(1/(BA576*DM576*(1-CG576))))-((BQ576*AS576*CK576)*1/(AW576*DM576*(1-CO576))))/1000,4)","=ROUND((((AS576)/BY576*(1/(BI576*(1-CC576))))-(AS576*1/(BE576*(1-BU576))))/1000*O576,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,0.03,"Societal Discount Rate","Evergy Standard",null,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"-PV(CS576, 6, 0, (1092))+-PV(CS576, 7, 0, (2296))/DI576","v":1468.4966391722421},"Baseline install cost","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","ASHP SEER2 15 - replace electric furnace / CAC - ROF: MF",768.1,"Multi-Family","HVAC",null,"per ton",{"$f":"(((CW577*DI577)+DA577)/DI577)-DE577","v":1128.4154302670622},"IL TRM v12 vol3",105,4124.4407000000001,"Calculated Value",null,5.5887000000000002,0.72,"IL TRM v12 vol3",107,0.13150000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,16,"IL TRM v12 vol3",105,"SEER2ee",15,"Nameplate rating",null,"SEER2base",14.3,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",110,"=ROUND(((((BM577*AS577)/BY577*(1/(AF577*(1-CC577))))-(BM577*AS577*1/(AB577*(1-BU577))))/1000)+(((BQ577*AS577*CK577)/BY577*(1/(BA577*DM577*(1-CG577))))-((BQ577*AS577*CK577)*1/(AW577*DM577*(1-CO577))))/1000,4)","=ROUND((((AS577)/BY577*(1/(BI577*(1-CC577))))-(AS577*1/(BE577*(1-BU577))))/1000*O577,4)","IL TRM v12 vol3","107, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,8.7100000000000009,"HSPF2ee","Average efficient HSPF value from all SEER 15 ASHP units in the 2022 HCHC program tracking data",null,3.41,"HSPF2base","IL TRM v12 vol3",112,12.4,"EER2ee","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolEff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3",109,0.1,"Derating_Cool_Base","IL TRM v12 vol3",110,0.1,"Derating_Heat_Base","IL TRM v12 vol3",112,1,"HeatLoadFactor","IL TRM v12 vol3",110,0.1,"Derating_Heat_Eff","IL TRM v12 vol3",112,2011,"Assumed installation cost for 80% AFUE furnace","IL TRM v12 vol3",105,600,"First Cost $/ton","IL TRM v12 vol3",105,7000,"One-time per-system labor cost","IL TRM v12 vol3",105,{"$f":"(CS577/DI577)+952","v":1548.7359050445102},"Baseline install cost - CAC","IL TRM v12 vol3",105,3.37,"Equipment size (tons)","Average equipment size (in tons) from the SEER 15 ASHP units in the 2022 HCHC program tracking data",null,0.8,"HSPF_ClimateAdj","IL TRM v12 vol3 - Statewide",113]
["PAYS, Fast Track","CAC SEER 2 15",713.1,"Single Family","HVAC",null,"per ton",{"$f":"1070/CO578","v":382.14285714285717},"IL TRM v12 vol3",128,{"$f":"ROUND((BE578*AW578*(1/((1-BM578)*AF578)-1/((1-BQ578)*AB578)))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"K578/U578","v":0.10613604336043361},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND(((AW578*((1/((1-BM578)*BA578))-(1/((1-BQ578)*AS578))))/1000)*O578,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE578*AW578*(1/((1-BM578)*AF578)-1/((1-BQ578)*AB578)))/1000,4)","=ROUND(((AW578*((1/((1-BM578)*BA578))-(1/((1-BQ578)*AS578))))/1000)*O578,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 15 - Early Replacement",714.1,"Single Family","HVAC",null,"per ton",{"$f":"((CC579*CO579+CG579)/CO579)-CK579","v":394.96408357618736},"IL TRM v12 vol3 / Program Tracking Data",128,{"$f":"ROUND((BE579*AW579*(1/((1-BM579)*AF579)-1/((1-BQ579)*AB579)))/1000,4)","v":449.61799999999999},"Calculated Value",null,{"$f":"K579/U579","v":0.60923848238482381},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND(((AW579*((1/((1-BM579)*BA579))-(1/((1-BQ579)*AS579))))/1000)*O579,4)","v":0.52810000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((BE579*AW579*(1/((1-BM579)*AF579)-1/((1-BQ579)*AB579)))/1000,4)","=ROUND(((AW579*((1/((1-BM579)*BA579))-(1/((1-BQ579)*AS579))))/1000)*O579,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY579,6,0,3140)/CO579","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 15 - Early Replacement (future)",715.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,{"$f":"ROUND((BE580*AW580*(1/((1-BM580)*AF580)-1/((1-BQ580)*AB580)))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"K580/U580","v":0.10613604336043361},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND(((AW580*((1/((1-BM580)*BA580))-(1/((1-BQ580)*AS580))))/1000)*O580,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",13.4,"IL TRM v12 vol3",130,"=ROUND((BE580*AW580*(1/((1-BM580)*AF580)-1/((1-BQ580)*AB580)))/1000,4)","=ROUND(((AW580*((1/((1-BM580)*BA580))-(1/((1-BQ580)*AS580))))/1000)*O580,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"3140/CO580","v":1121.4285714285716},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER2 15 - Early Replacement: MF",759.1,"Multi-Family","HVAC",null,"per ton",{"$f":"((CC581*CO581+CG581)/CO581)-CK581","v":394.96408357618736},"IL TRM v12 vol3",128,{"$f":"ROUND((U581*AW581*(1/(AF581*(1-BM581))-1/(AB581*(1-BQ581))))/1000,4)","v":449.61799999999999},"Calculated Value",null,{"$f":"ROUND(K581/U581,4)","v":0.60919999999999996},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW581*(1/(BA581*(1-BM581))-1/(AS581*(1-BQ581))))/1000*O581,4)","v":0.52810000000000001},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((U581*AW581*(1/(AF581*(1-BM581))-1/(AB581*(1-BQ581))))/1000,4)","=ROUND((AW581*(1/(BA581*(1-BM581))-1/(AS581*(1-BQ581))))/1000*O581,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY581,6,0,3140)/CO581","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["PAYS, Fast Track","CAC SEER2 15 - Early Replacement: MF (future)",760.1,"Multi-Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,{"$f":"ROUND((U582*AW582*(1/(AF582*(1-BM582))-1/(AB582*(1-BQ582))))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"ROUND(K582/U582,4)","v":0.1061},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW582*(1/(BA582*(1-BM582))-1/(AS582*(1-BQ582))))/1000*O582,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U582*AW582*(1/(AF582*(1-BM582))-1/(AB582*(1-BQ582))))/1000,4)","=ROUND((AW582*(1/(BA582*(1-BM582))-1/(AS582*(1-BQ582))))/1000*O582,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1070,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY582,6,0,3140)/CO582","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["PAYS, Fast Track","CAC SEER2 15 - Replace at Fail: MF",761.1,"Multi-Family","HVAC",null,"per ton",{"$f":"CC583/CO583","v":382.14285714285717},"IL TRM v12 vol3",128,{"$f":"ROUND((U583*AW583*(1/(AF583*(1-BM583))-1/(AB583*(1-BQ583))))/1000,4)","v":78.328400000000002},"Calculated Value",null,{"$f":"ROUND(K583/U583,4)","v":0.1061},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND((AW583*(1/(BA583*(1-BM583))-1/(AS583*(1-BQ583))))/1000*O583,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",15,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3, Federal minimum efficiency standard - Northern region of U.S.",130,"=ROUND((U583*AW583*(1/(AF583*(1-BM583))-1/(AB583*(1-BQ583))))/1000,4)","=ROUND((AW583*(1/(BA583*(1-BM583))-1/(AS583*(1-BQ583))))/1000*O583,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,1070,"Incremental Cost","IL TRM v12 vol3",128,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 - Multifamily",130]
["PAYS, Fast Track","CAC SEER 2 16",716.1,"Single Family","HVAC",null,"per ton",{"$f":"1270/CO584","v":453.57142857142861},"IL TRM v12 vol3",128,{"$f":"ROUND((BE584*AW584*(1/((1-BM584)*AF584)-1/((1-BQ584)*AB584)))/1000,4)","v":119.3284},"Calculated Value",null,{"$f":"K584/U584","v":0.16169159891598917},0.68,"IL TRM v12 vol3",129,{"$f":"ROUND(((AW584*((1/((1-BM584)*BA584))-(1/((1-BQ584)*AS584))))/1000)*O584,4)","v":0.1242},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE584*AW584*(1/((1-BM584)*AF584)-1/((1-BQ584)*AB584)))/1000,4)","=ROUND(((AW584*((1/((1-BM584)*BA584))-(1/((1-BQ584)*AS584))))/1000)*O584,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 16 - Early Replacement",717.1,"Single Family","HVAC",null,"per ton",{"$f":"((CC585*CO585+CG585)/CO585)-CK585","v":466.39265500475892},"IL TRM v12 vol3 / Program Tracking Data",128,490.61799999999999,"Calculated Value",null,0.66479403794037939,0.68,"IL TRM v12 vol3",129,0.52810000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((BE585*AW585*(1/((1-BM585)*AF585)-1/((1-BQ585)*AB585)))/1000,4)","=ROUND(((AW585*((1/((1-BM585)*BA585))-(1/((1-BQ585)*AS585))))/1000)*O585,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY585,6,0,3140)/CO585","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 16 - Early Replacement (future)",718.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,119.3284,"Calculated Value",null,0.16169159891598917,0.68,"IL TRM v12 vol3",129,0.1242,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",16,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE586*AW586*(1/((1-BM586)*AF586)-1/((1-BQ586)*AB586)))/1000,4)","=ROUND(((AW586*((1/((1-BM586)*BA586))-(1/((1-BQ586)*AS586))))/1000)*O586,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"3140/CO586","v":1121.4285714285716},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 17",719.1,"Single Family","HVAC",null,"per ton",{"$f":"1270/CO587","v":453.57142857142861},"IL TRM v12 vol3",128,155.50479999999999,"Calculated Value",null,0.2107111111111111,0.68,"IL TRM v12 vol3",129,0.1242,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE587*AW587*(1/((1-BM587)*AF587)-1/((1-BQ587)*AB587)))/1000,4)","=ROUND(((AW587*((1/((1-BM587)*BA587))-(1/((1-BQ587)*AS587))))/1000)*O587,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 17 - Early Replacement",720.1,"Single Family","HVAC",null,"per ton",{"$f":"((CC588*CO588+CG588)/CO588)-CK588","v":466.39265500475892},"IL TRM v12 vol3 / Program Tracking Data",128,526.7944,"Calculated Value",null,0.7138135501355013,0.68,"IL TRM v12 vol3",129,0.52810000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((BE588*AW588*(1/((1-BM588)*AF588)-1/((1-BQ588)*AB588)))/1000,4)","=ROUND(((AW588*((1/((1-BM588)*BA588))-(1/((1-BQ588)*AS588))))/1000)*O588,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY588,6,0,3140)/CO588","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 17 - Early Replacement (future)",721.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,155.50479999999999,"Calculated Value",null,0.2107111111111111,0.68,"IL TRM v12 vol3",129,0.1242,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",17,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE589*AW589*(1/((1-BM589)*AF589)-1/((1-BQ589)*AB589)))/1000,4)","=ROUND(((AW589*((1/((1-BM589)*BA589))-(1/((1-BQ589)*AS589))))/1000)*O589,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"3140/CO589","v":1121.4285714285716},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 18",722.1,"Single Family","HVAC",null,"per ton",{"$f":"1270/CO590","v":453.57142857142861},"IL TRM v12 vol3",128,187.6617,"Calculated Value",null,0.2542841463414634,0.68,"IL TRM v12 vol3",129,0.1242,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,18,"IL TRM v12 vol3",128,"SEER2ee",18,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE590*AW590*(1/((1-BM590)*AF590)-1/((1-BQ590)*AB590)))/1000,4)","=ROUND(((AW590*((1/((1-BM590)*BA590))-(1/((1-BQ590)*AS590))))/1000)*O590,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 18 - Early Replacement",723.1,"Single Family","HVAC",null,"per ton",{"$f":"((CC591*CO591+CG591)/CO591)-CK591","v":466.39265500475892},"IL TRM v12 vol3 / Program Tracking Data",128,558.95129999999995,"Calculated Value",null,0.75738658536585357,0.68,"IL TRM v12 vol3",129,0.52810000000000001,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,6,"IL TRM v12 vol3",128,"SEER2ee",18,"Nameplate rating",null,"SEER2exist",8.9,"IL TRM v12 vol3",130,"=ROUND((BE591*AW591*(1/((1-BM591)*AF591)-1/((1-BQ591)*AB591)))/1000,4)","=ROUND(((AW591*((1/((1-BM591)*BA591))-(1/((1-BQ591)*AS591))))/1000)*O591,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.2,"EER2exist","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"-PV(BY591,6,0,3140)/CO591","v":939.17877356666975},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS, Fast Track","CAC SEER 2 18 - Early Replacement (future)",724.1,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3",128,187.6617,"Calculated Value",null,0.2542841463414634,0.68,"IL TRM v12 vol3",129,0.1242,"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",122,12,"IL TRM v12 vol3",128,"SEER2ee",18,"Nameplate rating",null,"SEER2base",13.4,"IL TRM v12 vol3",130,"=ROUND((BE592*AW592*(1/((1-BM592)*AF592)-1/((1-BQ592)*AB592)))/1000,4)","=ROUND(((AW592*((1/((1-BM592)*BA592))-(1/((1-BQ592)*AS592))))/1000)*O592,4)","IL TRM v12 vol3","129, 131","2025-01-01",null,null,null,null,null,12.4,"EER2ee","IL TRM v12 vol3",132,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.6,"EER2base","IL TRM v12 vol3",132,738,"EFLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,0.1,"DeratingCoolBase","IL TRM v12 vol3",131,0.1,"DeratingCoolEff","IL TRM v12 vol3",131,null,null,null,null,0.03,"Societal Discount Rate","Evergy Standard",null,952,"First Cost $/ton","IL TRM v12 vol3",128,1270,"One-time per-system labor cost","IL TRM v12 vol3",128,{"$f":"3140/CO592","v":1121.4285714285716},"Deferred cost savings, per UNIT","IL TRM v12 vol3",128,2.8,"Equipment size (tons)","IL TRM v12 vol3 (for single family homes)",130]
["PAYS","Duct Repair and Sealing - ASHP",826,"Single Family","HVAC",null,"per home (25% to 10%)",497.62,"Program Tracking Data",null,{"$f":"ROUND(((((AS593-AW593)/AS593)*BA593*BE593*BI593)/1000/BM593)+(((((AS593-AW593)/AS593))*BQ593*BU593*BY593)/CC593/3412),4)","v":833.86950000000002},"Calculated Value",null,{"$f":"R593/O593","v":0.20594965665236048},0.46600000000000003,"Calculated Value",null,{"$f":"ROUND(((((AS593-AW593)/AS593)*BA593*BE593*BI593)/1000/BM593)/BA593*O593,8)","v":9.5972539999999995E-2},"Calculated Value",null,null,null,null,20,"IL TRM v12 vol3",134,"Duct sealing using mastic sealant or metal \ntape",null,null,null,"Unsealed/leaking ductwork",null,null,null,"=ROUND(((((AS593-AW593)/AS593)*BA593*BE593*BI593)/1000/BM593)+(((((AS593-AW593)/AS593))*BQ593*BU593*BY593)/CC593/3412),4)","=ROUND(((((AS593-AW593)/AS593)*BA593*BE593*BI593)/1000/BM593)/BA593*O593,8)","IL TRM v12 vol3","140 - 144","2025-01-01",null,null,null,null,null,0.92,"Deafter","IL TRM v12 vol3, example rating",142,0.85,"Debefore","IL TRM v12 vol3, example rating",142,738,"FLHcool","EFLHcool, from 2017 MO TRM Vol. 3",122,36000,"CapacityCool","IL TRM v12 vol3, Example Rating",142,1,"TRFcool","IL TRM v11 vol3",141,13.3,"ηCool","IL TRM v12 vol3",141,1376,"FLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,36000,"OutputCapacityHeat","IL TRM v12 vol3",null,1,"TRFheat","IL TRM v12 vol3",142,1.62,"ηHeat","IL TRM v12 vol3",143]
["PAYS, Fast Track","GSHP - EER2 23 Early Retirement GSHP_SF: HVAC",239.9,"Single Family","HVAC",null,"per ton",{"$f":"DQ594-DU594","v":1918.2252165390316},"IL TRM v12 vol3 / Program Tracking Data","166, 167",{"$f":"ROUND(((BY594*AS594*(1/AF594-1/AB594))/1000)+((CC594*AS594*(1/AW594-1/(BA594*3.412)))/1000),4)","v":1210.2876000000001},"Calculated Value",null,{"$f":"K594/U594","v":1.6399560975609757},0.72,"IL TRM v12 vol3",167,{"$f":"ROUND(((AS594*((1/BU594)-(1/AB594)))/1000)*O594,4)","v":0.2087},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,8,"IL TRM v12 vol3",166,"Part Load EER2 Efficiency of efficient GSHP unit (the SEER2 and COP ratings of an ASHP equate most appropriately with the part load EER2 and COP of a GSHP)",{"$f":"3.412*BA594","v":15.353999999999999},"IL TRM v12 vol3",170,"SEER2exist (baseline system GSHP)",13.4,"IL TRM v12 vol3",169,"=ROUND(((BY594*AS594*(1/AF594-1/AB594))/1000)+((CC594*AS594*(1/AW594-1/(BA594*3.412)))/1000),4)","=ROUND(((AS594*((1/BU594)-(1/AB594)))/1000)*O594,4)","IL TRM v12 vol3","167, 175","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.5,"HSPF2exist = Heating System Performance Factor of existing heating system (baseline system GSHP)","IL TRM v12 vol3 / Federal minimum efficiency standard - Northern region of U.S.","170, 171",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","IL TRM v12 vol3",171,1,"ElecDHW\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v12 vol3",171,0.44,"%DHWdisplaced = Percentage of total DHW load the GSHP will provide.\n= Actual, if known\n= 0% if no desuperheater installed\n= 44% if desuperheater installed and actual is unknown","IL TRM v12 vol3",171,{"$f":"0.96-0.00003*50","v":0.95850000000000002},"Efelec = Energy Factor of electric WH. \n= Actual, if known. \n= 0.96 – (0.0003 * rated volume in gallons) for 55+ gallon DHW\n= 2.057 – (0.00113 * rated volume in gallons) for < 55 gallon DHW","IL TRM v12 vol3",171,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",171,11.2,"EER2exist (baseline system GSHP)","IL TRM v12 vol3",175,738,"EFLHcool","MO TRM 2017 Vol 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,17.600000000000001,"GPD","IL TRM v12 vol3",171,2.56,"Household","IL TRM v12 vol3",171,365.25,"Days per year","IL TRM v12 vol3",172,8.33,"Specific weight of water","IL TRM v12 vol3",172,125,"Tout","IL TRM v12 vol3",172,54,"Tin","IL TRM v12 vol3",172,1,"Heat Capacity of Water","IL TRM v12 vol3",172,4.3099999999999996,"Equipment size (tons)","Average equipment size (in tons) from 2022 Program Tracking Data",null,0.03,"Societal Discount Rate","Evergy Standard",null,3957,"Cost per ton","IL TRM v12 vol3",166,{"$f":"-PV(DM594, 6, 0, (7527+(688*DI594)))/DI594","v":2038.7747834609684},"Deferred cost savings","IL TRM v12 vol3",167]
["PAYS, Fast Track","GSHP - EER2 23_Early Retirement AC/Electric Furnace_SF: HVAC",241.9,"Single Family","HVAC",null,"per ton",{"$f":"DQ595-DU595","v":2634.0138780676034},"IL TRM v12 vol3 / Program Tracking Data","166, 167",{"$f":"ROUND(((BY595*AS595*(1/AF595-1/AB595))/1000)+((CC595*AS595*(1/AW595-1/(BA595*3.412)))/1000),4)","v":4153.4984000000004},"Calculated Value",null,{"$f":"K595/U595","v":5.6280466124661253},0.72,"IL TRM v12 vol3",167,{"$f":"ROUND(((AS595*((1/BU595)-(1/AB595)))/1000)*O595,4)","v":0.60489999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",166,"Part Load EER2 Efficiency of efficient GSHP unit (the SEER2 and COP ratings of an ASHP equate most appropriately with the part load EER2 and COP of a GSHP)",{"$f":"3.412*BA595","v":15.353999999999999},"IL TRM v12 vol3",170,"SEER2exist (baseline system central AC)",9.1999999999999993,"IL TRM v12 vol3",169,"=ROUND(((BY595*AS595*(1/AF595-1/AB595))/1000)+((CC595*AS595*(1/AW595-1/(BA595*3.412)))/1000),4)","=ROUND(((AS595*((1/BU595)-(1/AB595)))/1000)*O595,4)","IL TRM v12 vol3","167, 175","2025-01-01",null,null,null,null,null,12001,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,3.41,"HSPF2exist = Heating System Performance Factor of existing heating system (baseline system GSHP)","IL TRM v12 vol3","170, 171",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","IL TRM v12 vol3",171,1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v12 vol3",171,0.44,"%DHWdisplaced = Percentage of total DHW load the GSHP will provide.\n= Actual, if known\n= 0% if no desuperheater installed\n= 44% if desuperheater installed and actual is unknown","IL TRM v12 vol3",171,{"$f":"0.96-0.00003*50","v":0.95850000000000002},"Efelec = Energy Factor of electric WH.\n= Actual, if known\n= 0.96 – (0.0003 * rated volume in gallons) for 55+ gallon DHW\n= 2.057 – (0.00113 * rated volume in gallons) for < 55 gallon DHW","IL TRM v12 vol3",171,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",171,7.4,"EER2exist (baseline system central AC)","IL TRM v12 vol3",175,739,"EFLHcool","MO TRM 2017 Vol 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,17.600000000000001,"GPD","IL TRM v12 vol3",171,2.56,"Household","IL TRM v12 vol3",171,365.25,"Days per year","IL TRM v12 vol3",172,8.33,"Specific weight of water","IL TRM v12 vol3",172,125,"Tout","IL TRM v12 vol3",172,54,"Tin","IL TRM v12 vol3",172,1,"Heat Capacity of Water","IL TRM v12 vol3",172,4.3099999999999996,"Equipment size (tons)","Average equipement size (in tons) from 2022 Program Tracking Data",null,0.03,"Societal Discount Rate","Evergy Standard",null,3957,"Cost per ton","IL TRM v12 vol3",166,{"$f":"(-PV(DM595, 6, 0, 2296)+-PV(DM595, 6, 0, (1047*DI595)))/DI595","v":1322.9861219323966},"Deferred cost savings","IL TRM v12 vol3",167]
["PAYS, Fast Track","GSHP - EER2 23_Early Retirement ASHP_SF: HVAC",243.9,"Single Family","HVAC",null,"per ton",{"$f":"DQ596-DU596","v":1918.2252165390316},"IL TRM v12 vol3 / Program Tracking Data","166, 167",{"$f":"ROUND(((BY596*AS596*(1/AF596-1/AB596))/1000)+((CC596*AS596*(1/AW596-1/(BA596*3.412)))/1000),4)","v":2673.5563999999999},"Calculated Value",null,{"$f":"K596/U596","v":3.6227051490514905},0.72,"IL TRM v12 vol3",167,{"$f":"ROUND(((AS596*((1/BU596)-(1/AB596)))/1000)*O596,4)","v":0.60489999999999999},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,6,"IL TRM v12 vol3",166,"Part Load EER2 Efficiency of efficient GSHP unit (the SEER2 and COP ratings of an ASHP equate most appropriately with the part load EER2 and COP of a GSHP)",{"$f":"3.412*BA596","v":15.353999999999999},"IL TRM v12 vol3",170,"SEER2exist (baseline system ASHP)",9.1999999999999993,"IL TRM v12 vol3",169,"=ROUND(((BY596*AS596*(1/AF596-1/AB596))/1000)+((CC596*AS596*(1/AW596-1/(BA596*3.412)))/1000),4)","=ROUND(((AS596*((1/BU596)-(1/AB596)))/1000)*O596,4)","IL TRM v12 vol3","167, 175","2025-01-01",null,null,null,null,null,12001,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,4.91,"HSPF2exist = Heating System Performance Factor of existing heating system (baseline system GSHP)","IL TRM v12 vol3","170, 171",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","IL TRM v12 vol3",171,1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v12 vol3",171,0.44,"%DHWdisplaced = Percentage of total DHW load the GSHP will provide.\n= Actual, if known\n= 0% if no desuperheater installed\n= 44% if desuperheater installed and actual is unknown","IL TRM v12 vol3",171,{"$f":"0.96-0.00003*50","v":0.95850000000000002},"Efelec = Energy Factor of electric WH.\n= Actual, if known\n= 0.96 – (0.0003 * rated volume in gallons) for 55+ gallon DHW\n= 2.057 – (0.00113 * rated volume in gallons) for < 55 gallon DHW","IL TRM v12 vol3",171,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",171,7.4,"EER2exist (baseline system ASHP)","IL TRM v12 vol3",175,738,"EFLHcool","MO TRM 2017 Vol 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,17.600000000000001,"GPD","IL TRM v12 vol3",171,2.56,"Household","IL TRM v12 vol3",171,365.25,"Days per year","IL TRM v12 vol3",172,8.33,"Specific weight of water","IL TRM v12 vol3",172,125,"Tout","IL TRM v12 vol3",172,54,"Tin","IL TRM v12 vol3",172,1,"Heat Capacity of Water","IL TRM v12 vol3",172,4.3099999999999996,"Equipment size (tons)","Average equipement size (in tons) from 2022 Program Tracking Data",null,0.03,"Societal Discount Rate","Evergy Standard",null,3957,"Cost per ton","IL TRM v12 vol3",166,{"$f":"-PV(DM596, 6, 0, (7527+(688*DI596)))/DI596","v":2038.7747834609684},"Deferred cost savings","IL TRM v12 vol3",167]
["PAYS, Fast Track","GSHP - EER2 23_Replace at Fail / Time of Sale_SF: HVAC",240.9,"Single Family","HVAC",null,"per ton",{"$f":"DQ597-DU597","v":1834.4941995359627},"IL TRM v12 vol3 / Program Tracking Data","166, 167",{"$f":"ROUND(((BY597*AS597*(1/AF597-1/AB597))/1000)+((CC597*AS597*(1/AW597-1/(BA597*3.412)))/1000),4)","v":1168.7901999999999},"Calculated Value",null,{"$f":"K597/U597","v":1.5837265582655826},0.72,"IL TRM v12 vol3",167,{"$f":"ROUND(((AS597*((1/BU597)-(1/AB597)))/1000)*O597,4)","v":0.2087},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 4",85,25,"IL TRM v12 vol3",166,"Part Load EER2 Efficiency of efficient GSHP unit (the SEER2 and COP ratings of an ASHP equate most appropriately with the part load EER2 and COP of a GSHP)",{"$f":"3.412*BA597","v":15.353999999999999},"IL TRM v12 vol3",170,"SEER2base",14.3,"Federal minimum efficiency standard - Northern region of U.S.",null,{"$f":"cellformula(K597)","v":"=ROUND(((BY597*AS597*(1/AF597-1/AB597))/1000)+((CC597*AS597*(1/AW597-1/(BA597*3.412)))/1000),4)"},{"$f":"cellformula(R597)","v":"=ROUND(((AS597*((1/BU597)-(1/AB597)))/1000)*O597,4)"},"IL TRM v12 vol3","167, 175","2025-01-01",null,null,null,null,null,12001,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,7.5,"HSPF2base = Heating System Performance Factor of baseline heating system","IL TRM v12 vol3 / Federal minimum efficiency standard - Northern region of U.S.","170, 171",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","IL TRM v12 vol3",171,1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v12 vol3",171,0.44,"%DHWdisplaced = Percentage of total DHW load the GSHP will provide.\n= Actual, if known\n= 0% if no desuperheater installed\n= 44% if desuperheater installed and actual is unknown","IL TRM v12 vol3",171,{"$f":"0.96-0.00003*50","v":0.95850000000000002},"Efelec = Energy Factor of electric WH.\n= Actual, if known\n= 0.96 – (0.0003 * rated volume in gallons) for 55+ gallon DHW\n= 2.057 – (0.00113 * rated volume in gallons) for < 55 gallon DHW","IL TRM v12 vol3",171,3412,"Conversion from BTU to kWh","IL TRM v12 vol3",171,11.2,"EER2base (baseline system GSHP)","IL TRM v12 vol3",175,738,"EFLHcool","MO TRM 2017 Vol 4",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,17.600000000000001,"GPD","IL TRM v12 vol3",171,2.56,"Household","IL TRM v12 vol3",171,365.25,"Days per year","IL TRM v12 vol3",172,8.33,"Specific weight of water","IL TRM v12 vol3",172,125,"Tout","IL TRM v12 vol3",172,54,"Tin","IL TRM v12 vol3",172,1,"Heat Capacity of Water","IL TRM v12 vol3",172,4.3099999999999996,"Equipment size (tons)","Average equipement size (in tons) from 2022 Program Tracking Data",null,0.03,"Societal Discount Rate","Evergy Standard",null,3957,"Cost per ton","IL TRM v12 vol3",166,{"$f":"(6562+(600*DI597))/DI597","v":2122.5058004640373},"Baseline install cost","IL TRM v12 vol3","166, 167"]
["PAYS, Fast Track","Heat Pump Ductless Mini Split - Early Replacement",521.29999999999995,"Single Family","HVAC",null,"per ton",{"$f":"(((CW598*BU598)+DA598)/BU598)-DE598","v":957.472482541717},"IL TRM v12 vol3 / Program Tracking Data",106,{"$f":"ROUND((((((BM598*AS598)/CK598*(1/(AF598*(1-CC598))))-((BM598*AS598)*1/(AB598*(1-CC598))))/1000)\n+((((BQ598*AS598*CO598)/CK598*(1/(BA598*BY598*(1-CG598))))-((BQ598*AS598*CO598)*1/(AW598*BY598*(1-CG598))))/1000)),4)","v":1891.7416000000001},"Calculated Value",null,2.5633355013550134,0.72,"IL TRM v12 vol3",107,{"$f":"ROUND(((AS598/CK598*(1/(BI598*(1-CC598)))-(AS598*1/(BE598*(1-CC598))))/1000*O598),4)","v":0.52310000000000001},"Calculated Value",null,738,"MO TRM 2017 vol 3",85,6,"IL TRM v12 vol3",105,"SEER2ee",20.86,"Average efficient SEER2 value from all early replacement units in the 2023 HCHC program tracking data",null,"SEER2base",9.1999999999999993,"IL TRM v12 vol3 (Unknown, installing ductless)",110,"=ROUND((((((BM598*AS598)/CK598*(1/(AF598*(1-CC598))))-((BM598*AS598)*1/(AB598*(1-CC598))))/1000)\n+((((BQ598*AS598*CO598)/CK598*(1/(BA598*BY598*(1-CG598))))-((BQ598*AS598*CO598)*1/(AW598*BY598*(1-CG598))))/1000)),4)","=ROUND(((AS598/CK598*(1/(BI598*(1-CC598)))-(AS598*1/(BE598*(1-CC598))))/1000*O598),4)","IL TRM v12 vol3","107, 108, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,11.01,"HSPF2ee","Average efficient HSPF2 value from all early replacement units in the 2023 HCHC program tracking data",null,4.91,"HSPF2base","IL TRM v12 vol3 (Unknown, installing ductless)",112,12.4,"EER2ee (Ductless Air Source Heat Pump – standard sized)","IL TRM v12 vol3",119,7.4,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","2017 MO TRM, vol 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,1.48,"Equipment size (tons)\n","Average equipment size from all early replacement units in the 2023 HCHC program tracking data",null,0.8,"HSPF2_ClimateAdj (Statewide)","IL TRM v12 vol3",113,0.1,"DeratingCool_Base/Eff","IL TRM v12 vol3",110,0.1,"DeratingHeat_Base/Eff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3 (Statewide weighted average)",109,0.5,"HeatLoadFactor (Default of 32°F, Statewide (Climate Zone) Switchover Temperature)","IL TRM v12 vol3",111,0.03,"Societal Discount Rate","Evergy Standard",null,674,"First Cost $/ton","IL TRM v12 vol3",106,7722,"One-time per-system labor cost","IL TRM v12 vol3",106,{"$f":"-PV(CS598, 6, 0,(DA598 +(CW598*BU598)))/BU598","v":4934.0950850258505},"Deferred cost savings","IL TRM v12 vol3",106]
["PAYS, Fast Track","Heat Pump Ductless Mini Split - Early Replacement (future)",522.20000000000005,"Single Family","HVAC",null,"per ton",0,"IL TRM v12 vol3 / Program Tracking Data",106,{"$f":"ROUND((((((BM599*AS599)/CK599*(1/(AF599*(1-CC599))))-((BM599*AS599)*1/(AB599*(1-CC599))))/1000)\n+((((BQ599*AS599*CO599)/CK599*(1/(BA599*BY599*(1-CG599))))-((BQ599*AS599*CO599)*1/(AW599*BY599*(1-CG599))))/1000)),4)","v":703.80709999999999},"Calculated Value",null,0.95366815718157183,0.72,"IL TRM v12 vol3",107,{"$f":"ROUND(((AS599/CK599*(1/(BI599*(1-CC599)))-(AS599*1/(BE599*(1-CC599))))/1000*O599),4)","v":0.13150000000000001},"Calculated Value",null,738,"MO TRM 2017 vol 3",85,10,"IL TRM v12 vol3",105,"SEER2ee",20.86,"Average efficient SEER2 value from all early replacement  units in the 2023 HCHC program tracking data",null,"SEER2base",14.3,"IL TRM v12 vol3 (Unknown, installing ductless)",110,"=ROUND((((((BM599*AS599)/CK599*(1/(AF599*(1-CC599))))-((BM599*AS599)*1/(AB599*(1-CC599))))/1000)\n+((((BQ599*AS599*CO599)/CK599*(1/(BA599*BY599*(1-CG599))))-((BQ599*AS599*CO599)*1/(AW599*BY599*(1-CG599))))/1000)),4)","=ROUND(((AS599/CK599*(1/(BI599*(1-CC599)))-(AS599*1/(BE599*(1-CC599))))/1000*O599),4)","IL TRM v12 vol3","107, 108, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,11.01,"HSPF2ee","Average efficient HSPF2 value from all early replacement units in the 2023 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 (Unknown, installing ductless)",112,12.4,"EER2ee (Ductless Air Source Heat Pump – standard sized)","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","2017 MO TRM, vol 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,1.48,"Equipment size (tons)\n","Average equipment size from all early replacement units in the 2023 HCHC program tracking data",null,0.8,"HSPF2_ClimateAdj (Statewide)","IL TRM v12 vol3",113,0.1,"DeratingCool_Base/Eff","IL TRM v12 vol3",110,0.1,"DeratingHeat_Base/Eff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3 (Statewide weighted average)",109,0.5,"HeatLoadFactor (Default of 32°F, Statewide (Climate Zone) Switchover Temperature)","IL TRM v12 vol3",111]
["PAYS, Fast Track","Heat Pump Ductless Mini Split - Replace at fail / Time of Sale",20.8,"Single Family","HVAC",null,"per ton",{"$f":"(CW600-CS600)/BU600","v":656.57894736842104},"IL TRM v12 vol3 / Program Tracking Data",106,{"$f":"ROUND((((((BM600*AS600)/CK600*(1/(AF600*(1-CC600))))-((BM600*AS600)*1/(AB600*(1-CC600))))/1000)\n+((((BQ600*AS600*CO600)/CK600*(1/(BA600*BY600*(1-CG600))))-((BQ600*AS600*CO600)*1/(AW600*BY600*(1-CG600))))/1000)),4)","v":683.0444},"Calculated Value",null,0.92553441734417341,0.72,"IL TRM v12 vol3",107,{"$f":"ROUND(((AS600/CK600*(1/(BI600*(1-CC600)))-(AS600*1/(BE600*(1-CC600))))/1000*O600),4)","v":0.13150000000000001},"Calculated Value",null,738,"MO TRM 2017 vol 3",85,16,"IL TRM v12 vol3",105,"SEER2ee",20.54,"Average efficient SEER2 value from all time of sale units in the 2023 HCHC program tracking data",null,"SEER2base",14.3,"IL TRM v12 vol3 (Unknown, installing ductless)",110,"=ROUND((((((BM600*AS600)/CK600*(1/(AF600*(1-CC600))))-((BM600*AS600)*1/(AB600*(1-CC600))))/1000)\n+((((BQ600*AS600*CO600)/CK600*(1/(BA600*BY600*(1-CG600))))-((BQ600*AS600*CO600)*1/(AW600*BY600*(1-CG600))))/1000)),4)","=ROUND(((AS600/CK600*(1/(BI600*(1-CC600)))-(AS600*1/(BE600*(1-CC600))))/1000*O600),4)","IL TRM v12 vol3","107, 108, 118","2025-01-01",null,null,null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,null,10.87,"HSPF2ee","Average efficient HSPF2 value from all time of sale units in the 2023 HCHC program tracking data",null,7.5,"HSPF2base","IL TRM v12 vol3 (Unknown, installing ductless)",112,12.4,"EER2ee (Ductless Air Source Heat Pump – standard sized)","IL TRM v12 vol3",119,10.6,"EER2base","IL TRM v12 vol3",119,738,"EFLHcool","2017 MO TRM, vol 3",85,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",null,1.9,"Equipment size (tons)\n","Average equipment size from all time of sale units in the 2023 HCHC program tracking data",null,0.8,"HSPF2_ClimateAdj (Statewide)","IL TRM v12 vol3",113,0.1,"DeratingCool_Base/Eff","IL TRM v12 vol3",110,0.1,"DeratingHeat_Base/Eff","IL TRM v12 vol3",112,1,"DuctlessSave","IL TRM v12 vol3 (Statewide weighted average)",109,0.5,"HeatLoadFactor (Default of 32°F, Statewide (Climate Zone) Switchover Temperature)","IL TRM v12 vol3",111,2011,"Assumed installation cost (new baseline 80% AFUE furnace)","IL TRM v12 vol3",106,{"$f":"1715*BU600","v":3258.5},"Full install cost (9.9 - 11.6 HSPF2)","IL TRM v12 vol3"]
["PAYS, Fast Track","Heat Pump Water Heaters < 55 gallons; < 2.6 UEF",493.4,"Single Family","Water Heating",null,"per unit",1030,"IL TRM v12 vol 3",250,{"$f":"ROUND(((((1/AF601-1/AB601)*AS601*AW601*365.25*BA601*(BE601-BI601)*BM601)/3412)+CS601-CO601),4)","v":1734.9876999999999},"IL TRM v12 vol3 (algorithm)",251,{"$f":"R601/O601","v":0.68499999999999994},0.12,"IL TRM v12 vol3",257,{"$f":"ROUND(K601/U601*O601,4)","v":8.2199999999999995E-2},"IL TRM v12 vol3",256,2533,"IL TRM v12 vol 3",257,15,"IL TRM v12 vol3",250,"UEFhpwhefficient",2,"Assumed UEF is 2 based on ENERGY STAR Heat Pump Domestic Water heater, < 55 gallon and < 2.6 UEF",null,"UEFbase",{"$f":"0.9307-(0.0002*50)","v":0.92069999999999996},"IL TRM v12 vol3",252,"=ROUND(((((1/AF601-1/AB601)*AS601*AW601*365.25*BA601*(BE601-BI601)*BM601)/3412)+CS601-CO601),4)","=ROUND(K601/U601*O601,4)","IL TRM v12 vol3",251256,"2025-01-01",null,null,null,null,null,17.600000000000001,"GPD (Gallons per day of hot water use per person)","IL TRM v12 vol3",253,2.56,"Average number of  people per household","IL TRM v12 vol3",253,8.33,"Specific weight of water (lb/gallon)","IL TRM v12 vol3",253,125,"Tank temperature (F)","IL TRM v12 vol3",253,50.7,"Incoming water temperature from well or system","IL TRM v12 vol3",253,1,"Heat capacity of water (1 Btu/lb/ F)","IL TRM v12 vol3",253,0.22,"Location Factor - Unknown","IL TRM v12 vol3",253,0.27,"Portion of reduced waste heat that results in cooling savings","IL TRM v12 vol3",254,3.3,"COPCool - Unknown","IL TRM v12 vol3",254,1.33,"Latent multiplier to account for latent cooling demand","IL TRM v12 vol3",254,0.05,"Portion of reduced waste heat that results in increased heating load","IL TRM v12 vol3",254,1.35,"COPHeat - Unknown","IL TRM v12 vol3",254,{"$f":"(AS601*AW601*365.25*BA601*(BE601-BI601)*1/3412)*(1-((1/AB601)*BQ601*CG601/CK601))","v":2972.9984889304051},"ElecHeatImpact = Heating cost from conversion of heat in home to water heat (dependent on heating fuel)\nfrom conversion of heat in home to water heat","IL TRM v12 vol3 (algorithm)",254,{"$f":"(AS601*AW601*365.25*BA601*(BE601-BI601)*1/3412)*(1-((1/AB601)*BQ601*BU601/BY601))","v":2958.2938106474844},"CoolingImpact = Cooling savings from conversion of heat in home to water heat","IL TRM v12 vol3 (algorithm)",253]
["PAYS, Fast Track","Heat Pump Water Heaters < 55 gallons; > 2.6 UEF",494.4,"Single Family","Water Heating",null,"per unit",1199,"IL TRM v12 vol 3",250,{"$f":"ROUND(((((1/AF602-1/AB602)*AS602*AW602*365.25*BA602*(BE602-BI602)*BM602)/3412)+CS602-CO602),4)","v":2456.5524999999998},"IL TRM v12 vol3 (algorithm)",251,{"$f":"R602/O602","v":0.97000000000000008},0.12,"IL TRM v12 vol3",257,{"$f":"ROUND(K602/U602*O602,4)","v":0.1164},"IL TRM v12 vol3",256,2533,"IL TRM v12 vol 3",257,15,"IL TRM v12 vol3",250,"UEFhpwhefficient",4,"Assumed UEF is 2 based on ENERGY STAR Heat Pump Domestic Water heater, < 55 gallon and > 2.6 UEF",null,"UEFbase",{"$f":"0.9299","v":0.92989999999999995},"IL TRM v12 vol3",252,"=ROUND(((((1/AF602-1/AB602)*AS602*AW602*365.25*BA602*(BE602-BI602)*BM602)/3412)+CS602-CO602),4)","=ROUND(K602/U602*O602,4)","IL TRM v12 vol3",251256,"2025-01-01",null,null,null,null,null,17.600000000000001,"GPD (Gallons per day of hot water use per person)","IL TRM v12 vol3",253,2.56,"Average number of  people per household","IL TRM v12 vol3",253,8.33,"Specific weight of water (lb/gallon)","IL TRM v12 vol3",253,125,"Tank temperature (F)","IL TRM v12 vol3",253,50.7,"Incoming water temperature from well or system","IL TRM v12 vol3",253,1,"Heat capacity of water (1 Btu/lb/ F)","IL TRM v12 vol3",253,0.22,"Location Factor - Unknown","IL TRM v12 vol3",253,0.27,"Portion of reduced waste heat that results in cooling savings","IL TRM v12 vol3",254,3.3,"COPCool - Unknown","IL TRM v12 vol3",254,1.33,"Latent multiplier to account for latent cooling demand","IL TRM v12 vol3",254,0.05,"Portion of reduced waste heat that results in increased heating load","IL TRM v12 vol3",254,1.35,"COPHeat - Unknown","IL TRM v12 vol3",254,{"$f":"(AS602*AW602*365.25*BA602*(BE602-BI602)*1/3412)*(1-((1/AB602)*BQ602*CG602/CK602))","v":2979.0793709271015},"ElecHeatImpact = Heating cost from conversion of heat in home to water heat (dependent on heating fuel)\nfrom conversion of heat in home to water heat","IL TRM v12 vol3 (algorithm)",254,{"$f":"(AS602*AW602*365.25*BA602*(BE602-BI602)*1/3412)*(1-((1/AB602)*BQ602*BU602/BY602))","v":2971.7270317856414},"CoolingImpact = Cooling savings from conversion of heat in home to water heat","IL TRM v12 vol3 (algorithm)",253]
["PAYS","Increased Ceiling Insulation - ASHP base (electric heating and cooling)",646.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",{"$f":"948/CC603","v":0.77832512315270941},"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF603-1/AB603)*(1-BE603))*24*AO603*BA603)/AW603)*BI603)+(((((1/AF603-1/AB603)*(1-BE603))*24*AP603)/AS603)),4)","v":0.65610000000000002},"Calculated Value",null,{"$f":"K603/U603","v":8.8902439024390249E-4},0.72,"IL TRM v12 vol3",427,{"$f":"ROUND(((((((1/AF603-1/AB603)*(1-BE603))*24*AO603*BA603)/AW603)*BI603)/U603)*O603,8)","v":5.7979999999999997E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF603-1/AB603)*(1-BE603))*24*AO603*BA603)/AW603)*BI603)+(((((1/AF603-1/AB603)*(1-BE603))*24*AP603)/AS603)),4)","=ROUND(((((((1/AF603-1/AB603)*(1-BE603))*24*AO603*BA603)/AW603)*BI603)/U603)*O603,8)","IL TRM v12 vol3","422, 424, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v12 vol3",424,{"$f":"13.3*1000","v":13300},"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER2 9.5 for units before 2006\nSEER2 12.4 for units after 2007",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",424,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM V12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["PAYS","Increased Ceiling Insulation - CAC with electric resistance base",647.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF604-1/AB604)*(1-BE604)*24*AO604*BA604)/AW604)*BI604)+(((((1/AF604-1/AB604)*(1-BE604))*24*AP604)/AS604)*BM604),4)","v":0.67269999999999996},"Calculated Value",null,9.115176151761517E-4,0.68,"IL TRM v12 vol3",427,{"$f":"ROUND(((((((1/AF604-1/AB604)*(1-BE604))*24*AO604*BA604)/AW604)*BI604)/U604)*O604,8)","v":5.8739999999999997E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF604-1/AB604)*(1-BE604)*24*AO604*BA604)/AW604)*BI604)+(((((1/AF604-1/AB604)*(1-BE604))*24*AP604)/AS604)*BM604),4)","=ROUND(((((((1/AF604-1/AB604)*(1-BE604))*24*AO604*BA604)/AW604)*BI604)/U604)*O604,8)","IL TRM v12 vol3","422, 424, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,3412,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v12 vol3",424,{"$f":"12.4*1000","v":12400},"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER2 9.5 for units before 2006\nSEER2 12.4 for units after 2007",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",424,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM V12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["PAYS","Increased Ceiling Insulation - CAC with gas furnace base",648.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF605-1/AB605)*(1-BE605)*24*AO605*BA605)/AW605)*BI605)+((((1/AF605-1/AB605)*(1-BE605))*24*AP605)/(BY605*100000)*BU605),4)","v":9.8599999999999993E-2},"Calculated Value",null,1.3360433604336043E-4,0.68,"IL TRM v12 vol3",427,{"$f":"ROUND(((((((1/AF605-1/AB605)*(1-BE605))*24*AO605*BA605)/AW605)*BI605)/U605)*O605,8)","v":5.8739999999999997E-5},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF605-1/AB605)*(1-BE605)*24*AO605*BA605)/AW605)*BI605)+((((1/AF605-1/AB605)*(1-BE605))*24*AP605)/(BY605*100000)*BU605),4)","=ROUND(((((((1/AF605-1/AB605)*(1-BE605))*24*AO605*BA605)/AW605)*BI605)/U605)*O605,8)","IL TRM v12 vol3","422, 424, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v12 vol3",424,{"$f":"12.4*1000","v":12400},"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER2 9.5 for units before 2006\nSEER2 12.4 for units after 2007",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",424,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM V12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["PAYS","Increased Ceiling Insulation - Electric furnace/electric resistance base with no cooling",645.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND((((((1/AF606-1/AB606)*(1-BE606))*24*AP606)/AS606)*BM606),4)","v":0.60899999999999999},"Calculated Value",null,8.2520325203252034E-4,"-","IL TRM v12 vol3",427,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND((((((1/AF606-1/AB606)*(1-BE606))*24*AP606)/AS606)*BM606),4)","=ROUND(0,8)","IL TRM v12 vol3","422, 424, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,3412,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v12 vol3",424,{"$f":"12.4*1000","v":12400},"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER2 9.5 for units before 2006\nSEER2 12.4 for units after 2007",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",424,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM V12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["PAYS","Increased Ceiling Insulation - Gas furnace base with no cooling",649.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.77832512315270941,"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF607-1/AB607)*(1-BE607))*24*AP607)/(BY607*100000)*BU607),4)","v":3.4799999999999998E-2},"Calculated Value",null,4.7154471544715441E-5,"-","IL TRM v12 vol3",427,{"$f":"ROUND(0,8)","v":0},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM",122,30,"IL TRM v12 vol3",421,"Final R-value",31.99,"Average installed R-value in the 2022 HCHC program tracking data.",null,"Previous R-value",16.687667999999999,"Average existing R-value in the 2022 HCHC program tracking data.",null,"=ROUND(((((1/AF607-1/AB607)*(1-BE607))*24*AP607)/(BY607*100000)*BU607),4)","=ROUND(0,8)","IL TRM v12 vol3","422, 424, 427","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,{"$f":"1.62*3412","v":5527.4400000000005},"Heating Coefficient: COP * 3,412\nCOP = 1.44 for units before 2006\nCOP = 1.62 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v12 vol3",424,{"$f":"12.4*1000","v":12400},"Cooling Coefficient","IL TRM v12 vol3: SEER2 * 1,000.  \nSEER2 9.5 for units before 2006\nSEER2 12.4 for units after 2007",423,0.75,"DUA: Discretionary Use Adjustment","IL TRM v12 vol3",423,7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v12 vol3",422,1.1399999999999999,"ADJ_AtticCool: adjustment for cooling savings from basement wall insulation","IL TRM v12 vol3",424,0.63,"ADJ_AtticElectricHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",425,1.1299999999999999,"ADJ_AtticHeatFan: adjustment for wall and attic insulation","IL TRM V12 vol3",426,0.76,"ADJ_AtticGasHeat: adjustment for wall and attic insulation","IL TRM v12 vol3",429,0.72,"nHeat","IL TRM v12 vol3",429,1218,"Square footage installed","Average square footage of installed ceiling insulation in the 2022 HCHC program data"]
["PAYS","Insulation - Basement Sidewall - CAC with electric resistance base",833,"Single Family","HVAC - Shell",null,"per sq ft (basement area)",{"$f":"428.650274695351/500","v":0.85730054939070199},"Program Tracking Data, with 50% co-delivery costs shared with Spire Missouri",null,{"$f":"ROUND(((((1/AF608-1/(AF608+AB608))*(1-AS608)*24*AO608*AW608)/(1000*BA608))*BE608*BI608)+\n((((((1/AF608-1/(AF608+AB608))*(1-AS608))+((1/(AF608+BU608)-1/(BU608+AF608+AB608))*(1-AS608)))*24*AP608)/(3412*BM608))*BQ608*BY608) +\n(((((((1/AF608-1/(AF608+AB608))*(1-AS608))+((1/(AF608+BU608)-1/(BU608+AF608+AB608))*(1-AS608)))*24*AP608)/(100000*BM608))*BQ608*CC608)*CG608*29.3), 4)","v":8.1236999999999995},"Calculated Value",null,{"$f":"ROUND(((((1/AF608-1/(AF608+AB608))*(1-AS608)*24*AO608*AW608)/(1000*BA608))*BE608*BI608)/U608, 4)","v":5.9999999999999995E-4},0.68,"IL TRM v12 vol3",398,{"$f":"ROUND(N608*O608, 4)","v":4.0000000000000002E-4},"Calculated Value",null,738,"EFLHcool, from 2017 MO TRM Vol. 3",null,30,"IL TRM v12 vol3",392,"R-value Added",13,"IL TRM v12 vol3",397,"Previous R-value",2.25,"IL TRM v12 vol3",397,"=ROUND(((((1/AF608-1/(AF608+AB608))*(1-AS608)*24*AO608*AW608)/(1000*BA608))*BE608*BI608)+\n((((((1/AF608-1/(AF608+AB608))*(1-AS608))+((1/(AF608+BU608)-1/(BU608+AF608+AB608))*(1-AS608)))*24*AP608)/(3412*BM608))*BQ608*BY608) +\n(((((((1/AF608-1/(AF608+AB608))*(1-AS608))+((1/(AF608+BU608)-1/(BU608+AF608+AB608))*(1-AS608)))*24*AP608)/(100000*BM608))*BQ608*CC608)*CG608*29.3), 4)","=ROUND(N608*O608, 4)","IL TRM v12 vol3","393, 395, 398","2025-01-01",null,1445,5155,"MO TRM and Navigant Analysis",null,0.25,"Framing_factor","IL TRM v12 vol3",394,0.75,"DUA","IL TRM v12 vol3",394,12.4,"n_cool","IL TRM v12 vol3",395,0.75,"ADJ_BasementCool","IL TRM v12 vol3",395,1,"%Cool","IL TRM v12 vol3",395,1,"n_Heat","IL TRM v12 vol3",396,0.63,"ADJ_BasementHeat","IL TRM v12 vol3",397,6.42,"R_added","IL TRM v12 vol3",397,1,"%ElectricHeat","IL TRM v12 vol3",397,0,"%FossilHeat","IL TRM v12 vol3",400,3.1399999999999997E-2,"Fe","IL TRM v12 vol3",397]
["PAYS","LED Nightlights",499.3,"Single Family","Lighting",null,"per unit",3.35,"IL TRM v12 vol 3",346,{"$f":"ROUND(((AS609-AW609)/1000)*BA609*U609*BI609,4)","v":30.4846},"IL TRM v12 vol 3 (algorithm)",346,{"$f":"IF(R609=0,0,R609/O609)","v":0},0,"IL TRM v12 vol3",349,{"$f":"ROUND((AS609-AW609)/1000*BA609*BM609*O609,4)","v":0},"IL TRM v12 vol3",349,4380,"IL TRM v12 vol3",347,8,"IL TRM v12 vol3",346,"LED nightlight",{"$f":"AW609","v":0.3},"Spec sheet (as reported by implementer)",347,"Incandescent/halogen nightlight",{"$f":"AS609","v":7},"IL TRM v12 vol3",346,"=ROUND(((AS609-AW609)/1000)*BA609*U609*BI609,4)","=ROUND((AS609-AW609)/1000*BA609*BM609*O609,4)","IL TRM v12 vol3",346349,"2025-01-01",null,null,null,null,null,7,"WattBase","IL TRM v12 vol3",346,0.3,"WattEE","Spec sheet (as reported by implementer)",347,0.98,"ISR - In Service Rate","IL TRM v12 vol3",347,null,null,null,null,1.06,"WHFe: Waste heat factor","IL TRM v12 vol3 (Interior single family)",347,0.49,"Heating factor","IL TRM v12 vol3",349,1.28,"Efficiency of heating system - Unknown","IL TRM v12 vol3",348,1.1100000000000001,"WHFd: Waste heat factor for demand","IL TRM v12 vol3 (Interior single family)",349]