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{"sheet":"Appendix 8.3 - TRM Spreadsheet","index":0,"n_rows":393,"n_cols":84,"rows_kept":393,"cut":false,"hidden":false,"merged":[[0,33,0,34],[3,24,3,25],[0,21,0,22],[3,0,3,6],[3,7,3,17],[3,18,3,22],[3,26,3,27],[3,28,3,83]]}
["Appendix 8.3 - KCP&L Technical Resource Manual"]
[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"]
[]
["Measure Description",null,null,null,null,null,null,"Gross Measure Values",null,null,null,null,null,null,null,null,null,null,"Efficiency Values",null,null,null,null,null,"Algorithms",null,"Start/End Dates",null,"Quantities"]
["Program","Measure Name","Primary Key","Segment","End Use","Notes","Unit Definition","Incremental Measure Cost ($/Unit)","Electric Energy Savings (Annual kWh/unit)","Electric Energy Savings (Annual kWh/unit) Source","Nameplate Demand Savings (kW/unit)","Peak Coincidence Factor","Peak Coincident Factor Source","Coincident Peak Demand Savings (kW/unit)","Coincident Peak Demand Savings (kW/unit) Source","Annual Operating Hours","Annual Operating Hours Source","Measure Life (Years)","Measure Definition","Measure Efficiency Value","Measure Efficiency Value Source","Baseline Definition","Baseline Efficiency Value","Baseline Efficiency Value Source","Electric Energy Savings Algorithm","Electric Demand Savings Algorithm","Effective Start Date","Effective End Date","Cooling Degree Days (CDD)","Heating Degree Days (HDD)","Quantity 1","Quantity 1 Description","Quantity 1 Source","Quantity 2","Quantity 2 Description","Quantity 2 Source","Quantity 3","Quantity 3 Description","Quantity 3 Source","Quantity 4","Quantity 4 Description","Quantity 4 Source","Quantity 5","Quantity 5 Description","Quantity 5 Source","Quantity 6","Quantity 6 Description","Quantity 6 Source","Quantity 7","Quantity 7 Description","Quantity 7 Source","Quantity 8","Quantity 8 Description","Quantity 8 Source","Quantity 9","Quantity 9 Description","Quantity 9 Source","Quantity 10","Quantity 10 Description","Quantity 10 Source","Quantity 11","Quantity 11 Description","Quantity 11 Source","Quantity 12","Quantity 12 Description","Quantity 12 Source","Quantity 13","Quantity 13 Description","Quantity 13 Source","Quantity 14","Quantity 14 Description","Quantity 14 Source","Quantity 15","Quantity 15 Description","Quantity 15 Source","Quantity 16","Quantity 16 Description","Quantity 16 Source","Quantity 17","Quantity 17 Description","Quantity 17 Source","Quantity 18","Quantity 18 Description","Quantity 18 Source"]
["Energy Saving Products","Screw In - LEDs",2.1,"All","Lighting",null,"per lamp",3.93,{"$f":"ROUND(($W6-$T6)/1000*$P6*$AE6*$AK6,4)","v":28.2745},"IL TRM v5",{"$f":"I6/P6","v":3.366011904761905E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W6-$T6)/1000*L6*$AH6*$AK6,4)","v":2.8E-3},"IL TRM v5",840,"IL TRM v5",10,"Screw In - LEDs",9.2899999999999991,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I6)","v":"=ROUND(($W6-$T6)/1000*$P6*$AE6*$AK6,4)"},{"$f":"cellformula(N6)","v":"=ROUND(($W6-$T6)/1000*L6*$AH6*$AK6,4)"},"2018-04-01",null,null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Energy Saving Products","Screw In - Specialty LEDs",244,"All","Lighting",null,"per lamp",7.39,{"$f":"ROUND((W7-T7)/1000*P7*AE7*AK7,4)","v":29.029399999999999},"IL TRM v5",{"$f":"I7/P7","v":3.4558809523809519E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W7-$T7)/1000*L7*$AH7*$AK7,4)","v":2.8999999999999998E-3},"IL TRM v5",840,"IL TRM v5",10,"Screw In - Specialty LEDs",8.39,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I7)","v":"=ROUND((W7-T7)/1000*P7*AE7*AK7,4)"},{"$f":"cellformula(N7)","v":"=ROUND(($W7-$T7)/1000*L7*$AH7*$AK7,4)"},"2018-04-01","2019-03-31",null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Energy Saving Products","Screw In - Specialty LEDs",244.1,"All","Lighting",null,"per lamp",7.39,{"$f":"ROUND((W8-T8)/1000*P8*AE8*AK8,4)","v":34.075000000000003},"IL TRM v5",{"$f":"I8/P8","v":3.4558823529411767E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W8-$T8)/1000*L8*$AH8*$AK8,4)","v":2.8999999999999998E-3},"IL TRM v5",986,"IL TRM v5",10,"Screw In - Specialty LEDs",8.39,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I8)","v":"=ROUND((W8-T8)/1000*P8*AE8*AK8,4)"},{"$f":"cellformula(N8)","v":"=ROUND(($W8-$T8)/1000*L8*$AH8*$AK8,4)"},"2019-04-01",null,null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Energy Saving Products","Dehumidifiers",270,"All","Misc",null,"per unit",60,{"$f":"ROUND(140,4)","v":140},"IL TRM v6",null,0.37,"IL TRM v6",{"$f":"ROUND(0.032,4)","v":3.2000000000000001E-2},"IL TRM v6",1632,"IL TRM v6",12,"Dehumidifier that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR dehumidifier",null,null,{"$f":"cellformula(I9)","v":"=ROUND(140,4)"},{"$f":"cellformula(N9)","v":"=ROUND(0.032,4)"},"2019-04-01"]
["Energy Saving Products","Room AC Units",271,"All","HVAC",null,"per unit",40,{"$f":"ROUND((AE10*AH10*((1/AK10)-(1/AN10)))/1000,4)","v":14.6387},"IL TRM v6",null,0.3,"IL TRM v6",{"$f":"ROUND(AH10*(((1/(AK10*1.01))-(1/(AN10*1.01))))/1000*L10,4)","v":1.0200000000000001E-2},"IL TRM v6",428,"IL TRM v6",12,"Room AC unit that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR room AC",null,null,{"$f":"cellformula(I10)","v":"=ROUND((AE10*AH10*((1/AK10)-(1/AN10)))/1000,4)"},{"$f":"cellformula(N10)","v":"=ROUND(AH10*(((1/(AK10*1.01))-(1/(AN10*1.01))))/1000*L10,4)"},"2019-04-01",null,null,null,428,"FLH_RoomAC","IL TRM v6",8500,"Btu/H","IL TRM v6",10.9,"CEERbase","IL TRM v6",11.4,"CEERee","IL TRM v6"]
["Energy Saving Products","Room Air Purifiers - CADR 51-100",272,"All","Misc",null,"per unit",70,{"$f":"ROUND(AE11-AH11,4)","v":293},"IL TRM v6",null,0.66700000000000004,"IL TRM v6",{"$f":"ROUND(I11/P11*L11,4)","v":3.3399999999999999E-2},"IL TRM V6",5844,"IL TRM v6",9,"Air purifier that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR air purifier",null,null,{"$f":"cellformula(I11)","v":"=ROUND(AE11-AH11,4)"},{"$f":"cellformula(N11)","v":"=ROUND(I11/P11*L11,4)"},"2019-04-01",null,null,null,441,"Baseline Unit Energy Consumption","IL TRM v6",148,"Energy Star Unit Energy Consumption","IL TRM v6"]
["Energy Saving Products","Room Air Purifiers - CADR 101-150",412,"All","Misc",null,"per unit",70,{"$f":"ROUND(AE12-AH12,4)","v":488},"IL TRM v6",null,0.66700000000000004,"IL TRM v6",{"$f":"ROUND(I12/P12*L12,4)","v":5.57E-2},"IL TRM V6",5844,"IL TRM v6",9,"Air purifier that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR air purifier",null,null,"=ROUND(AE12-AH12,4)","=ROUND(I12/P12*L12,4)","2019-04-01",null,null,null,733,"Baseline Unit Energy Consumption","IL TRM v6",245,"Energy Star Unit Energy Consumption","IL TRM v6"]
["Energy Saving Products","Room Air Purifiers - CADR 151-200",413,"All","Misc",null,"per unit",70,683,"IL TRM v6",null,0.66700000000000004,"IL TRM v6",7.8E-2,"IL TRM V6",5844,"IL TRM v6",9,"Air purifier that meets ENERGY STAR criteria","  ",null,"Non-ENERGY STAR air purifier",null,null,"=ROUND(AE13-AH13,4)","=ROUND(I13/P13*L13,4)","2019-04-01",null,null,null,1025,"Baseline Unit Energy Consumption","IL TRM v6",342,"Energy Star Unit Energy Consumption","IL TRM v6"]
["Energy Saving Products","Room Air Purifiers - CADR 201-250",414,"All","Misc",null,"per unit",70,877,"IL TRM v6",null,0.66700000000000004,"IL TRM v6",0.10009999999999999,"IL TRM V6",5844,"IL TRM v6",9,"Air purifier that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR air purifier",null,null,"=ROUND(AE14-AH14,4)","=ROUND(I14/P14*L14,4)","2019-04-01",null,null,null,1317,"Baseline Unit Energy Consumption","IL TRM v6",440,"Energy Star Unit Energy Consumption","IL TRM v6"]
["Energy Saving Products","Room Air Purifiers - CADR Over 250",415,"All","Misc",null,"per unit",70,1169,"IL TRM v6",null,0.66700000000000004,"IL TRM v6",0.13339999999999999,"IL TRM V6",5844,"IL TRM v6",9,"Air purifier that meets ENERGY STAR criteria"," ",null,"Non-ENERGY STAR air purifier",null,null,"=ROUND(AE15-AH15,4)","=ROUND(I15/P15*L15,4)","2019-04-01",null,null,null,1755,"Baseline Unit Energy Consumption","IL TRM v6",586,"Energy Star Unit Energy Consumption","IL TRM v6"]
["Energy Saving Products","Smart Thermostat - ASHP heating / cooling SF",273,"Single Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE16*AH16*AK16*AN16*AQ16)+(AT16*((AW16*AZ16*(1/BC16))/1000)*BF16*AQ16),4)","v":862.72379999999998},"IL TRM V6",null,0.34,"IL TRM v6",{"$f":"ROUND(AT16*(BF16*AZ16*(1/BI16))/1000*AQ16*L16,4)","v":9.2999999999999999E-2},"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,{"$f":"cellformula(I16)","v":"=ROUND((AE16*AH16*AK16*AN16*AQ16)+(AT16*((AW16*AZ16*(1/BC16))/1000)*BF16*AQ16),4)"},{"$f":"cellformula(N16)","v":"=ROUND(AT16*(BF16*AZ16*(1/BI16))/1000*AQ16*L16,4)"},"2019-04-01",null,null,null,1,"%ElectricHeat","IL TRM v6",8072,"Elec_Heating_Consumption","IL TRM v6",7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",1,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.87,"%AC","IL TRM v6",1035,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",9.1199999999999992,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.5500000000000007,"EER","IL TRM v6"]
["Energy Saving Products","Smart Thermostat - ASHP heating / cooling MF",416,"Multi-Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE17*AH17*AK17*AN17*AQ17)+(AT17*((AW17*AZ17*(1/BC17))/1000)*BF17*AQ17),4)","v":515.70740000000001},"IL TRM V6",null,0.34,"IL TRM v6",4.9200000000000001E-2,"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,"=ROUND((AE17*AH17*AK17*AN17*AQ17)+(AT17*((AW17*AZ17*(1/BC17))/1000)*BF17*AQ17),4)","=ROUND(AT17*(BF17*AZ17*(1/BI17))/1000*AQ17*L17,4)","2019-04-01",null,null,null,1,"%ElectricHeat","IL TRM v6",8072,"Elec_Heating_Consumption","IL TRM v6",7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",0.65,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.46,"%AC","IL TRM v6",940,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",9.1199999999999992,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.5500000000000007,"EER","IL TRM v6"]
["Energy Saving Products","Smart Thermostat - electric furnace heating / CAC SF",417,"Single Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE18*AH18*AK18*AN18*AQ18)+(AT18*((AW18*AZ18*(1/BC18))/1000)*BF18*AQ18),4)","v":1296.8710000000001},"IL TRM V6",null,0.34,"IL TRM v6",9.7600000000000006E-2,"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,"=ROUND((AE18*AH18*AK18*AN18*AQ18)+(AT18*((AW18*AZ18*(1/BC18))/1000)*BF18*AQ18),4)","=ROUND(AT18*(BF18*AZ18*(1/BI18))/1000*AQ18*L18,4)","2019-04-01",null,null,null,1,"%ElectricHeat","IL TRM v6",13722,"Elec_Heating_Consumption","IL TRM v6",7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",1,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.87,"%AC","IL TRM v6",1035,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",8.6,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.15,"EER","IL TRM v6"]
["Energy Saving Products","Smart Thermostat - electric furnace heating / CAC MF",418,"Multi-Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE19*AH19*AK19*AN19*AQ19)+(AT19*((AW19*AZ19*(1/BC19))/1000)*BF19*AQ19),4)","v":795.17830000000004},"IL TRM V6",null,0.34,"IL TRM v6",5.16E-2,"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,"=ROUND((AE19*AH19*AK19*AN19*AQ19)+(AT19*((AW19*AZ19*(1/BC19))/1000)*BF19*AQ19),4)","=ROUND(AT19*(BF19*AZ19*(1/BI19))/1000*AQ19*L19,4)","2019-04-01",null,null,null,1,"%ElectricHeat","IL TRM v6",13722,"Elec_Heating_Consumption","IL TRM v6",7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",0.65,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.46,"%AC","IL TRM v6",940,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",8.6,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.15,"EER","IL TRM v6"]
["Energy Saving Products","Smart Thermostat - Gas Heated / CAC SF",419,"Single Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE20*AH20*AK20*AN20*AQ20)+(BO20*BL20*29.3)+(AT20*((AW20*AZ20*(1/BC20))/1000)*BF20*AQ20),4)","v":326.64909999999998},"IL TRM V6",null,0.34,"IL TRM v6",9.7600000000000006E-2,"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,{"$f":"cellformula(I20)","v":"=ROUND((AE20*AH20*AK20*AN20*AQ20)+(BO20*BL20*29.3)+(AT20*((AW20*AZ20*(1/BC20))/1000)*BF20*AQ20),4)"},{"$f":"cellformula(N20)","v":"=ROUND(AT20*(BF20*AZ20*(1/BI20))/1000*AQ20*L20,4)"},"2019-04-01",null,null,null,0,"%ElectricHeat","IL TRM v6",null,null,null,7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",1,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.87,"%AC","IL TRM v6",1035,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",8.6,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.15,"EER","IL TRM v6",3.1399999999999997E-2,"Fe","IL TRM V6",{"$f":"BR20*BU20*AK20*AN20*AQ20","v":49.135999999999996},"Therms difference","IL TRM V6",1,"%FossilHeat","IL TRM V6",664,"Gas Heating Consumption","IL TRM V6"]
["Energy Saving Products","Smart Thermostat - Gas Heated / CAC MF",420,"Multi-Family","HVAC",null,"per unit",175,{"$f":"ROUND((AE21*AH21*AK21*AN21*AQ21)+(BO21*BL21*29.3)+(AT21*((AW21*AZ21*(1/BC21))/1000)*BF21*AQ21),4)","v":164.5341},"IL TRM V6",null,0.34,"IL TRM v6",5.16E-2,"IL TRM v6",null,null,10,"Smart thermostat",null,null,"Actual thermostat replaced by smart thermostat, or 44% programmable and 56% manual thermostats may \nbe assumed"," ",null,"=ROUND((AE21*AH21*AK21*AN21*AQ21)+(BO21*BL21*29.3)+(AT21*((AW21*AZ21*(1/BC21))/1000)*BF21*AQ21),4)","=ROUND(AT21*(BF21*AZ21*(1/BI21))/1000*AQ21*L21,4)","2019-04-01",null,null,null,0,"%ElectricHeat","IL TRM v6",null,null,null,7.3999999999999996E-2,"Heating_Reduction","IL TRM v6",0.65,"HF","IL TRM v6",1,"Eff_ISR","IL TRM v6",0.46,"%AC","IL TRM v6",940,"FLH","IL TRM v6",33600,"BTU/hr","IL TRM v6",8.6,"SEER","IL TRM v6",0.08,"Cooling_Reduction","IL TRM v6",8.15,"EER","IL TRM v6",3.1399999999999997E-2,"Fe","IL TRM V6",{"$f":"BR21*BU21*AK21*AN21*AQ21","v":31.938399999999998},"Therms difference","IL TRM V6",1,"%FossilHeat","IL TRM V6",664,"Gas Heating Consumption","IL TRM V6"]
["Energy Saving Products","Smart Power Strip - Wh7-Plug",312,"All","Electronics",null,"per unit",16,{"$f":"ROUND(103,4)","v":103},"IL TRM v6",{"$f":"ROUND(I22/P22,4)","v":1.44E-2},0.8,"IL TRM v6",{"$f":"ROUND(I22/P22*L22,4)","v":1.1599999999999999E-2},"IL TRM v6",7129,"IL TRM v6",5,"Smart strip",null,null,"Standard outlet strip",null,null,{"$f":"cellformula(I22)","v":"=ROUND(103,4)"},{"$f":"cellformula(N22)","v":"=ROUND(I22/P22*L22,4)"},"2019-04-01"]
["Energy Saving Products","ENERGY STAR Refrigerators",399,"All","Appliances",null,"per unit",40,{"$f":"ROUND(AE23-AH23,4)","v":43.14},"IL TRM v6",null,null,null,{"$f":"ROUND(I23/P23*AN23*AQ23,4)","v":6.4999999999999997E-3},"IL TRM v6",8766,"IL TRM v6",12,"A refrigerator meeting the efficiency specifications of Energy Star"," ",null,"A refrigerator meeting the minimum federal efficiency standard for refrigerator efficiency"," ",null,{"$f":"cellformula(I23)","v":"=ROUND(AE23-AH23,4)"},{"$f":"cellformula(N23)","v":"=ROUND(I23/P23*AN23*AQ23,4)"},"2019-04-01",null,null,null,{"$f":"7.99*AK23+225","v":431.14200000000005},"Federal Baseline Maximum Energy Usage in kWh/year","IL TRM v6",{"$f":"7.19*AK23+202.5","v":388.00200000000001},"Federal Energy Star Maximum Energy Usage in kWh/YEAR","IL TRM v6",25.8,"Adjusted volume","IL TRM v6",1.25,"Temperature Adjustment Factor","IL TRM v6",1.0569999999999999,"Load Shape Adjustment Factor","IL TRM v6"]
["Energy Saving Products","ENERGY STAR Freezers",400,"All","Appliances",null,"per unit",35,{"$f":"ROUND(AE24-AH24,4)","v":34.330500000000001},"IL TRM v6",null,0.95,"IL TRM v6",{"$f":"ROUND(I24/P24*L24,4)","v":5.4999999999999997E-3},"IL TRM v6",5890,"IL TRM v6",11,"A freezer meeting the efficiency specifications of Energy Star "," ",null,"A freezer meeting the federal minimum standard efficiency"," ",null,{"$f":"cellformula(I24)","v":"=ROUND(AE24-AH24,4)"},{"$f":"cellformula(N24)","v":"=ROUND(I24/P24*L24,4)"},"2019-04-01",null,null,null,{"$f":"8.62*AK24+228.3","v":343.87265000000002},"Federal Baseline Maximum Energy Usage in kWh/year","IL TRM v6",{"$f":"7.76*AK24+205.5","v":309.54219999999998},"Federal Energy Star Maximum Energy Usage in kWh/YEAR","IL TRM v6",{"$f":"1.73*7.75","v":13.407500000000001},"Adjusted volume","IL TRM v6"]
["Energy Saving Products","LED String Lights",401,"All","Lighting",null,"per unit",10,{"$f":"ROUND((W25-T25)/1000*AE25*AH25*P25,4)","v":29.751799999999999},"Minnesota TRM",null,0,"Minnesota TRM",{"$f":"ROUND(0,4)","v":0},"Minnesota TRM",150,"Minnesota TRM",8,"LED string lights",{"$f":"50%*0.043+25%*2+25%*0.48","v":0.64149999999999996},"Minnesota TRM","Incandescent holiday light strings",{"$f":"50%*0.45+25%*7+25%*6","v":3.4750000000000001},"Minnesota TRM",{"$f":"cellformula(I25)","v":"=ROUND((W25-T25)/1000*AE25*AH25*P25,4)"},{"$f":"cellformula(N25)","v":"=ROUND(0,4)"},"2019-04-01",null,null,null,1,"Number of light strings","Minnesota TRM",70,"Number of lights in string","Minnesota TRM"]
["Energy Saving Products","SMART Home Products (Alexa, Google Home, etc.)",402,"Single Family","Misc",null,"per unit",440.96292857142862,{"$f":"ROUND(1305.85412860453,4)","v":1305.8541},"Southwestern Utility Program"," ",null,null,{"$f":"ROUND(0,4)","v":0},"Southwestern Utility Program"," ",null,8,"Smart Home Products",null,null,"No Smart Home Products",null,null,{"$f":"cellformula(I26)","v":"=ROUND(1305.85412860453,4)"},{"$f":"cellformula(N26)","v":"=ROUND(0,4)"},"2019-04-01"]
["Energy Saving Products","ENERGY STAR Pool Pump and motor w/ auto controls - multi speed",403,"All","Misc",null,"per unit",235,{"$f":"ROUND(((AE27*AH27*60)/AK27-((AN27*AQ27*60)/AT27+(AW27*AZ27*60)/BC27))/1000*BF27,4)","v":1596.0278000000001},"IL TRM v6",{"$f":"ROUND(BI27/AE27-BL27/BO27,4)","v":1.3765000000000001},0.83099999999999996,"IL TRM v6",{"$f":"ROUND((BI27/AE27-BL27/BO27)*L27,4)","v":1.1438999999999999},null,null,null,10,"Two speed pool pump",null,null,"Single speed residential pool pump",null,null,{"$f":"cellformula(I27)","v":"=ROUND(((AE27*AH27*60)/AK27-((AN27*AQ27*60)/AT27+(AW27*AZ27*60)/BC27))/1000*BF27,4)"},{"$f":"cellformula(N27)","v":"=ROUND((BI27/AE27-BL27/BO27)*L27,4)"},"2019-04-01",null,null,null,11.4,"Hours/Daybase","IL TRM v6",64.400000000000006,"GPMbase","IL TRM v6",2.1,"EFbase","IL TRM v6",2,"Hours/Day2spH","IL TRM v6",56,"GPM2spH","IL TRM v6",2.4,"EF2spH","IL TRM v6",15.7,"Hours/Day2spL","IL TRM v6",31,"GPM2spL","IL TRM v6",5.4,"EF2spL","IL TRM v6",125,"Days","IL TRM v6",20.98,"kWh/daybase","IL TRM v6",8.2100000000000009,"kWh/day2sp","IL TRM v6",17.7,"Hours/day2sp","IL TRM v6"]
["Energy Saving Products","ENERGY STAR VFDs on Residential Swimming Pool Pumps",404,"All","Misc",null,"per unit",549,{"$f":"ROUND(((AE28*AH28*60)/AK28-((AN28*AQ28*60)/AT28+(AW28*AZ28*60)/BC28))/1000*BF28,4)","v":1921.6179},"IL TRM v6",{"$f":"ROUND((BI28/AE28)-(BL28/BO28),4)","v":1.5291999999999999},0.83099999999999996,"IL TRM v6",{"$f":"ROUND(((BI28/AE28)-(BL28/BO28))*L28,4)","v":1.2707999999999999},null,null,null,10,"Variable speed pool pump",null,null,"Single speed residential pool pump",null,null,{"$f":"cellformula(I28)","v":"=ROUND(((AE28*AH28*60)/AK28-((AN28*AQ28*60)/AT28+(AW28*AZ28*60)/BC28))/1000*BF28,4)"},{"$f":"cellformula(N28)","v":"=ROUND(((BI28/AE28)-(BL28/BO28))*L28,4)"},"2019-04-01",null,null,null,11.4,"Hours/Daybase","IL TRM v6",64.400000000000006,"GPMbase","IL TRM v6",2.1,"EFbase","IL TRM v6",2,"Hours/DayvsH","IL TRM v6",50,"GPMvsH","IL TRM v6",3.8,"EFvsH","IL TRM v6",16,"Hours/DayvsL","IL TRM v6",30.6,"GPMvsL","IL TRM v6",7.3,"EFvsL","IL TRM v6",125,"Days","IL TRM v6",20.98,"kWh/daybase","IL TRM v6",5.6,"kWh/dayvar","IL TRM v6",18,"Hours/dayvar","IL TRM v6"]
["Heating, Cooling & Weatherization","Screw In - LEDs",8.1999999999999993,"Single Family","Lighting","Kits","per lamp",3.93,{"$f":"ROUND(($W29-$T29)/1000*$P29*$AE29*$AK29,4)","v":28.2745},"IL TRM v5",{"$f":"I29/P29","v":3.366011904761905E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W29-$T29)/1000*L29*$AH29*$AK29,4)","v":2.8E-3},"IL TRM v5",840,"IL TRM v5",10,"Screw In - LEDs",9.2899999999999991,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I29)","v":"=ROUND(($W29-$T29)/1000*$P29*$AE29*$AK29,4)"},{"$f":"cellformula(N29)","v":"=ROUND(($W29-$T29)/1000*L29*$AH29*$AK29,4)"},"2018-04-01","2019-03-31",null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Heating, Cooling & Weatherization","Screw In - LEDs",8.3000000000000007,"Single Family","Lighting","Kits","per lamp",3.93,{"$f":"ROUND(($W30-$T30)/1000*$P30*$AE30*$AK30,4)","v":28.510100000000001},"IL TRM v5",{"$f":"I30/P30","v":3.3660094451003542E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W30-$T30)/1000*L30*$AH30*$AK30,4)","v":2.8E-3},"IL TRM v5",847,"IL TRM v5",10,"Screw In - LEDs",9.2899999999999991,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I30)","v":"=ROUND(($W30-$T30)/1000*$P30*$AE30*$AK30,4)"},{"$f":"cellformula(N30)","v":"=ROUND(($W30-$T30)/1000*L30*$AH30*$AK30,4)"},"2019-04-01",null,null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Heating, Cooling & Weatherization","Low Flow Faucet Aerator-Bathroom",245,"Single Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W31-T31)*AH31*AK31*365.25)*AE31*AN31,4)","v":25.153300000000002},"IL TRM v5",{"$f":"I31/P31","v":1.7966642857142858},2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W31-T31)*AH31*AK31*365.25)*AE31*AN31)/P31*L31,4)","v":3.95E-2},"IL TRM v5",14,"IL TRM v5",9,"Low Flow (GPM)",1.5,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline",{"$f":"cellformula(I31)","v":"=ROUND(((W31-T31)*AH31*AK31*365.25)*AE31*AN31,4)"},{"$f":"cellformula(N31)","v":"=ROUND((((W31-T31)*AH31*AK31*365.25)*AE31*AN31)/P31*L31,4)"},"2018-04-01","2019-03-31",null,null,7.9500000000000001E-2,"kWh per gallon hot water, bathroom","IL TRM v5",0.50883392226148416,"Faucet Coefficient, Bathroom: Minutes/day * Drain Factor / Faucets per Household","IL TRM v5",2.56,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Heating, Cooling & Weatherization","Low Flow Faucet Aerator-Bathroom",245.1,"Single Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W32-T32)*AH32*AK32*365.25)*AE32*AN32,4)","v":43.119900000000001},"IL TRM v5",3.0799928571428574,2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W32-T32)*AH32*AK32*365.25)*AE32*AN32)/P32*L32,4)","v":6.7799999999999999E-2},"IL TRM v5",14,"IL TRM v5",9,"Low Flow (GPM)",1,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline",{"$f":"cellformula(I32)","v":"=ROUND(((W32-T32)*AH32*AK32*365.25)*AE32*AN32,4)"},{"$f":"cellformula(N32)","v":"=ROUND((((W32-T32)*AH32*AK32*365.25)*AE32*AN32)/P32*L32,4)"},"2019-04-01",null,null,null,7.9500000000000001E-2,"kWh per gallon hot water, bathroom","IL TRM v5",0.50883392226148416,"Faucet Coefficient, Bathroom: Minutes/day * Drain Factor / Faucets per Household","IL TRM v5",2.56,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Heating, Cooling & Weatherization","Low Flow Faucet Aerator-Kitchen",246,"Single Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W33-T33)*AH33*AK33*365.25)*AE33*AN33,4)","v":203.35239999999999},"IL TRM v5",2.1633234042553191,2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W33-T33)*AH33*AK33*365.25)*AE33*AN33)/P33*L33,4)","v":4.7600000000000003E-2},"IL TRM v5",94,"IL TRM v5",9,"Low Flow (GPM)",1.5,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline","=ROUND(((W33-T33)*AH33*AK33*365.25)*AE33*AN33,4)","=ROUND((((W33-T33)*AH33*AK33*365.25)*AE33*AN33)/P33*L33,4)","2018-04-01",null,null,null,9.69E-2,"kWh per gallon hot water, kitchen","IL TRM v5",3.375,"Faucet Coefficient, Kitchen","IL TRM v5",2.56,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Heating, Cooling & Weatherization","Pipe Insulated",10.1,"Single Family","Hot Water","Kits","per unit",18,{"$f":"ROUND(((((AE34*PI()*AK34)/W34) - ((AH34*PI()*AK34)/T34))*AN34)/AQ34/3412,4)","v":72.064999999999998},"IL TRM v5, modified to account for larger diameter due to added pipe insulation",8.2209655354782314E-3,null,null,{"$f":"ROUND(I34/8766,4)","v":8.2000000000000007E-3},"IL TRM v5",null,"IL TRM v5",15,"Efficient R-Value due to added insulation",{"$f":"1+5","v":6},"IL TRM v5","R-Value of bare pipe",1,"IL TRM v5","=ROUND(((((AE34*PI()*AK34)/W34) - ((AH34*PI()*AK34)/T34))*AN34)/AQ34/3412,4)","=ROUND(I34/8766,4)","2018-04-01",null,null,null,{"$f":"0.75/12","v":6.25E-2},"Dbase = Pipe Diameter (ft)","IL TRM v5",{"$f":"(0.75+1*2)/12","v":0.22916666666666666},"Dee = Updated Pipe Diameter, due to added insulation (ft)","IL TRM v5",6,"Length of added pipe insulation","Verified through EEP",{"$f":"60*8766","v":525960},"Pipe Insulated Coefficient 1 = ∆T * Hours = 60 * 8766","IL TRM v5",0.98,"Recovery efficiency of electric water heater","IL TRM v5"]
["Heating, Cooling & Weatherization","Low Flow Showerhead",11.1,"Single Family","Hot Water","Kits","per unit",12,{"$f":"ROUND(((W35-T35)*AH35*AK35*365.25)*AE35*AN35,4)","v":327.9599},"IL TRM v5",{"$f":"I35/P35","v":1.0859599337748345},2.7799999999999998E-2,"IL TRM v5",{"$f":"ROUND((((W35-T35)*AH35*AK35*365.25)*AE35*AN35)/P35*L35,4)","v":3.0200000000000001E-2},"IL TRM v5",302,"IL TRM v5",10,"Low Flow (GPM)",1.5,"EEP from ICF","Standard (GPM)",2.67,"IL TRM v5","=ROUND(((W35-T35)*AH35*AK35*365.25)*AE35*AN35,4)","=ROUND((((W35-T35)*AH35*AK35*365.25)*AE35*AN35)/P35*L35,4)","2018-04-01",null,null,null,0.11700000000000001,"kWh per gallon hot water","IL TRM v5",2.6145251396648042,"Showerhead Coefficient: Minutes per day * Showers per day / Showers per household","IL TRM v5",2.56,"Persons per household","IL TRM v5",0.98,"Installation Rate","IL TRM v5"]
["Heating, Cooling & Weatherization","Water Heater Tank Wrap",12,"Single Family","Hot Water","Kits","per unit",18,{"$f":"ROUND(131.295784945569,4)","v":131.29580000000001},null,1.4988105022831051E-2,null,null,{"$f":"ROUND(0.0149881033042887,4)","v":1.4999999999999999E-2},null,8760,null,5,"Water Heater Blanket/Tank Wrap",null,null,"No Blanket",null,null,"=ROUND(131.295784945569,4)","=ROUND(0.0149881033042887,4)","2016-04-01"]
["Heating, Cooling & Weatherization","Smart Power Strip - Wh7-Plug",13.1,"Single Family","Electronics","Kits","per unit",16,{"$f":"ROUND(103,4)","v":103},"IL TRM v5",1.4448029176602609E-2,0.8,"IL TRM v5",{"$f":"ROUND(I37/P37*L37,4)","v":1.1599999999999999E-2},"IL TRM v5",7129,"IL TRM v5",5,"Smart strip",null,null,"Standard outlet strip",null,null,"=ROUND(103,4)","=ROUND(I37/P37*L37,4)","2018-04-01"]
["Heating, Cooling & Weatherization","Air Sealing",14.1,"Single Family","HVAC - Shell",null,"per sq ft (floor area)",0.12,{"$f":"ROUND((AW38*((W38-T38)/AN38*AE38*AT38*AC38)/AK38)/AZ38+(((W38-T38)/AQ38*AE38*AD38)/AH38)/AZ38,4)","v":0.43369999999999997},"IL TRM v5, PY2016 averages",4.4164969450101829E-4,0.72,"IL TRM v5",{"$f":"ROUND((((AW38*((W38-T38)/AN38*AE38*AT38*AC38)/AK38)/AZ38)/P38)*L38,8)","v":6.1489999999999996E-5},"IL TRM v5, PY2016 averages",982,"EFLHcool, from PY2016 analysis",15,"Efficient CFM",3083.5941558441559,"PY2016 average","Baseline CFM",4342.9967532467535,"PY2016 average","=ROUND((AW38*((W38-T38)/AN38*AE38*AT38*AC38)/AK38)/AZ38+(((W38-T38)/AQ38*AE38*AD38)/AH38)/AZ38,4)","=ROUND((((AW38*((W38-T38)/AN38*AE38*AT38*AC38)/AK38)/AZ38)/P38)*L38,8)","2018-04-01",null,1445,5155,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v5",6551.04,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v5",13000,"Cooling Coefficient","IL TRM v5: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v5",22.5,"Nheat: Infiltration conversion factor","IL TRM v5",0.75,"DUA: Discretionary Use Adjustment","IL TRM v5",3.6,"LM: Latent Cooling Multiplier","IL TRM v5",3263,"Square footage installed","PY2016 average"]
["Heating, Cooling & Weatherization","Increased Ceiling Insulation",15.1,"Single Family","HVAC - Shell",null,"per sq ft (ceiling area)",0.76,{"$f":"ROUND(((((1/W39-1/T39)*(1-AN39)*24*AC39*AK39)/AH39)*AQ39)+((((1/W39-1/T39)*(1-AN39)*24*AD39)/AE39)*AT39),4)","v":0.40279999999999999},"IL TRM v5, PY2016 averages",4.1018329938900203E-4,0.7,"IL TRM v5",{"$f":"ROUND((((((1/W39-1/T39)*(1-AN39)*24*AC39*AK39)/AH39)*AQ39)/P39)*L39,8)","v":3.5540000000000002E-5},"IL TRM v5, PY2016 averages",982,"EFLHcool, from PY2016 analysis",25,"Final R-value",41.031645569620252,"PY2016 average","Previous R-value",17.2828025477707,"PY2016 average","=ROUND(((((1/W39-1/T39)*(1-AN39)*24*AC39*AK39)/AH39)*AQ39)+((((1/W39-1/T39)*(1-AN39)*24*AD39)/AE39)*AT39),4)","=ROUND((((((1/W39-1/T39)*(1-AN39)*24*AC39*AK39)/AH39)*AQ39)/P39)*L39,8)","2018-04-01",null,1445,5155,6551.04,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v5",13000,"Cooling Coefficient","IL TRM v5: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",0.75,"DUA: Discretionary Use Adjustment","IL TRM v5",7.0000000000000007E-2,"Framing Factor, Ceiling","IL TRM v5",0.8,"ADJcool: adjustment for cooling savings from basement wall insulation","IL TRM v5",0.6,"ADJheat: adjustment for wall and attic insulation","IL TRM v5"]
["Heating, Cooling & Weatherization","Increased Wall Insulation",16.100000000000001,"Single Family","HVAC - Shell",null,"per sq ft (wall area)",1.32,{"$f":"ROUND(((((1/W40-1/T40)*(1-AN40)*24*AC40*AK40)/AH40)*AQ40)+((((1/W40-1/T40)*(1-AN40)*24*AD40)/AE40)*AT40),4)","v":0.84760000000000002},"IL TRM v5, PY2016 averages",8.631364562118126E-4,0.7,"IL TRM v5",{"$f":"ROUND((((((1/W40-1/T40)*(1-AN40)*24*AC40*AK40)/AH40)*AQ40)/P40)*L40,8)","v":7.4779999999999999E-5},"IL TRM v5, PY2016 averages",982,"EFLHcool, from PY2016 analysis",25,"Final R-value",17.234848484848484,"PY2016 average","Previous R-value",6.8769230769230774,"PY2016 average","=ROUND(((((1/W40-1/T40)*(1-AN40)*24*AC40*AK40)/AH40)*AQ40)+((((1/W40-1/T40)*(1-AN40)*24*AD40)/AE40)*AT40),4)","=ROUND((((((1/W40-1/T40)*(1-AN40)*24*AC40*AK40)/AH40)*AQ40)/P40)*L40,8)","2018-04-01",null,1445,5155,6551.04,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v5",13000,"Cooling Coefficient","IL TRM v5: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",0.75,"DUA: Discretionary Use Adjustment","IL TRM v5",0.25,"Framing Factor, Wall","IL TRM v5",0.8,"ADJcool: adjustment for cooling savings from basement wall insulation","IL TRM v5",0.6,"ADJheat: adjustment for wall and attic insulation","IL TRM v5"]
["Heating, Cooling & Weatherization","ENERGY STAR Windows",17,"Single Family","HVAC - Shell",null,"per sq ft (window area)",1.5,{"$f":"ROUND((W41-T41)*(AC41*AE41 + AD41*AH41),4)","v":2.0499999999999998},null,null,null,null,{"$f":"ROUND(0.000828,4)","v":8.0000000000000004E-4},null,null,null,25,"Efficient U-factor",0.3,null,"Baseline U-factor",0.9,null,"=ROUND((W41-T41)*(AC41*AE41 + AD41*AH41),4)","=ROUND(0.000828,4)","2016-04-01",null,1325,5249,5.1972416590609447E-4,"Cooling Coefficient",null,{"$f":"AE41","v":5.1972416590609447E-4},"Heating Coefficient"]
["Heating, Cooling & Weatherization","Heat Pump Water Heater",18.100000000000001,"Single Family","Hot Water",null,"per unit",1000,{"$f":"ROUND(((1/W42-1/T42)*AE42*AH42)+((((AE42*AH42-(1/(AE42*AH42*T42)))*AN42*0.27)/AQ42)*AK42)-(((AE42*AH42-(1/(AE42*AH42*T42)))*AN42*0.27)/AT42),4)","v":1484.4150999999999},"IL TRM v5",{"$f":"I42/P42","v":0.58603043821555467},0.12,"IL TRM v5",{"$f":"ROUND(I42/P42*L42,4)","v":7.0300000000000001E-2},"IL TRM v5",2533,"IL TRM v5",13,"Efficient EF",2,"KCP&L Meta Data Analysis","Baseline EF",0.94499999999999995,"IL TRM v5","=ROUND(((1/W42-1/T42)*AE42*AH42)+((((AE42*AH42-(1/(AE42*AH42*T42)))*AN42*0.27)/AQ42)*AK42)-(((AE42*AH42-(1/(AE42*AH42*T42)))*AN42*0.27)/AT42),4)","=ROUND(I42/P42*L42,4)","2018-04-01",null,null,null,45.143000000000001,"Gallons per day:  17.6 gal/day * 2.56 persons/household","IL TRM v5 ",63.311784144196949,"WHC = Water Heating Coefficient:  \n(365.25 * γWater * (Tout - Tin))/3,412  \nAssume:\nγWater = 8.33lbs / Gallon\nTout = Tank Temperature = 125 °F\nTin = Incoming Water Temperature = 54  °F","IL TRM v5",1.33,"Latent multiplier to account for latent cooling demand","IL TRM v5",0.5,"Location Factor","IL TRM v5",3.08,"COPcool","IL TRM v5",1.39,"COPheat: \nFor Heat Pumps:\nBefore 2006, COP = 2.00\n2006-2014, COP = 2.26\n2015 and later, COP = 2.40\nFor Electric Resistance, COP = 1.00\nFor Unknown, COP = 1.39","IL TRM v5"]
["Heating, Cooling & Weatherization","Efficient ECM Fan",19.100000000000001,"Single Family","All",null,"per unit",97,{"$f":"ROUND(710,4)","v":710},"-IL TRM v5:\nIf no AC, 644 kWh.\nIf AC exists, 732 kWh.\nIf AC unknown, 710 kWh.",0.72301425661914465,0.68,"IL TRM v5",{"$f":"ROUND(241 /  AE43* L43,4)","v":0.16689999999999999},null,982,"EFLHcool, from PY2016 analysis",10,"ECM Fan",null,null,"Std Fan",null,null,"=ROUND(710,4)",{"$f":"cellformula(N43)","v":"=ROUND(241 /  AE43* L43,4)"},"2018-04-01","2019-03-31",null,null,982,"EFLHcool",null,"n/a","EFLHheat"]
["Heating, Cooling & Weatherization","Heat Pump Ductless Mini Split",20.100000000000001,"Single Family","All",null,"per unit",3787.9746835443038,{"$f":"ROUND((AT44*AE44*(1/W44-1/T44))/1000+(AW44*AE44*(1/AK44-1/AH44)/1000),4)","v":2329.3856999999998},"IL TRM v5",2.3720831975560079,0.43,"IL TRM v5",{"$f":"ROUND((AE44*(1/AQ44-1/AN44)/1000)*L44,4)","v":0.19989999999999999},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",22.94,"PY2016 Metadata","SEER",9.1199999999999992,"IL TRM v5; assumes existing equimpment is ASHP",{"$f":"cellformula(I44)","v":"=ROUND((AT44*AE44*(1/W44-1/T44))/1000+(AW44*AE44*(1/AK44-1/AH44)/1000),4)"},"=ROUND((AE44*(1/AQ44-1/AN44)/1000)*L44,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",11.124242424242427,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFbase","Illinois TRM - Assumes Air Source Heat Pump",12.784615384615384,"EERee","Calculated per PY2016 Metadata",8.5500000000000007,"EERbase","Illinois TRM - Assumes Air Source Heat Pump",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 15",21.1,"Single Family","HVAC",null,"per ton",238,{"$f":"ROUND((AN45*AH45*(1/W45-1/T45))/1000,4)","v":127.09650000000001},"IL TRM v5",0.12942617107942975,0.68,"IL TRM v5",{"$f":"ROUND(((AH45*((1/AK45)-(1/AE45)))/1000)*L45,4)","v":6.8500000000000005E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",15.12,"per PY2016 Metadata","SEER",13,"IL TRM v5","=ROUND((AN45*AH45*(1/W45-1/T45))/1000,4)","=ROUND(((AH45*((1/AK45)-(1/AE45)))/1000)*L45,4)","2018-04-01",null,null,null,12.362112,"EERee","IL TRMv5",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",11.2,"EERbase","IL TRMv5, Early Replacement",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 15 - Early Replacement",22.1,"Single Family","HVAC",null,"per ton",267,{"$f":"ROUND((AN46*AH46*(1/W46-1/T46))/1000,4)","v":937.46209999999996},"IL TRM v5",0.95464572301425654,0.68,"IL TRM v5",{"$f":"ROUND(((AH46*((1/AK46)-(1/AE46)))/1000)*L46,4)","v":0.70050000000000001},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",15.15,"per PY2016 Metadata","SEER",6.87,"per PY2015 report","=ROUND((AN46*AH46*(1/W46-1/T46))/1000,4)","=ROUND(((AH46*((1/AK46)-(1/AE46)))/1000)*L46,4)","2018-04-01",null,null,null,12.377550000000003,"EERee","PY2016 evaluation metadata",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",6.0010683139534899,"EERbase","Early Replacement: 2015 Tracking Data Analysis",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 15 - Early Replacement (future)",23.1,"Single Family","HVAC",null,"per ton",267,{"$f":"ROUND((AT47*AH47*(1/AN47-1/T47))/1000,4)","v":128.63980000000001},"IL TRM v5",0.13099775967413443,0.68,"IL TRM v5",{"$f":"ROUND(((AH47*((1/AQ47)-(1/AE47)))/1000)*L47,4)","v":6.93E-2},"IL TRM V5",982,"EFLHcool, from PY2016 analysis",12,"SEER",15.15,"per PY2016 Metadata","SEER",10,"SEERexist per IL TRM v5","=ROUND((AT47*AH47*(1/AN47-1/T47))/1000,4)","=ROUND(((AH47*((1/AQ47)-(1/AE47)))/1000)*L47,4)","2018-04-01",null,null,null,12.377550000000003,"EERee","PY2016 evaluation metadata",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",6.0010683139534864,"EERexist","Early Replacement: 2015 Tracking Data Analysis",13,"SEERbase","IL TRM V5",11.2,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 16",24.1,"Single Family","HVAC",null,"per ton",357,{"$f":"ROUND((AN48*AH48*(1/W48-1/T48))/1000,4)","v":192.27969999999999},"IL TRM v5",0.19580417515274948,0.68,"IL TRM v5",{"$f":"ROUND(((AH48*((1/AK48)-(1/AE48)))/1000)*L48,4)","v":0.1026},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",16.5,"per PY2016 Metadata","SEER",13,"IL TRM v5","=ROUND((AN48*AH48*(1/W48-1/T48))/1000,4)","=ROUND(((AH48*((1/AK48)-(1/AE48)))/1000)*L48,4)","2018-04-01",null,null,null,13.035,"EERee","IL TRMv5",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",11.2,"EERbase","IL TRMv5, Early Replacement",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 16 - Early Replacement",25.1,"Single Family","HVAC",null,"per ton",418,{"$f":"ROUND((AN49*AH49*(1/W49-1/T49))/1000,4)","v":1002.3982},"IL TRM v5",1.0207720977596741,0.68,"IL TRM v5",{"$f":"ROUND(((AH49*((1/AK49)-(1/AE49)))/1000)*L49,4)","v":0.73440000000000005},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",16.53,"per PY2016 Metadata","SEER",6.87,"per PY2015 report","=ROUND((AN49*AH49*(1/W49-1/T49))/1000,4)","=ROUND(((AH49*((1/AK49)-(1/AE49)))/1000)*L49,4)","2018-04-01",null,null,null,13.048782000000003,"EERee","PY2016 evaluation metadata",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",6.0010683139534864,"EERbase","Early Replacement: 2015 Tracking Data Analysis",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 16 - Early Replacement (future)",26.1,"Single Family","HVAC",null,"per ton",418,{"$f":"ROUND((AT50*AH50*(1/AN50-1/T50))/1000,4)","v":193.57589999999999},"IL TRM v5",0.19712413441955193,0.68,"IL TRM v5",{"$f":"ROUND(((AH50*((1/AQ50)-(1/AE50)))/1000)*L50,4)","v":0.1032},"IL TRM V5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",16.53,"per PY2016 Metadata","SEER",10,"SEERexist per IL TRM v5","=ROUND((AT50*AH50*(1/AN50-1/T50))/1000,4)","=ROUND(((AH50*((1/AQ50)-(1/AE50)))/1000)*L50,4)","2018-04-01",null,null,null,13.048782000000003,"EERee","PY2016 evaluation metadata",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,6.0010683139534864,"EERexist","Early Replacement: 2015 Tracking Data Analysis",13,"SEERbase","IL TRM V5",11.2,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 17",27.1,"Single Family","HVAC",null,"per ton",368.51,{"$f":"ROUND((AN51*AH51*(1/W51-1/T51))/1000,4)","v":213.2851},"IL TRM v5",0.21719460285132383,0.68,"IL TRM v5",{"$f":"ROUND(((AH51*((1/AK51)-(1/AE51)))/1000)*L51,4)","v":0.1132},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",17,"No PY2016 participants","SEER",13,"IL TRM v5","=ROUND((AN51*AH51*(1/W51-1/T51))/1000,4)","=ROUND(((AH51*((1/AK51)-(1/AE51)))/1000)*L51,4)","2018-04-01",null,null,null,13.260000000000002,"EERee","IL TRMv5",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",11.2,"EERbase","IL TRMv5, Early Replacement",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 17 - Early Replacement",28.1,"Single Family","HVAC",null,"per ton",791.34,{"$f":"ROUND((AN52*AH52*(1/W52-1/T52))/1000,4)","v":1022.1074},"IL TRM v5",1.040842566191446,0.68,"IL TRM v5",{"$f":"ROUND(((AH52*((1/AK52)-(1/AE52)))/1000)*L52,4)","v":0.74439999999999995},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",17,"No PY2016 participants","SEER",6.87,"per PY2015 report","=ROUND((AN52*AH52*(1/W52-1/T52))/1000,4)","=ROUND(((AH52*((1/AK52)-(1/AE52)))/1000)*L52,4)","2018-04-01",null,null,null,13.260000000000002,"EERee","IL TRMv5",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",6.0010683139534864,"EERbase","Early Replacement: 2015 Tracking Data Analysis",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC SEER 17 - Early Replacement (future)",29.1,"Single Family","HVAC",null,"per ton",422.84,{"$f":"ROUND((AT53*AH53*(1/AN53-1/T53))/1000,4)","v":213.2851},"IL TRM v5",0.21719460285132383,0.68,"IL TRM v5",{"$f":"ROUND(((AH53*((1/AQ53)-(1/AE53)))/1000)*L53,4)","v":0.1132},"IL TRM V5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",17,"No PY2016 participants","SEER",10,"SEERexist per IL TRM v5","=ROUND((AT53*AH53*(1/AN53-1/T53))/1000,4)","=ROUND(((AH53*((1/AQ53)-(1/AE53)))/1000)*L53,4)","2018-04-01",null,null,null,13.260000000000002,"EERee","IL TRMv5",12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",6.0010683139534864,"EERexist","Early Replacement: 2015 Tracking Data Analysis",13,"SEERbase","IL TRM V5",11.2,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","CAC Dual-Speed Compressor",395,"Single Family","HVAC",null,"per ton",{"$f":"(952*(AH54/12000)+620)/AZ54","v":1262},{"$f":"ROUND((AE54*AH54*(1/AK54-1/AN54))/1000/AZ54,4)","v":265.38459999999998},"IL TRM v6.0",{"$f":"ROUND(N54/L54,4)","v":0.21429999999999999},0.68,"IL TRM v6.0",{"$f":"ROUND((AH54*(1/AQ54-1/AT54))/1000*AW54/AZ54,4)","v":0.1457},"IL TRM v6.0",null,null,18,"SEER",18,"Daikin DX18TC Series Indoor Model Number: DV29PTCB14A","SEER",13,"IL TRM v6.0 for baseline unit",{"$f":"cellformula(I54)","v":"=ROUND((AE54*AH54*(1/AK54-1/AN54))/1000/AZ54,4)"},{"$f":"cellformula(N54)","v":"=ROUND((AH54*(1/AQ54-1/AT54))/1000*AW54/AZ54,4)"},"2019-04-01",null,null,null,1035,"FLHcool","IL TRM v6.0",24000,"Capacity (Btu/hr)","Daikin DX18TC Series Indoor Model Number: DV29PTCB14A",13,"SEERbase","IL TRM v6.0",18,"SEERee","Daikin DX18TC Series Indoor Model Number: DV29PTCB14A",11.2,"EERbase","IL TRM v6.0",14,"EERee","Daikin DX18TC Series Indoor Model Number: DV29PTCB14A",0.68,"CF","IL TRM v6.0",{"$f":"AH54/12000","v":2},"Tons","IL TRM v6.0","Daikin DX18TC Series Indoor Model Number: DV29PTCB14A"," "]
["Heating, Cooling & Weatherization","CAC Variable-Speed Compressor",396,"Single Family","HVAC",null,"per ton",{"$f":"(952*(AH55/12000)+620)/AZ55","v":1278.3157894736844},{"$f":"ROUND((AE55*AH55*(1/AK55-1/AN55))/1000/AZ55,4)","v":415.38459999999998},"IL TRM v6.0",{"$f":"ROUND(N55/L55,4)","v":0.21429999999999999},0.68,"IL TRM v6.0",{"$f":"ROUND((AH55*(1/AQ55-1/AT55))/1000*AW55/AZ55,4)","v":0.1457},"IL TRM v6.0",null,null,18,"SEER",23,"Amana AVXC20 Indoor Model Number: AVPVC24C14A","SEER",13,"IL TRM v6.0 for baseline unit",{"$f":"cellformula(I55)","v":"=ROUND((AE55*AH55*(1/AK55-1/AN55))/1000/AZ55,4)"},{"$f":"cellformula(N55)","v":"=ROUND((AH55*(1/AQ55-1/AT55))/1000*AW55/AZ55,4)"},"2019-04-01",null,null,null,1035,"FLHcool","IL TRM v6.0",22800,"Capacity (Btu/hr)","Amana AVXC20 Indoor Model Number: AVPVC24C14A",13,"SEERbase","IL TRM v6.0",23,"SEERee","Amana AVXC20 Indoor Model Number: AVPVC24C14A",11.2,"EERbase","IL TRM v6.0",14,"EERee","Amana AVXC20 Indoor Model Number: AVPVC24C14A",0.68,"CF","IL TRM v6.0",{"$f":"AH55/12000","v":1.9},"Tons","IL TRM v6.0","Amana AVXC20 Indoor Model Number: AVPVC24C14A"," "]
["Heating, Cooling & Weatherization","ASHP SEER 15",30.1,"Single Family","HVAC",null,"per ton",137,{"$f":"ROUND((AT56*AE56*(1/W56-1/T56))/1000+(AW56*AE56*(1/AK56-1/AH56)/1000),4)","v":146.04470000000001},"IL TRM v5",0.14872169042769859,0.72,"IL TRM v5",{"$f":"ROUND((AE56*(1/AQ56-1/AN56)/1000)*L56,4)","v":4.1000000000000002E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",15,"per PY2016 Metadata","SEER",14,"IL TRM v5","=ROUND((AT56*AE56*(1/W56-1/T56))/1000+(AW56*AE56*(1/AK56-1/AH56)/1000),4)","=ROUND((AE56*(1/AQ56-1/AN56)/1000)*L56,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.5833333333333339,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",12.5,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 15 - Early Replacement",31.1,"Single Family","HVAC",null,"per ton",317,{"$f":"ROUND((AT57*AE57*(1/W57-1/T57))/1000+(AW57*AE57*(1/AK57-1/AH57)/1000),4)","v":2078.4958999999999},"IL TRM v5",2.1165946028513236,0.72,"IL TRM v5",{"$f":"ROUND((AE57*(1/AQ57-1/AN57)/1000)*L57,4)","v":0.59789999999999999},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",15.17,"per PY2016 Metadata","SEER",6.87,"per PY2015 report","=ROUND((AT57*AE57*(1/W57-1/T57))/1000+(AW57*AE57*(1/AK57-1/AH57)/1000),4)","=ROUND((AE57*(1/AQ57-1/AN57)/1000)*L57,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.7121428571428563,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFbase","Illinois TRM",12.518181818181818,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERbase","2015 Tracking Data Analysis for GMO",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 15 - Early Replacement (future)",32.1,"Single Family","HVAC",null,"per ton",317,{"$f":"ROUND((BC58*AE58*(1/AT58-1/T58))/1000+(BF58*AE58*(1/AZ58-1/AH58)/1000),4)","v":183.29079999999999},"IL TRM v5",0.18665050916496945,0.72,"IL TRM v5",{"$f":"ROUND((AE58*(1/AW58-1/AN58)/1000)*L58,4)","v":0.32029999999999997},"IL TRM V5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",15.17,"per PY2016 Metadata","SEER",9.1199999999999992,"SEERexist per IL TRM v5","=ROUND((BC58*AE58*(1/AT58-1/T58))/1000+(BF58*AE58*(1/AZ58-1/AH58)/1000),4)","=ROUND((AE58*(1/AW58-1/AN58)/1000)*L58,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,8.7121428571428563,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFexist","Illinois TRM",12.518181818181818,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERexist","2015 Tracking Data Analysis for GMO",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Illinois TRM",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 15 - Replace Electric Resistance Heat",33.1,"Single Family","HVAC",null,"per ton",137,{"$f":"ROUND((AT59*AE59*(1/W59-1/T59))/1000+(AW59*AE59*(1/AK59-1/AH59)/1000),4)","v":217.7936},"IL TRM v5",0.22178574338085538,0.72,"IL TRM v5",{"$f":"ROUND((AE59*(1/AQ59-1/AN59)/1000)*L59,4)","v":5.4600000000000003E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",15.17,"per PY2016 Metadata","SEERbase",14,"IL TRM v5","=ROUND((AT59*AE59*(1/W59-1/T59))/1000+(AW59*AE59*(1/AK59-1/AH59)/1000),4)","=ROUND((AE59*(1/AQ59-1/AN59)/1000)*L59,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.8736842105263154,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",12.75,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 15 - Replace Electric Resistance Heat - Early Replacement",314,"Single Family","HVAC",null,"per ton",1482,{"$f":"ROUND((AT60*AE60*(1/W60-1/T60))/1000+(AW60*AE60*(1/AK60-1/AH60)/1000),4)","v":3885.4304999999999},"IL TRM v5",{"$f":"I60/P60","v":3.9566502036659879},0.72,"IL TRM v5",{"$f":"ROUND((AE60*(1/AQ60-1/AN60)/1000)*L60,4)","v":0.59060000000000001},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",6,"SEER",15.17,"per PY2016 Metadata","SEER",6.87,"per PY2015 report",{"$f":"cellformula(I60)","v":"=ROUND((AT60*AE60*(1/W60-1/T60))/1000+(AW60*AE60*(1/AK60-1/AH60)/1000),4)"},{"$f":"cellformula(N60)","v":"=ROUND((AE60*(1/AQ60-1/AN60)/1000)*L60,4)"},"2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.7121428571428563,"HSPF_ee","Calculated per PY2016 Metadata",3.41,"HSPF_exist","Illinois TRM",{"$f":"(-0.02*T60^2)+(1.12*T60)","v":12.387822},"EER_ee","IL TRM V5",6.7076399999999996,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 15 - Replace Electric Resistance Heat - Early Replacement (future)",315,"Single Family","HVAC",null,"per ton",644.55999999999995,{"$f":"ROUND((BC61*AE61*(1/AT61-1/T61))/1000+(BF61*AE61*(1/AZ61-1/AH61)/1000),4)","v":183.29079999999999},"IL TRM v5",0.18665050916496945,0.72,"IL TRM v5",{"$f":"ROUND((AE61*(1/AW61-1/AN61)/1000)*L61,4)","v":0.31309999999999999},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",15.17,"per PY2016 Metadata","SEER",null,"SEERexist per IL TRM v5","=ROUND((BC61*AE61*(1/AT61-1/T61))/1000+(BF61*AE61*(1/AZ61-1/AH61)/1000),4)","=ROUND((AE61*(1/AW61-1/AN61)/1000)*L61,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.7121428571428563,"HSPF_ee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPF_base","Illinois TRM",12.387822,"EER_ee","IL TRM V5",null,"EERbase","IL TRM V5",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Arkansas TRM v7",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16",34.1,"Single Family","HVAC",null,"per ton",274,{"$f":"ROUND((AT62*AE62*(1/W62-1/T62))/1000+(AW62*AE62*(1/AK62-1/AH62)/1000),4)","v":302.04039999999998},"IL TRM v5",{"$f":"I62/P62","v":0.30757678207739303},0.72,"IL TRM v5",{"$f":"ROUND((AE62*(1/AQ62-1/AN62)/1000)*L62,4)","v":6.4399999999999999E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",16.04,"per PY2016 Metadata","SEER",14,"IL TRM v5","=ROUND((AT62*AE62*(1/W62-1/T62))/1000+(AW62*AE62*(1/AK62-1/AH62)/1000),4)","=ROUND((AE62*(1/AQ62-1/AN62)/1000)*L62,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.0791666666666675,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",12.9375,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16 - Early Replacement",35.1,"Single Family","HVAC",null,"per ton",415,{"$f":"ROUND((AT63*AE63*(1/W63-1/T63))/1000+(AW63*AE63*(1/AK63-1/AH63)/1000),4)","v":2178.6968000000002},"IL TRM v5",{"$f":"I63/P63","v":2.2186321792260695},0.72,"IL TRM v5",{"$f":"ROUND((AE63*(1/AQ63-1/AN63)/1000)*L63,4)","v":0.61580000000000001},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",16.079999999999998,"per PY2016 Metadata","SEER",6.87,"per PY2015 report","=ROUND((AT63*AE63*(1/W63-1/T63))/1000+(AW63*AE63*(1/AK63-1/AH63)/1000),4)",{"$f":"cellformula(N63)","v":"=ROUND((AE63*(1/AQ63-1/AN63)/1000)*L63,4)"},"2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.9785714285714295,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFbase","Illinois TRM",12.851851851851851,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERbase","Calculated per PY2016 Metadata",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16 - Early Replacement (future)",36.1,"Single Family","HVAC",null,"per ton",415,{"$f":"ROUND((BC64*AE64*(1/AT64-1/T64))/1000+(BF64*AE64*(1/AZ64-1/AH64)/1000),4)","v":283.49169999999998},"IL TRM v5",{"$f":"I64/P64","v":0.28868808553971487},0.72,"IL TRM v5",{"$f":"ROUND((AE64*(1/AW64-1/AN64)/1000)*L64,4)","v":0.3382},"IL TRM V5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",16.079999999999998,"per PY2016 Metadata","SEER",9.1199999999999992,"SEERexist per IL TRM v5",{"$f":"cellformula(I64)","v":"=ROUND((BC64*AE64*(1/AT64-1/T64))/1000+(BF64*AE64*(1/AZ64-1/AH64)/1000),4)"},"=ROUND((AE64*(1/AW64-1/AN64)/1000)*L64,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.9785714285714295,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFexist","Illinois TRM",12.851851851851851,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERexist","Calculated per PY2016 Metadata",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Illinois TRM",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16 - Replace Electric Resistance Heat",37.1,"Single Family","HVAC",null,"per ton",793.15789473684208,{"$f":"ROUND((AT65*AE65*(1/W65-1/T65))/1000+(AW65*AE65*(1/AK65-1/AH65)/1000),4)","v":300.68520000000001},"IL TRM v5",{"$f":"I65/P65","v":0.30619674134419556},0.72,"IL TRM v5",{"$f":"ROUND((AE65*(1/AQ65-1/AN65)/1000)*L65,4)","v":4.7800000000000002E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",16.11,"per PY2016 Metadata","SEERbase",14,"IL TRM v5","=ROUND((AT65*AE65*(1/W65-1/T65))/1000+(AW65*AE65*(1/AK65-1/AH65)/1000),4)","=ROUND((AE65*(1/AQ65-1/AN65)/1000)*L65,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.0565217391304333,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",12.625,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16 - Replace Electric Resistance Heat - Early Replacement",316,"Single Family","HVAC",null,"per ton",1527,{"$f":"ROUND((AT66*AE66*(1/W66-1/T66))/1000+(AW66*AE66*(1/AK66-1/AH66)/1000),4)","v":3985.6314000000002},"IL TRM v5",{"$f":"I66/P66","v":4.0586877800407333},0.72,"IL TRM v5",{"$f":"ROUND((AE66*(1/AQ66-1/AN66)/1000)*L66,4)","v":0.61509999999999998},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",6,"SEER",16.079999999999998,"per PY2016 Metadata","SEER",6.87,"per PY2015 report",{"$f":"cellformula(I66)","v":"=ROUND((AT66*AE66*(1/W66-1/T66))/1000+(AW66*AE66*(1/AK66-1/AH66)/1000),4)"},{"$f":"cellformula(N66)","v":"=ROUND((AE66*(1/AQ66-1/AN66)/1000)*L66,4)"},"2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.9785714285714295,"HSPF_ee","Calculated per PY2016 Metadata",3.41,"HSPF_exist","Illinois TRM",{"$f":"(-0.02*T66^2)+(1.12*T66)","v":12.838272},"EER_ee","IL TRM V5",6.7076399999999996,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 16 - Replace Electric Resistance Heat - Early Replacement (future)",317,"Single Family","HVAC",null,"per ton",644.55999999999995,{"$f":"ROUND((BC67*AE67*(1/AT67-1/T67))/1000+(BF67*AE67*(1/AZ67-1/AH67)/1000),4)","v":283.49169999999998},"IL TRM v5",0.28868808553971487,0.72,"IL TRM v5",{"$f":"ROUND((AE67*(1/AW67-1/AN67)/1000)*L67,4)","v":0.33750000000000002},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",16.079999999999998,"per PY2016 Metadata","SEER",null,"SEERexist per IL TRM v5","=ROUND((BC67*AE67*(1/AT67-1/T67))/1000+(BF67*AE67*(1/AZ67-1/AH67)/1000),4)","=ROUND((AE67*(1/AW67-1/AN67)/1000)*L67,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.9785714285714295,"HSPF_ee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPF_base","Illinois TRM",12.838272,"EER_ee","IL TRM V5",null,"EERbase","IL TRM V5",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Arkansas TRM v7",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17",38.1,"Single Family","HVAC",null,"per ton",411,{"$f":"ROUND((AT68*AE68*(1/W68-1/T68))/1000+(AW68*AE68*(1/AK68-1/AH68)/1000),4)","v":357.73689999999999},"IL TRM v5",{"$f":"I68/P68","v":0.36429419551934827},0.72,"IL TRM v5",{"$f":"ROUND((AE68*(1/AQ68-1/AN68)/1000)*L68,4)","v":4.1000000000000002E-2},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",17.25,"per PY2016 Metadata","SEER",14,"IL TRM v5","=ROUND((AT68*AE68*(1/W68-1/T68))/1000+(AW68*AE68*(1/AK68-1/AH68)/1000),4)","=ROUND((AE68*(1/AQ68-1/AN68)/1000)*L68,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.1,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",12.5,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17 - Early Replacement",39.1,"Single Family","HVAC",null,"per ton",689,{"$f":"ROUND((AT69*AE69*(1/W69-1/T69))/1000+(AW69*AE69*(1/AK69-1/AH69)/1000),4)","v":2380.9607999999998},"IL TRM v5",{"$f":"I69/P69","v":2.4246036659877799},0.72,"IL TRM v5",{"$f":"ROUND((AE69*(1/AQ69-1/AN69)/1000)*L69,4)","v":0.75060000000000004},null,982,"EFLHcool, from PY2016 analysis",6,"SEER",18.34,"per PY2016 Metadata","SEER",6.87,"per PY2015 report","=ROUND((AT69*AE69*(1/W69-1/T69))/1000+(AW69*AE69*(1/AK69-1/AH69)/1000),4)","=ROUND((AE69*(1/AQ69-1/AN69)/1000)*L69,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.5606060606060677,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFbase","Illinois TRM",16.075000000000003,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERbase","Calculated per PY2016 Metadata",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17 - Early Replacement (future)",40.1,"Single Family","HVAC",null,"per ton",689,{"$f":"ROUND((BC70*AE70*(1/AT70-1/T70))/1000+(BF70*AE70*(1/AZ70-1/AH70)/1000),4)","v":485.75569999999999},"IL TRM v5",{"$f":"I70/P70","v":0.49465957230142565},0.72,"IL TRM v5",{"$f":"ROUND((AE70*(1/AW70-1/AN70)/1000)*L70,4)","v":0.47299999999999998},"IL TRM V5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",18.34,"per PY2016 Metadata","SEER",9.1199999999999992,"SEERexist per IL TRM v5","=ROUND((BC70*AE70*(1/AT70-1/T70))/1000+(BF70*AE70*(1/AZ70-1/AH70)/1000),4)","=ROUND((AE70*(1/AW70-1/AN70)/1000)*L70,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.5606060606060677,"HSPFee","Calculated per PY2016 Metadata",5.44,"HSPFexist","Illinois TRM",16.075000000000003,"EERee","Calculated per PY2016 Metadata",6.7076399999999996,"EERexist","Calculated per PY2016 Metadata",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Illinois TRM",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17 - Replace Electric Resistance Heat",41.1,"Single Family","HVAC",null,"per ton",1307.7272727272727,{"$f":"ROUND((AT71*AE71*(1/W71-1/T71))/1000+(AW71*AE71*(1/AK71-1/AH71)/1000),4)","v":495.48489999999998},"IL TRM v5",{"$f":"I71/P71","v":0.50456710794297355},0.72,"IL TRM v5",{"$f":"ROUND((AE71*(1/AQ71-1/AN71)/1000)*L71,4)","v":0.18190000000000001},null,982,"EFLHcool, from PY2016 analysis",18,"SEER",18.27,"per PY2016 Metadata","SEERbase",14,"IL TRM v5","=ROUND((AT71*AE71*(1/W71-1/T71))/1000+(AW71*AE71*(1/AK71-1/AH71)/1000),4)","=ROUND((AE71*(1/AQ71-1/AN71)/1000)*L71,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.6285714285714299,"HSPFee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPFbase","Illinois TRM",15.700000000000001,"EERee","Calculated per PY2016 Metadata",11.8,"EERbase","Illinois TRM",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17 - Replace Electric Resistance Heat - Early Replacement",318,"Single Family","HVAC",null,"per ton",1622.3333333333333,{"$f":"ROUND((AT72*AE72*(1/W72-1/T72))/1000+(AW72*AE72*(1/AK72-1/AH72)/1000),4)","v":4187.8954000000003},"IL TRM v5",{"$f":"I72/P72","v":4.2646592668024441},0.72,"IL TRM v5",{"$f":"ROUND((AE72*(1/AQ72-1/AN72)/1000)*L72,4)","v":0.66259999999999997},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",6,"SEER",18.34,"per PY2016 Metadata","SEER",6.87,"per PY2015 report",{"$f":"cellformula(I72)","v":"=ROUND((AT72*AE72*(1/W72-1/T72))/1000+(AW72*AE72*(1/AK72-1/AH72)/1000),4)"},{"$f":"cellformula(N72)","v":"=ROUND((AE72*(1/AQ72-1/AN72)/1000)*L72,4)"},"2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.5606060606060677,"HSPF_ee","Calculated per PY2016 Metadata",3.41,"HSPF_exist","Illinois TRM",{"$f":"(-0.02*T72^2)+(1.12*T72)","v":13.813688000000001},"EER_ee","IL TRM V5",6.7076399999999996,"EERbase","IL TRM V5",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP SEER 17 - Replace Electric Resistance Heat - Early Replacement (future)",319,"Single Family","HVAC",null,"per ton",644.55999999999995,{"$f":"ROUND((BC73*AE73*(1/AT73-1/T73))/1000+(BF73*AE73*(1/AZ73-1/AH73)/1000),4)","v":485.75569999999999},"IL TRM v5",0.49465957230142565,0.72,"IL TRM v5",{"$f":"ROUND((AE73*(1/AW73-1/AN73)/1000)*L73,4)","v":0.3851},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",12,"SEER",18.34,"per PY2016 Metadata","SEER",null,"SEERexist per IL TRM v5","=ROUND((BC73*AE73*(1/AT73-1/T73))/1000+(BF73*AE73*(1/AZ73-1/AH73)/1000),4)","=ROUND((AE73*(1/AW73-1/AN73)/1000)*L73,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",9.5606060606060677,"HSPF_ee","Calculated per PY2016 Metadata",8.1999999999999993,"HSPF_base","Illinois TRM",13.813688000000001,"EER_ee","IL TRM V5",null,"EERbase","IL TRM V5",14,"SEERbase","IL TRM V5",8.5500000000000007,"EERbase","IL TRM V5",8.1999999999999993,"HSPFbase","Arkansas TRM v7",982,"EFLHcool","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units.",1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","ASHP Dual-Speed Compressor",397,"Single Family","HVAC",null,"per ton",{"$f":"(1381*(AH74/12000)+438)/BL74","v":1603.7118644067798},{"$f":"ROUND(((AE74*AH74*(1/AK74-1/AN74))/1000/BL74)+((AQ74*AT74*(1/AW74-1/AZ74))/1000/BO74),4)","v":275.57580000000002},"IL TRM v6.0",{"$f":"N74/L74","v":9.3888888888888883E-2},0.72,"IL TRM v6.0",{"$f":"ROUND((AH74*(1/BC74-1/BF74))/1000*BI74/BL74,4)","v":6.7599999999999993E-2},"IL TRM v6.0",null,null,18,"SEER",16,"Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*","SEER",14,"IL TRM v6.0",{"$f":"cellformula(I74)","v":"=ROUND(((AE74*AH74*(1/AK74-1/AN74))/1000/BL74)+((AQ74*AT74*(1/AW74-1/AZ74))/1000/BO74),4)"},{"$f":"cellformula(N74)","v":"=ROUND((AH74*(1/BC74-1/BF74))/1000*BI74/BL74,4)"},"2019-04-01",null,null,null,1035,"FLH_cooling","IL TRM v6.0",23600,"Capacity_cooling","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",14,"SEER_base","IL TRM v6.0",16,"SEER_ee","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",1266,"FLH_heat","IL TRM v6.0",22800,"Capacity_heating","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",8.1999999999999993,"HSPF_base","IL TRM v6.0",9,"HSPF_ee","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",11.8,"EER_base","IL TRM v6.0",13,"EER_ee","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",0.72,"CF","IL TRM v6.0",{"$f":"AH74/12000","v":1.9666666666666666},"Cooling Capacity Tons","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*",{"$f":"AT74/12000","v":1.9},"Heating Capacity Tons","Goodman GSZC16 Indoor Units: CA*F3137*6A*+MBVC1200**-1A*+TX, G*VC80603B*C*"," "]
["Heating, Cooling & Weatherization","ASHP Variable-Speed Compressor",398,"Single Family","HVAC",null,"per ton",{"$f":"(1381*(AH75/12000)+724)/BL75","v":1752.2820512820513},{"$f":"ROUND(((AE75*AH75*(1/AK75-1/AN75))/1000/BL75)+((AQ75*AT75*(1/AW75-1/AZ75))/1000/BO75),4)","v":629.19719999999995},"IL TRM v6.0",{"$f":"N75/L75","v":9.3888888888888883E-2},0.72,"IL TRM v6.0",{"$f":"ROUND((AH75*(1/BC75-1/BF75))/1000*BI75/BL75,4)","v":6.7599999999999993E-2},"IL TRM v6.0",null,null,18,"SEER",21,"Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV","SEER",14,"IL TRM v6.0",{"$f":"cellformula(I75)","v":"=ROUND(((AE75*AH75*(1/AK75-1/AN75))/1000/BL75)+((AQ75*AT75*(1/AW75-1/AZ75))/1000/BO75),4)"},{"$f":"cellformula(N75)","v":"=ROUND((AH75*(1/BC75-1/BF75))/1000*BI75/BL75,4)"},"2019-04-01",null,null,null,1035,"FLH_cooling","IL TRM v6.0",23400,"Capacity_cooling","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",14,"SEER_base","IL TRM v6.0",21,"SEER_ee","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",1266,"FLH_heat","IL TRM v6.0",23600,"Capacity_heating","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",8.1999999999999993,"HSPF_base","IL TRM v6.0",10,"HSPF_ee","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",11.8,"EER_base","IL TRM v6.0",13,"EER_ee","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",0.72,"CF","IL TRM v6.0",{"$f":"AH75/12000","v":1.95},"Cooling Capacity Tons","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV",{"$f":"AT75/12000","v":1.9666666666666666},"Heating Capacity Tons","Daikin DZ20VC Inddor Units: CA*F3642*6D*+MBVC1200**-1A*+TXV"," "]
["Heating, Cooling & Weatherization","Furnace Filter Alarm",234.1,"Single Family","HVAC","Kits","per unit",2.8,{"$f":"ROUND((AE76*AQ76*AH76*AK76)+(AE76*AN76*AH76*AK76),4)","v":83.826899999999995},"PA TRM",{"$f":"I76/P76","v":5.0773410054512413E-2},0.64700000000000002,"PA TRM",{"$f":"ROUND(((AE76*AN76*AH76*AK76)/AN76)*L76,4)","v":2.3E-2},"PA TRM",1651,"PA TRM",14,"Furnace Filter Alarm",null,null,"No Filter",null," ",{"$f":"cellformula(I76)","v":"=ROUND((AE76*AQ76*AH76*AK76)+(AE76*AN76*AH76*AK76),4)"},{"$f":"cellformula(N76)","v":"=ROUND(((AE76*AN76*AH76*AK76)/AN76)*L76,4)"},"2018-04-01",null,null,null,0.5,"Average motor full load electric demand","PA TRM",0.15,"Efficiency Improvement","PA TRM",0.47399999999999998,"Installation Rate","PA TRM",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","Indoor Coil Cleaning_SF:CAC",262,"Single Family","HVAC",null,"per measure",63,{"$f":"ROUND((AT77*AK77*(1/AN77))/1000*AE77,4)","v":58.92},"IL TRM v5",null,0.68,null,{"$f":"ROUND(AK77*(1/AQ77)/1000*AH77*L77,4)","v":1.77E-2},"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null,null,"=ROUND((AT77*AK77*(1/AN77))/1000*AE77,4)","=ROUND(AK77*(1/AQ77)/1000*AH77*L77,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERCAC","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","Indoor Coil Cleaning_SF:ASHP",263,"Single Family","HVAC",null,"per measure",63,{"$f":"ROUND((AW78*AK78*(1/AN78))/1000*AE78+(AZ78*AK78*(1/AT78))/1000*AE78,4)","v":180.33179999999999},"IL TRM v5",null,0.72,null,1.8800000000000001E-2,"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null," ","=ROUND((AW78*AK78*(1/AN78))/1000*AE78+(AZ78*AK78*(1/AT78))/1000*AE78,4)","=ROUND(AK78*(1/AQ78)/1000*AH78*L78,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERASHP","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",6.8,"HSPFASHP","IL TRM v5",982,"EFLHcool",null,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","Outdoor Coil Cleaning_SF:CAC",264,"Single Family","HVAC",null,"per measure",31,{"$f":"ROUND((AT79*AK79*(1/AN79))/1000*AE79,4)","v":58.92},"IL TRM v5",null,0.68,null,1.77E-2,"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null,null,"=ROUND((AT79*AK79*(1/AN79))/1000*AE79,4)","=ROUND(AK79*(1/AQ79)/1000*AH79*L79,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERCAC","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","Outdoor Coil Cleaning_SF:ASHP",265,"Single Family","HVAC",null,"per measure",31,{"$f":"ROUND((AW80*AK80*(1/AN80))/1000*AE80+(AZ80*AK80*(1/AT80))/1000*AE80,4)","v":180.33179999999999},"IL TRM v5",null,0.72,null,1.8800000000000001E-2,"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null," ","=ROUND((AW80*AK80*(1/AN80))/1000*AE80+(AZ80*AK80*(1/AT80))/1000*AE80,4)","=ROUND(AK80*(1/AQ80)/1000*AH80*L80,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERASHP","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",6.8,"HSPFASHP","IL TRM v5",982,"EFLHcool",null,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","Refrigerant Charge Adjustment (RCA)_SF: CAC",266,"Single Family","HVAC",null,"per measure",127,{"$f":"ROUND((AT81*AK81*(1/AN81))/1000*AE81,4)","v":58.92},"IL TRM v5",null,0.68,null,1.77E-2,"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null,null,"=ROUND((AT81*AK81*(1/AN81))/1000*AE81,4)","=ROUND(AK81*(1/AQ81)/1000*AH81*L81,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERCAC","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","Refrigerant Charge Adjustment (RCA)_SF: ASHP",267,"Single Family","HVAC",null,"per measure",127,{"$f":"ROUND((AW82*AK82*(1/AN82))/1000*AE82+(AZ82*AK82*(1/AT82))/1000*AE82,4)","v":180.33179999999999},"IL TRM v5",null,0.72,null,1.8800000000000001E-2,"IL TRM v5",null,null,5,"Sub-measure of HVAC Maintenance and Tune-up"," ",null,"kWh, kW",null," ","=ROUND((AW82*AK82*(1/AN82))/1000*AE82+(AZ82*AK82*(1/AT82))/1000*AE82,4)","=ROUND(AK82*(1/AQ82)/1000*AH82*L82,4)","2018-04-01",null,null,null,0.05,"MFe","IL TRM v5",0.02,"MFd","IL TRM v5",12000,"Allows for Capacity input in Tons; converts tons to BTUs",null,10,"SEERASHP","IL TRM v5",9.2000000000000011,"EER","IL TRM v5",6.8,"HSPFASHP","IL TRM v5",982,"EFLHcool",null,1376,"EFLHheat","The EFLH Cooling and Heating hours are based on a EnergyStar study that was normalized (based on HDD and CDD) to Kansas City. This was for both AC and HP units."," "]
["Heating, Cooling & Weatherization","HVAC Maintenance and Tune-up_SF: CAC",238,"Single Family","HVAC",null,"per measure",70,{"$f":"ROUND(173.9,4)","v":173.9},null,1.6500000000000001E-2,0.68,null,{"$f":"ROUND(K83*L83,4)","v":1.12E-2},null,8640,null,5,"Sub-measure of HVAC Maintenance and Tune-up","N/A",null,"kWh, kW","N/A",null,"=ROUND(173.9,4)","=ROUND(K83*L83,4)","2017-04-07",null,3020,4470]
["Heating, Cooling & Weatherization","GSHP - EER 23_Early Replacement GSHP_SF: HVAC, replace ASHP",239.1,"Single Family","HVAC",null,"per unit",4859,{"$f":"ROUND(((BC84*AE84*(1/W84)-(1/T84))/1000)+((BF84*AE84*(1/AH84)-(1/(AK84*3.412)))/1000)+((AN84*AQ84*(1/AT84)*AW84)/1000),4)","v":6554.2619000000004},"IL TRM v5",{"$f":"I84/P84","v":6.6744011201629334},0.72,"IL TRM v5",{"$f":"ROUND(((AE84*(1/AZ84)-(1/T84))/1000)*L84,4)","v":1.0105},"IL TRM v5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",18,"Part Load EER Efficiency of efficient GSHP unit",23,"Not verified.","SEER Efficiency of existing cooling unit\n= Actual, if available",8.5500000000000007,"IL TRM v5","=ROUND(((BC84*AE84*(1/W84)-(1/T84))/1000)+((BF84*AE84*(1/AH84)-(1/(AK84*3.412)))/1000)+((AN84*AQ84*(1/AT84)*AW84)/1000),4)","=ROUND(((AE84*(1/AZ84)-(1/T84))/1000)*L84,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",5.44,"HSPFexist = Heating System Performance Factor of existing heating system\n5.44 for replacing ASHP\n3.41 for replacing Electric Resistance Heat","IL TRM v5",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","This example value is the mean of values listed in ENERGY STAR criteria here: https://www.energystar.gov/index.cfm?c=most_efficient.me_geothermal_heat_pumps , https://data.energystar.gov/Active-Specifications/ENERGY-STAR-Most-Efficient-Geothermal-Heat-Pumps/4c82-7ysy . \nIdeally this value would come from the specs of the actual unit installed.",1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v5",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 v5",2.0004999999999997,"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 v5",9732988.4467200004,"GSHP Coefficient\n= GPD * Household * 365.25 * γWater * (Tout - Tin)","IL TRM v5",8.5500000000000007,"Energy Efficiency Ratio of existing cooling unit\n= Actual, if available\n= 8.55 for replacing ASHP\n= 8.15 for replacing Central AC","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","GSHP - EER 23_Replace at Fail GSHP_SF: HVAC",240.1,"Single Family","HVAC",null,"per unit",3200,{"$f":"ROUND(((BC85*AE85*(1/W85)-(1/T85))/1000)+((BF85*AE85*(1/AH85)-(1/(AK85*3.412)))/1000)+((AN85*AQ85*(1/AT85)*AW85)/1000),4)","v":5225.6534000000001},"IL TRM v5",{"$f":"I85/P85","v":5.3214393075356421},0.72,"IL TRM v5",{"$f":"ROUND(((AE85*(1/AZ85)-(1/T85))/1000)*L85,4)","v":0.73219999999999996},"IL TRM v5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",18,"Part Load EER Efficiency of efficient GSHP unit",23,"Not verified.","GSHP replacing Failed GSHP – 23 EER minimum (EER)",11,"IL TRM v5","=ROUND(((BC85*AE85*(1/W85)-(1/T85))/1000)+((BF85*AE85*(1/AH85)-(1/(AK85*3.412)))/1000)+((AN85*AQ85*(1/AT85)*AW85)/1000),4)","=ROUND(((AE85*(1/AZ85)-(1/T85))/1000)*L85,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",8.1999999999999993,"HSPFbase = Heating System Performance Factor of new replacement baseline heating system\n8.2 for replacing ASHP\n3.41 for replacing Electric Resistance Heat","IL TRM v5",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","This example value is the mean of values listed in ENERGY STAR criteria here: https://www.energystar.gov/index.cfm?c=most_efficient.me_geothermal_heat_pumps , https://data.energystar.gov/Active-Specifications/ENERGY-STAR-Most-Efficient-Geothermal-Heat-Pumps/4c82-7ysy . \nIdeally this value would come from the specs of the actual unit installed.",1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v5",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 v5",2.0004999999999997,"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 v5",9732988.4467200004,"GSHP Coefficient\n= GPD * Household * 365.25 * γWater * (Tout - Tin)","IL TRM v5",11.8,"EER Efficiency of new replacement ASHP","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","GSHP - EER 23_AC + Early Replacement Electric Resistance Furnace_SF: HVAC",241.1,"Single Family","HVAC",null,"per unit",5250,{"$f":"ROUND(((BC86*AE86*(1/W86)-(1/T86))/1000)+((BF86*AE86*(1/AH86)-(1/(AK86*3.412)))/1000)+((AN86*AQ86*(1/AT86)*AW86)/1000),4)","v":8428.8405000000002},"IL TRM v5",{"$f":"I86/P86","v":8.5833406313645622},0.72,"IL TRM v5",{"$f":"ROUND(((AE86*(1/AZ86)-(1/T86))/1000)*L86,4)","v":1.0601},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",18,"Part Load EER Efficiency of efficient GSHP unit",23,"Not verified.","SEER Efficiency of existing cooling unit\n= Actual, if available",8.15,"IL TRM v5","=ROUND(((BC86*AE86*(1/W86)-(1/T86))/1000)+((BF86*AE86*(1/AH86)-(1/(AK86*3.412)))/1000)+((AN86*AQ86*(1/AT86)*AW86)/1000),4)","=ROUND(((AE86*(1/AZ86)-(1/T86))/1000)*L86,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",3.41,"HSPFexist = Heating System Performance Factor of existing heating system\n5.44 for replacing ASHP\n3.41 for replacing Electric Resistance Heat","IL TRM v5",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","This example value is the mean of values listed in ENERGY STAR criteria here: https://www.energystar.gov/index.cfm?c=most_efficient.me_geothermal_heat_pumps , https://data.energystar.gov/Active-Specifications/ENERGY-STAR-Most-Efficient-Geothermal-Heat-Pumps/4c82-7ysy . \nIdeally this value would come from the specs of the actual unit installed.",1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v5",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 v5",2.0004999999999997,"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 v5",9732988.4467200004,"GSHP Coefficient\n= GPD * Household * 365.25 * γWater * (Tout - Tin)","IL TRM v5",8.15,"Energy Efficiency Ratio of existing cooling unit\n= Actual, if available\n= 8.55 for replacing ASHP\n= 8.15 for replacing Central AC","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","GSHP - EER 23_AC + Replace at Fail Electric Resistance Furnace_SF: HVAC",242.1,"Single Family","HVAC",null,"per unit",4717,{"$f":"ROUND(((BC87*AE87*(1/W87)-(1/T87))/1000)+((BF87*AE87*(1/AH87)-(1/(AK87*3.412)))/1000)+((AN87*AQ87*(1/AT87)*AW87)/1000),4)","v":8054.2236000000003},"IL TRM v5",{"$f":"I87/P87","v":8.2018570264765795},0.72,"IL TRM v5",{"$f":"ROUND(((AE87*(1/AZ87)-(1/T87))/1000)*L87,4)","v":0.78539999999999999},"IL TRM v5",982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",18,"Part Load EER Efficiency of efficient GSHP unit",23,"Not verified.","GSHP replacing failed AC w/ electric furnace – 23 EER minimum (EER)",11,"IL TRM v5","=ROUND(((BC87*AE87*(1/W87)-(1/T87))/1000)+((BF87*AE87*(1/AH87)-(1/(AK87*3.412)))/1000)+((AN87*AQ87*(1/AT87)*AW87)/1000),4)","=ROUND(((AE87*(1/AZ87)-(1/T87))/1000)*L87,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",3.41,"HSPFbase = Heating System Performance Factor of new replacement baseline heating system\n8.2 for replacing ASHP\n3.41 for replacing Electric Resistance Heat","IL TRM v5",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","This example value is the mean of values listed in ENERGY STAR criteria here: https://www.energystar.gov/index.cfm?c=most_efficient.me_geothermal_heat_pumps , https://data.energystar.gov/Active-Specifications/ENERGY-STAR-Most-Efficient-Geothermal-Heat-Pumps/4c82-7ysy . \nIdeally this value would come from the specs of the actual unit installed.",1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v5",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 v5",2.0004999999999997,"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 v5",9732988.4467200004,"GSHP Coefficient\n= GPD * Household * 365.25 * γWater * (Tout - Tin)","IL TRM v5",11,"EER Efficiency of new replacement Central AC","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","GSHP - EER 23_ASHP + Early Replacement _SF: HVAC",243.1,"Single Family","HVAC",null,"per unit",5250,{"$f":"ROUND(((BC88*AE88*(1/W88)-(1/T88))/1000)+((BF88*AE88*(1/AH88)-(1/(AK88*3.412)))/1000)+((AN88*AQ88*(1/AT88)*AW88)/1000),4)","v":6554.2619000000004},"IL TRM v5",{"$f":"I88/P88","v":6.6744011201629334},0.72,"IL TRM v5",{"$f":"ROUND(((AE88*(1/AZ88)-(1/T88))/1000)*L88,4)","v":1.0105},null,982,"EFLHcool, from PY2016 analysis\n(Normalized EnergyStar KC Cooling Hours to IL TRM CDD)",18,"Part Load EER Efficiency of efficient GSHP unit",23,"Not verified.","SEER Efficiency of existing cooling unit\n= Actual, if available",8.5500000000000007,"IL TRM v5","=ROUND(((BC88*AE88*(1/W88)-(1/T88))/1000)+((BF88*AE88*(1/AH88)-(1/(AK88*3.412)))/1000)+((AN88*AQ88*(1/AT88)*AW88)/1000),4)","=ROUND(((AE88*(1/AZ88)-(1/T88))/1000)*L88,4)","2018-04-01",null,null,null,12000,"Allows for Capacity input in Tons; converts tons to BTUs"," ",5.44,"HSPFexist = Heating System Performance Factor of existing heating system\n5.44 for replacing ASHP\n3.41 for replacing Electric Resistance Heat","IL TRM v5",4.5,"COPpl = Part Load Coefficient of Performance, Actual installed value","This example value is the mean of values listed in ENERGY STAR criteria here: https://www.energystar.gov/index.cfm?c=most_efficient.me_geothermal_heat_pumps , https://data.energystar.gov/Active-Specifications/ENERGY-STAR-Most-Efficient-Geothermal-Heat-Pumps/4c82-7ysy . \nIdeally this value would come from the specs of the actual unit installed.",1,"ElecDHW:\n= 1 if HW system is electric\n= 0 if HW system is not electric","IL TRM v5",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 v5",2.0004999999999997,"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 v5",9732988.4467200004,"GSHP Coefficient\n= GPD * Household * 365.25 * γWater * (Tout - Tin)","IL TRM v5",8.5500000000000007,"Energy Efficiency Ratio of existing cooling unit\n= Actual, if available\n= 8.55 for replacing ASHP\n= 8.15 for replacing Central AC","IL TRM v5",982,"EFLHcool","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.",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."," "]
["Heating, Cooling & Weatherization","Duct Repair and Sealing",278,"Single Family","HVAC",null,"per home (25% to 10%)",497.62,{"$f":"ROUND(((((AE89-AH89)/AE89)*AK89*AN89*AQ89)/1000/AT89)+(((((AE89-AH89)/AE89))*AW89*AZ89*BC89)/BF89/3412),4)","v":1218.8362},"IL TRM v6",null,0.46600000000000003,"IL TRM v6",{"$f":"ROUND(((((AE89-AH89)/AE89)*AK89*AN89*AQ89)/1000/AT89)/AK89*L89,8)","v":9.1173909999999997E-2},"IL TRM v6",null,null,20,"Duct sealing using mastic sealant or metal \ntape",null,null,"Unsealed/leaking ductwork",null,null,{"$f":"cellformula(I89)","v":"=ROUND(((((AE89-AH89)/AE89)*AK89*AN89*AQ89)/1000/AT89)+(((((AE89-AH89)/AE89))*AW89*AZ89*BC89)/BF89/3412),4)"},{"$f":"cellformula(N89)","v":"=ROUND(((((AE89-AH89)/AE89)*AK89*AN89*AQ89)/1000/AT89)/AK89*L89,8)"},"2019-04-01",null,null,null,0.92,"Deafter","IL TRM v6, example rating",0.85,"Debefore","IL TRM v6, example rating",1035,"FLHcool","IL TRM v6 for single family home",36000,"CapacityCool","IL TRM v6, example rating",1,"TRFcool","IL TRM v6",14,"ηCool","IL TRM v6 for heat pumps after 2015 (assuming upgrades as part of program participation)",1266,"FLHheat","IL TRM v6",36000,"OutputCapacityHeat","IL TRM v6",1,"TRFheat","IL TRM v6",1,"ηHeat","IL TRM v6"]
["Heating, Cooling & Weatherization","ECM Continous Fan EUL Early Replacement - SF",385,"Single Family","Motor",null,"per unit",97,{"$f":"ROUND(AE90*AN90*12*(1/AH90-1/AK90)*AT90+AW90*AZ90+BC90*BF90,4)","v":1346.8467000000001},"Wisconsin Focus on Energy 2018 TRM",{"$f":"N90/L90","v":0.81470588235294117},0.68,"IL TRM v6.0",{"$f":"ROUND(AE90*12*(1/BI90-1/BL90)*L90*AT90,4)","v":0.55400000000000005},"Wisconsin Focus on Energy 2018 TRM"," ",null,6,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null,null,{"$f":"cellformula(I90)","v":"=ROUND(AE90*AN90*12*(1/AH90-1/AK90)*AT90+AW90*AZ90+BC90*BF90,4)"},{"$f":"cellformula(N90)","v":"=ROUND(AE90*12*(1/BI90-1/BL90)*L90*AT90,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",8.86,"SEERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",{"$f":"-0.02*AH90^2+1.12*AH90","v":8.3532080000000004},"EERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",{"$f":"-0.02*AK90^2+1.12*AK90","v":11.180000000000003},"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Heating, Cooling & Weatherization","ECM Continous Fan EUL Early Replacement - SF (future)",386,"Single Family","Motor",null,"per unit",0,{"$f":"ROUND(AE91*AN91*12*(1/AH91-1/AK91)*AT91+AW91*AZ91+BC91*BF91,4)","v":524.05529999999999},"Wisconsin Focus on Energy 2018 TRM",{"$f":"N91/L91","v":0.14132352941176471},0.68,"IL TRM v6.0",{"$f":"ROUND(AE91*12*(1/BI91-1/BL91)*L91*AT91,4)","v":9.6100000000000005E-2},"Wisconsin Focus on Energy 2018 TRM"," ",null,12,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null,null,{"$f":"cellformula(I91)","v":"=ROUND(AE91*AN91*12*(1/AH91-1/AK91)*AT91+AW91*AZ91+BC91*BF91,4)"},{"$f":"cellformula(N91)","v":"=ROUND(AE91*12*(1/BI91-1/BL91)*L91*AT91,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",{"$f":"-0.02*AH91^2+1.12*AH91","v":10.560000000000002},"EERbase","Wisconsin Focus on Energy 2018 TRM",{"$f":"-0.02*AK91^2+1.12*AK91","v":11.180000000000003},"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Heating, Cooling & Weatherization","ECM Continous Fan EUL Early Replacement - MF",387,"Multi-Family","Motor",null,"per unit",97,{"$f":"ROUND(AE92*AN92*12*(1/AH92-1/AK92)*AT92+AW92*AZ92+BC92*BF92,4)","v":1346.8467000000001},"Wisconsin Focus on Energy 2018 TRM",{"$f":"N92/L92","v":0.81470588235294117},0.68,"IL TRM v6.0",{"$f":"ROUND(AE92*12*(1/BI92-1/BL92)*L92*AT92,4)","v":0.55400000000000005},"Wisconsin Focus on Energy 2018 TRM"," ",null,6,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null,null,{"$f":"cellformula(I92)","v":"=ROUND(AE92*AN92*12*(1/AH92-1/AK92)*AT92+AW92*AZ92+BC92*BF92,4)"},{"$f":"cellformula(N92)","v":"=ROUND(AE92*12*(1/BI92-1/BL92)*L92*AT92,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",8.86,"SEERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",8.3532080000000004,"EERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Heating, Cooling & Weatherization","ECM Continous Fan EUL Early Replacement - MF (future)",388,"Multi-Family","Motor",null,"per unit",0,{"$f":"ROUND(AE93*AN93*12*(1/AH93-1/AK93)*AT93+AW93*AZ93+BC93*BF93,4)","v":524.05529999999999},"Wisconsin Focus on Energy 2018 TRM",{"$f":"N93/L93","v":0.14132352941176471},0.68,"IL TRM v6.0",{"$f":"ROUND(AE93*12*(1/BI93-1/BL93)*L93*AT93,4)","v":9.6100000000000005E-2},"Wisconsin Focus on Energy 2018 TRM"," ",null,12,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null,null,{"$f":"cellformula(I93)","v":"=ROUND(AE93*AN93*12*(1/AH93-1/AK93)*AT93+AW93*AZ93+BC93*BF93,4)"},{"$f":"cellformula(N93)","v":"=ROUND(AE93*12*(1/BI93-1/BL93)*L93*AT93,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",10.560000000000002,"EERbase","Wisconsin Focus on Energy 2018 TRM",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","Screw In - LEDs",53.2,"Multi-Family","Lighting","Kits","per lamp",3.93,{"$f":"ROUND(($W94-$T94)/1000*$P94*$AE94*$AK94,4)","v":28.2745},"IL TRM v5",{"$f":"I94/P94","v":3.366011904761905E-2},0.08,"IL TRM v5",{"$f":"ROUND(($W94-$T94)/1000*L94*$AH94*$AK94,4)","v":2.8E-3},"IL TRM v5",840,"IL TRM v5",10,"Screw In - LEDs",9.2899999999999991,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I94)","v":"=ROUND(($W94-$T94)/1000*$P94*$AE94*$AK94,4)"},{"$f":"cellformula(N94)","v":"=ROUND(($W94-$T94)/1000*L94*$AH94*$AK94,4)"},"2018-04-01","2019-03-31",null,null,1.06,"Waste Heat Factor, Energy","IL TRM v5",1.1100000000000001,"Waste Heat Factor, Demand","IL TRM v5",0.94199999999999995,"ISR","Navigant MEEIA Cycle 1 Research"," "]
["Income-Eligible Multi-Family","Screw In - LEDs (In-Unit)",53.3,"Multi-Family","Lighting","Kits","per lamp",3.93,{"$f":"ROUND(($W95-$T95)/1000*$P95*$AE95*$AK95,4)","v":26.0063},"IL TRM v5",{"$f":"I95/P95","v":3.4263899868247696E-2},7.0999999999999994E-2,"IL TRM v5",{"$f":"ROUND(($W95-$T95)/1000*L95*$AH95*$AK95,4)","v":2.5000000000000001E-3},"IL TRM v5",759,"IL TRM v5",10,"Screw In - LEDs",9,"Program Tracking Database","43 watts based on halogen equivalent to average of bulbs sold in program ",43,null,{"$f":"cellformula(I95)","v":"=ROUND(($W95-$T95)/1000*$P95*$AE95*$AK95,4)"},{"$f":"cellformula(N95)","v":"=ROUND(($W95-$T95)/1000*L95*$AH95*$AK95,4)"},"2019-04-01",null,null,null,1.04,"Waste Heat Factor, Energy","IL TRM v5",1.07,"Waste Heat Factor, Demand","IL TRM v5",0.96899999999999997,"ISR","IL TRM v5"," "]
["Income-Eligible Multi-Family","Low Flow Faucet Aerator-Bathroom",268,"Multi-Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W96-T96)*AH96*AK96*365.25)*AE96*AN96,4)","v":38.928699999999999},"IL TRM V.5",{"$f":"I96/P96","v":2.7806214285714286},2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W96-T96)*AH96*AK96*365.25)*AE96*AN96)/P96*L96,4)","v":6.1199999999999997E-2},null,14,"IL TRM V.5",9,"Low Flow (GPM)",1.5,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline",{"$f":"cellformula(I96)","v":"=ROUND(((W96-T96)*AH96*AK96*365.25)*AE96*AN96,4)"},{"$f":"cellformula(N96)","v":"=ROUND((((W96-T96)*AH96*AK96*365.25)*AE96*AN96)/P96*L96,4)"},"2018-04-01","2019-03-31",null,null,7.9500000000000001E-2,"kWh per gallon hot water, bathroom"," ",{"$f":"1.6*0.9/1.5","v":0.96000000000000008},"Faucet Coefficient, Bathroom: Minutes/day * Drain Factor / Faucets per Household","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Low Flow Faucet Aerator-Bathroom",268.10000000000002,"Multi-Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W97-T97)*AH97*AK97*365.25)*AE97*AN97,4)","v":66.734899999999996},"IL TRM V.5",3.0334045454545451,2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W97-T97)*AH97*AK97*365.25)*AE97*AN97)/P97*L97,4)","v":6.6699999999999995E-2},null,22,"IL TRM V.5",9,"Low Flow (GPM)",1,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline",{"$f":"cellformula(I97)","v":"=ROUND(((W97-T97)*AH97*AK97*365.25)*AE97*AN97,4)"},{"$f":"cellformula(N97)","v":"=ROUND((((W97-T97)*AH97*AK97*365.25)*AE97*AN97)/P97*L97,4)"},"2019-04-01",null,null,null,7.9500000000000001E-2,"kWh per gallon hot water, bathroom"," ",{"$f":"1.6*0.9/1.5","v":0.96000000000000008},"Faucet Coefficient, Bathroom: Minutes/day * Drain Factor / Faucets per Household","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Low Flow Faucet Aerator-Kitchen",269,"Multi-Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W98-T98)*AH98*AK98*365.25)*AE98*AN98,4)","v":159.78890000000001},"IL TRM V.5",1.6998819148936171,2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W98-T98)*AH98*AK98*365.25)*AE98*AN98)/P98*L98,4)","v":3.7400000000000003E-2},null,94,"IL TRM V.5",9,"Low Flow (GPM)",1.5,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline","=ROUND(((W98-T98)*AH98*AK98*365.25)*AE98*AN98,4)","=ROUND((((W98-T98)*AH98*AK98*365.25)*AE98*AN98)/P98*L98,4)","2018-04-01","2019-03-31",null,null,9.69E-2,"kWh per gallon hot water, kitchen"," ",{"$f":"4.5*0.75/1","v":3.375},"Faucet Coefficient, Kitchen","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.91,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Low Flow Faucet Aerator-Kitchen",269.10000000000002,"Multi-Family","Hot Water","Kits","per unit",8,{"$f":"ROUND(((W99-T99)*AH99*AK99*365.25)*AE99*AN99,4)","v":159.78890000000001},"IL TRM V.5",2.0751805194805195,2.1999999999999999E-2,"IL TRM v5",{"$f":"ROUND((((W99-T99)*AH99*AK99*365.25)*AE99*AN99)/P99*L99,4)","v":4.5699999999999998E-2},null,77,"IL TRM V.5",9,"Low Flow (GPM)",1.5,"Program Tracking Database","Standard (GPM)",2.2000000000000002,"Federal Baseline",{"$f":"cellformula(I99)","v":"=ROUND(((W99-T99)*AH99*AK99*365.25)*AE99*AN99,4)"},{"$f":"cellformula(N99)","v":"=ROUND((((W99-T99)*AH99*AK99*365.25)*AE99*AN99)/P99*L99,4)"},"2019-04-01",null,null,null,9.69E-2,"kWh per gallon hot water, kitchen"," ",{"$f":"4.5*0.75/1","v":3.375},"Faucet Coefficient, Kitchen","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.91,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Pipe Insulated",55.1,"Multi-Family","Hot Water","Kits","per unit",18,{"$f":"ROUND(((((AE100*PI()*AK100)/W100) - ((AH100*PI()*AK100)/T100))*AN100)/AQ100/3412,4)","v":72.064999999999998},"IL TRM v5, modified to account for larger diameter due to added pipe insulation",{"$f":"I100/P100","v":8.2209673739447858E-3},"NA","NA",{"$f":"ROUND(I100/8766,4)","v":8.2000000000000007E-3},null,8766,"IL TRM V.5",15,"Efficient R-Value due to added insulation",{"$f":"1+5","v":6},"IL TRM v5","R-Value of bare pipe",1,"IL TRM v5",{"$f":"cellformula(I100)","v":"=ROUND(((((AE100*PI()*AK100)/W100) - ((AH100*PI()*AK100)/T100))*AN100)/AQ100/3412,4)"},{"$f":"cellformula(N100)","v":"=ROUND(I100/8766,4)"},"2018-04-01",null,null,null,{"$f":"0.75/12","v":6.25E-2},"Dbase = Pipe Diameter (ft)","IL TRM v5",{"$f":"(0.75+1*2)/12","v":0.22916666666666666},"Dee = Updated Pipe Diameter, due to added insulation (ft)","IL TRM v5",6,"Length of added pipe insulation"," ",{"$f":"60*8766","v":525960},"Pipe Insulated Coefficient 1 = ∆T * Hours = 60 * 8766","IL TRM v5",0.98,"Recovery efficiency of electric water heater","IL TRM v5"]
["Income-Eligible Multi-Family","Low Flow Showerhead",56.1,"Multi-Family","Hot Water","Kits","per unit",12,{"$f":"ROUND(((W101-T101)*AH101*AK101*365.25)*AE101*AN101,4)","v":260.79399999999998},"IL TRM V.5",{"$f":"I101/P101","v":0.86355629139072843},2.7799999999999998E-2,"IL TRM v5",{"$f":"ROUND((((W101-T101)*AH101*AK101*365.25)*AE101*AN101)/P101*L101,4)","v":2.4E-2},null,302,"IL TRM V.5",10,"Low Flow (GPM)",1.5,"EEP from ICF","Standard (GPM)",2.67,"IL TRM v5","=ROUND(((W101-T101)*AH101*AK101*365.25)*AE101*AN101,4)","=ROUND((((W101-T101)*AH101*AK101*365.25)*AE101*AN101)/P101*L101,4)","2018-04-01","2019-03-31",null,null,0.11700000000000001,"kWh per gallon hot water","IL TRM v5",{"$f":"7.8*0.6/1.79","v":2.6145251396648042},"Showerhead Coefficient: Minutes per day * Showers per day / Showers per household","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Low Flow Showerhead",56.2,"Multi-Family","Hot Water","Kits","per unit",12,{"$f":"ROUND(((W102-T102)*AH102*AK102*365.25)*AE102*AN102,4)","v":359.0933},"IL TRM V.5",{"$f":"I102/P102","v":1.4479568548387096},2.7799999999999998E-2,"IL TRM v5",{"$f":"ROUND((((W102-T102)*AH102*AK102*365.25)*AE102*AN102)/P102*L102,4)","v":4.0300000000000002E-2},null,248,"IL TRM V.5",10,"Low Flow (GPM)",1.5,"EEP from ICF","Standard (GPM)",2.67,"IL TRM v5",{"$f":"cellformula(I102)","v":"=ROUND(((W102-T102)*AH102*AK102*365.25)*AE102*AN102,4)"},{"$f":"cellformula(N102)","v":"=ROUND((((W102-T102)*AH102*AK102*365.25)*AE102*AN102)/P102*L102,4)"},"2019-04-01",null,null,null,0.11700000000000001,"kWh per gallon hot water","IL TRM v5",3.6,"Showerhead Coefficient: Minutes per day * Showers per day / Showers per household","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","Water Heater Tank Wrap",57,"Multi-Family","Hot Water","Kits","per unit",18,{"$f":"ROUND(131.295784945569,4)","v":131.29580000000001},null,{"$f":"I103/P103","v":1.4988105022831051E-2},null,null,{"$f":"ROUND(0.0149881033042887,4)","v":1.4999999999999999E-2},null,8760,null,5,"Water Heater Blanket/Tank Wrap",null,null,"No Blanket",null,null,"=ROUND(131.295784945569,4)","=ROUND(0.0149881033042887,4)","2016-04-01"]
["Income-Eligible Multi-Family","Smart Power Strip - Wh5-Plug",247,"Multi-Family","Electronics","Kits","per unit",16,{"$f":"ROUND(56.5,4)","v":56.5},"Il TRM v5",null,0.8,"Il TRM v5",{"$f":"ROUND(I104/P104*L104,4)","v":6.3E-3},"IL TRM v5",7129,"Il TRM v5",5,"Smart strip",null,null,"Standard outlet strip",null,null,"=ROUND(56.5,4)","=ROUND(I104/P104*L104,4)","2018-04-01","2019-03-31"]
["Income-Eligible Multi-Family","Smart Power Strip - Wh7-Plug",248,"Multi-Family","Electronics","Kits","per unit",16,{"$f":"ROUND(103,4)","v":103},"Il TRM v5",{"$f":"I105/P105","v":1.4448029176602609E-2},0.8,"Il TRM v5",{"$f":"ROUND(I105/P105*L105,4)","v":1.1599999999999999E-2},"IL TRM v5",7129,"Il TRM v5",5,"Smart strip",null,null,"Standard outlet strip",null,null,"=ROUND(103,4)","=ROUND(I105/P105*L105,4)","2018-04-01","2019-03-31"]
["Income-Eligible Multi-Family","Smart Power Strip - Wh7-Plug",248.1,"Multi-Family","Electronics","Kits","per unit",26,{"$f":"ROUND(103,4)","v":103},"Il TRM v5",1.4448029176602609E-2,0.8,"Il TRM v5",{"$f":"ROUND(0.0115,4)","v":1.15E-2},"IL TRM v5",7129,"Il TRM v5",5,"Smart strip",null,null,"Standard outlet strip",null,null,{"$f":"cellformula(I106)","v":"=ROUND(103,4)"},{"$f":"cellformula(N106)","v":"=ROUND(0.0115,4)"},"2019-04-01"]
["Income-Eligible Multi-Family","LED Exit Sign",59.1,"Multi-Family","Lighting","Common Area - DI","per unit",30,{"$f":"ROUND((W107-T107)/1000*P107*AE107,4)","v":82.049800000000005},"Il TRM v5",{"$f":"(W107-T107)/1000*AH107","v":9.6299999999999997E-3},1,"Il TRM v5",{"$f":"ROUND(K107*L107,4)","v":9.5999999999999992E-3},"IL TRM v5",8766,"Il TRM v5",16,"LED (watts)",2,null,"Fluorescent (watts)",11,"Illinois TRM V.5.","=ROUND((W107-T107)/1000*P107*AE107,4)","=ROUND(K107*L107,4)","2018-04-01",null,null,null,1.04,"Waste Heat Factor (energy)","Il TRM v5",1.07,"Waste Heat Factor (demand)"]
["Income-Eligible Multi-Family","High Bay Fluorescent Fixture w/ HE Electronic Ballast (T5 >4 lamps)",60,"Multi-Family","Lighting","Common Area - DI","per fixture",100,{"$f":"ROUND((W108-T108)/1000*P108*AE108,4)","v":701.00689999999997},null,0.21574000000000002,0.66,null,{"$f":"ROUND(K108*L108,4)","v":0.1424},null,3088,null,15,"High Bay - T5 >4 lamp",295,null,"Metal Halide (watts)",456,null,"=ROUND((W108-T108)/1000*P108*AE108,4)","=ROUND(K108*L108,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Income-Eligible Multi-Family","Low Wattage T8 Lamp",61,"Multi-Family","Lighting","Common Area - DI","per lamp",2,{"$f":"ROUND((W109-T109)/1000*P109*AE109,4)","v":26.124500000000001},null,8.0400000000000003E-3,0.66,null,{"$f":"ROUND(K109*L109,4)","v":5.3E-3},null,3088,null,10,"Low Wattage T8 (watts)",22,null,"Standard T8 (watts)",28,null,"=ROUND((W109-T109)/1000*P109*AE109,4)","=ROUND(K109*L109,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Income-Eligible Multi-Family","LED Flood Light (<15W) (Exterior)",62.1,"Multi-Family","Lighting","Common Area - DI","per lamp",35,{"$f":"ROUND(($W110-$T110)/1000*$P110*$AE110*$AK110,4)","v":212.465},null,4.6010000000000002E-2,0,null,{"$f":"ROUND(($W110-$T110)/1000*$L110*$AH110*$AK110,4)","v":0},null,4903,null,10,"LED (watts)",8.6999999999999993,null,"Metal Halide (watts)",51.7,null,"=ROUND(($W110-$T110)/1000*$P110*$AE110*$AK110,4)","=ROUND(($W110-$T110)/1000*$L110*$AH110*$AK110,4)","2018-04-01",null,null,null,1.04,"Waste Heat Factor (energy)","IL TRM v5",1.07,"Waste Heat Factor (demand)","IL TRM v5",0.96899999999999997,"ISR","IL TRM v5"]
["Income-Eligible Multi-Family","Screw In - LEDs - Common Area (Interior)",249,"Multi-Family","Lighting","Common Area - DI","per lamp",3.93,{"$f":"ROUND(($W111-$T111)/1000*$P111*$AE111*$AK111,4)","v":119.9234},null,{"$f":"I111/P111","v":2.0155193277310926E-2},0.64,"IL TRM v5",{"$f":"ROUND(($W111-$T111)/1000*$L111*$AH111*$AK111,4)","v":1.3299999999999999E-2},"IL TRM v5",5950,"IL TRM v5",5,"LED (watts)",9,null,"EISA tier 1 compliant Halogen (watts)",29,"IL TRM v5","=ROUND(($W111-$T111)/1000*$P111*$AE111*$AK111,4)","=ROUND(($W111-$T111)/1000*$L111*$AH111*$AK111,4)","2018-04-01",null,null,null,1.04,"Waste Heat Factor (energy)","IL TRM v5",1.07,"Waste Heat Factor (demand)","IL TRM v5",0.96899999999999997,"ISR","IL TRM v5"]
["Income-Eligible Multi-Family","Screw In - LEDs - Common Area (Exterior)",250,"Multi-Family","Lighting","Common Area - DI","per lamp",3.93,{"$f":"ROUND(($W112-$T112)/1000*$P112*$AE112*$AK112,4)","v":98.820899999999995},null,{"$f":"I112/P112","v":2.0155190699571689E-2},0,"IL TRM v5",{"$f":"ROUND(($W112-$T112)/1000*$L112*$AH112*$AK112,4)","v":0},"IL TRM v5",4903,"IL TRM v5",5,"LED (watts)",9,null,"EISA tier 1 compliant Halogen (watts)",29,"IL TRM v5","=ROUND(($W112-$T112)/1000*$P112*$AE112*$AK112,4)","=ROUND(($W112-$T112)/1000*$L112*$AH112*$AK112,4)","2018-04-01",null,null,null,1.04,"Waste Heat Factor (energy)","IL TRM v5",1.07,"Waste Heat Factor (demand)","IL TRM v5",0.96899999999999997,"ISR","IL TRM v5"]
["Income-Eligible Multi-Family","CAC Tune Up w/o RCA",274,"Multi-Family","HVAC",null,"per ton",35,{"$f":"ROUND(AH113*AK113/1000*(1/(AQ113*AT113)-1/AQ113),4)","v":148.14080000000001},"Wisconsin Focus on Energy 2017 TRM",{"$f":"AK113/1000*(1/(AN113*AT113)-1/AN113)","v":0.28550102631087915},0.9,"Wisconsin Focus on Energy 2017 TRM",{"$f":"ROUND(K113*L113,4)","v":0.25700000000000001},"Wisconsin Focus on Energy 2017 TRM"," ",null,3,"Coil cleaning of packaged air conditioning unit."," ",null,"The baseline condition is an AC system with fouled condenser coils."," ",null,{"$f":"cellformula(I113)","v":"=ROUND(AH113*AK113/1000*(1/(AQ113*AT113)-1/AQ113),4)"},{"$f":"cellformula(N113)","v":"=ROUND(K113*L113,4)"},"2019-04-01",null,null,null,null,null,null,564,"Equivalent Full Load Hours for Mechanical Cooling","IL TRM v6",36000,"Unit Cooling Capacity in Btu/hour","Installed Equipment; actual value",{"$f":"-0.02*AQ113^2+1.12*AQ113","v":9.2000000000000011},"EER","Installed Equipment; actual nameplate EER",10,"SEER","Installed Equipment; actual nameplate EER",0.93200000000000005,"Condenser coil fouling efficiency degradation factor","Wisconsin Focus on Energy 2017 TRM"," "]
["Income-Eligible Multi-Family","CAC Tune Up w/RCA",275,"Multi-Family","HVAC",null,"per ton",35,{"$f":"ROUND(AH114*AK114/1000*(1/(AQ114*AT114)-1/AQ114),4)","v":35.113700000000001},"Wisconsin Focus on Energy 2017 TRM",{"$f":"AK114/1000*(1/(AN114*AT114)-1/AN114)","v":6.767216595161224E-2},0.9,"Wisconsin Focus on Energy 2017 TRM",{"$f":"ROUND(K114*L114,4)","v":6.0900000000000003E-2},"Wisconsin Focus on Energy 2017 TRM"," ",null,10,"Refrigerant charging on packaged Air conditioning units. "," ",null,"The baseline condition is an AC system with incorrect refrigerant charge. "," ",null,{"$f":"cellformula(I114)","v":"=ROUND(AH114*AK114/1000*(1/(AQ114*AT114)-1/AQ114),4)"},{"$f":"cellformula(N114)","v":"=ROUND(K114*L114,4)"},"2019-04-01",null,null,null,null,null,null,564,"Equivalent Full Load Hours for Mechanical Cooling","IL TRM v6",36000,"Unit Cooling Capacity in Btu/hour","Installed Equipment; actual value",{"$f":"-0.02*AQ114^2+1.12*AQ114","v":9.2000000000000011},"EER","Installed Equipment; actual nameplate EER",10,"SEER","Installed Equipment; actual nameplate EER",0.98299999999999998,"Refrigerant charge efficiency degradation factor","Wisconsin Focus on Energy 2017 TRM"," "]
["Income-Eligible Multi-Family","Air Sealing",320,"Multi-Family","HVAC - Shell",null,"per sq ft (floor area)",0.12,{"$f":"ROUND((AW115*((W115-T115)/AN115*AE115*AT115*AC115)/AK115)/AZ115+(((W115-T115)/AQ115*AE115*AD115)/AH115)/AZ115,4)","v":0.43369999999999997},"IL TRM v5, PY2016 averages",{"$f":"I115/P115","v":4.4164969450101829E-4},0.72,"IL TRM v5",{"$f":"ROUND((((AW115*((W115-T115)/AN115*AE115*AT115*AC115)/AK115)/AZ115)/P115)*L115,8)","v":6.1489999999999996E-5},"IL TRM v5, PY2016 averages",982,"EFLHcool, from PY2016 analysis",15,"Efficient CFM",3083.5941558441559,"PY2016 average","Baseline CFM",4342.9967532467535,"PY2016 average",{"$f":"cellformula(I115)","v":"=ROUND((AW115*((W115-T115)/AN115*AE115*AT115*AC115)/AK115)/AZ115+(((W115-T115)/AQ115*AE115*AD115)/AH115)/AZ115,4)"},{"$f":"cellformula(N115)","v":"=ROUND((((AW115*((W115-T115)/AN115*AE115*AT115*AC115)/AK115)/AZ115)/P115)*L115,8)"},"2019-04-01",null,1445,5155,25.919999999999998,"Air Sealing Coefficient: 60 * 24 * 0.018","IL TRM v5",6551.04,"Heating Coefficient: COP * 3,412\nCOP = 1.7 for units before 2006\nCOP = 1.92 for units between 2006-2014\nCOP = 2.4 for units after 2014","IL TRM v5",13000,"Cooling Coefficient","IL TRM v5: SEER * 1,000.  \nSEER 10 for units before 2006\nSEER 13 for units after 2006",35.799999999999997,"Ncool: Infiltration conversion factor","IL TRM v5",22.5,"Nheat: Infiltration conversion factor","IL TRM v5",0.75,"DUA: Discretionary Use Adjustment","IL TRM v5",3.6,"LM: Latent Cooling Multiplier","IL TRM v5",3263,"Square footage installed","PY2016 average"]
["Income-Eligible Multi-Family","Interior Directional LED Lamp replacing 50-70W Lamp",321,"Multi-Family","Lighting",null,"per lamp",40,{"$f":"ROUND((W116-T116)/1000*P116*AE116,4)","v":255.26060000000001},"IL TRM v6",{"$f":"(W116-T116)/1000*AH116","v":6.6145432512546454E-2},0.71973500932794265,"IL TRM v6",{"$f":"ROUND(K116*L116,4)","v":4.7600000000000003E-2},"IL TRM v6",4528.6671308970745,null,11,"Interior Directional LED Lamp",10.678689715281815,null,"50-70Watts Lamp",60,null,{"$f":"cellformula(I116)","v":"=ROUND((W116-T116)/1000*P116*AE116,4)"},{"$f":"cellformula(N116)","v":"=ROUND(K116*L116,4)"},"2019-04-01",null,null,null,1.1428226794981038,"Waste Heat Factor_Energy",null,1.341112637330746,"Waste Heat Factor_Demand"]
["Income-Eligible Multi-Family","ASHP Tune Up w/o RCA",276,"Multi-Family","HVAC",null,"per ton",35,{"$f":"ROUND(AH117*AK117/1000*(1/(AQ117*AT117)-1/AQ117)+AW117*BC117/1000*(1/(AZ117*AT117)-1/AZ117),4)","v":1085.9947999999999},"Wisconsin Focus on Energy 2017 TRM",{"$f":"AK117/1000*(1/(AN117*AT117)-1/AN117)","v":0.28550102631087915},0.9,"Wisconsin Focus on Energy 2017 TRM",{"$f":"ROUND(K117*L117,4)","v":0.25700000000000001},"Wisconsin Focus on Energy 2017 TRM"," ",null,3,"Coil cleaning of packaged heat pump unit."," ",null,"The baseline condition is a heat pump system with fouled condenser coils."," ",null,{"$f":"cellformula(I117)","v":"=ROUND(AH117*AK117/1000*(1/(AQ117*AT117)-1/AQ117)+AW117*BC117/1000*(1/(AZ117*AT117)-1/AZ117),4)"},{"$f":"cellformula(N117)","v":"=ROUND(K117*L117,4)"},"2019-04-01",null,null,null,null,null,null,564,"Equivalent Full Load Hours for Mechanical Cooling","IL TRM v6",36000,"Unit Cooling Capacity in Btu/hour","Installed Equipment; actual value",{"$f":"-0.02*AQ117^2+1.12*AQ117","v":9.2000000000000011},"EER","Installed Equipment; actual nameplate EER",10,"SEER","Installed Equipment; actual nameplate EER",0.93200000000000005,"Condenser coil fouling efficiency degradation factor","Wisconsin Focus on Energy 2017 TRM",1821,"Equivalent Full Load Hours for Mechanical Heating","IL TRM v6",6.8,"HSPF","Installed Equipment; actual nameplate EER",48000,"Unit Heating Capacity in Btu/hour","Installed Equipment; actual value"," "]
["Income-Eligible Multi-Family","ASHP Tune Up w/ RCA",277,"Multi-Family","HVAC",null,"per ton",35,{"$f":"ROUND(AH118*AK118/1000*(1/(AQ118*AT118)-1/AQ118)+AW118*BC118/1000*(1/(AZ118*AT118)-1/AZ118),4)","v":257.4128},"Wisconsin Focus on Energy 2017 TRM",{"$f":"AK118/1000*(1/(AN118*AT118)-1/AN118)","v":6.767216595161224E-2},0.9,"Wisconsin Focus on Energy 2017 TRM",{"$f":"ROUND(K118*L118,4)","v":6.0900000000000003E-2},"Wisconsin Focus on Energy 2017 TRM"," ",null,10,"Refrigerant charging on packaged heat pump units. "," ",null,"The baseline condition is a heat pump system with incorrect refrigerant charge. "," ",null,{"$f":"cellformula(I118)","v":"=ROUND(AH118*AK118/1000*(1/(AQ118*AT118)-1/AQ118)+AW118*BC118/1000*(1/(AZ118*AT118)-1/AZ118),4)"},{"$f":"cellformula(N118)","v":"=ROUND(K118*L118,4)"},"2019-04-01",null,null,null,null,null,null,564,"Equivalent Full Load Hours for Mechanical Cooling","IL TRM v6",36000,"Unit Cooling Capacity in Btu/hour","Installed Equipment; actual value",{"$f":"-0.02*AQ118^2+1.12*AQ118","v":9.2000000000000011},"EER","Installed Equipment; actual nameplate EER",10,"SEER","Installed Equipment; actual nameplate EER",0.98299999999999998,"Refrigerant charge efficiency degradation factor","Wisconsin Focus on Energy 2017 TRM",1821,"Equivalent Full Load Hours for Mechanical Heating","IL TRM v6",6.8,"HSPF","Installed Equipment; actual nameplate EER",48000,"Unit Heating Capacity in Btu/hour","Installed Equipment; actual value"," "]
["Income-Eligible Multi-Family","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO",322,"Multi-Family","Lighting",null,"per unit",145,{"$f":"ROUND((W119-T119)/1000*P119*AE119,4)","v":300.18450000000001},"IL TRM v6",{"$f":"(W119-T119)/1000*AH119","v":8.2833467863560481E-2},0.67314062591104151,"IL TRM v6",{"$f":"ROUND(K119*L119,4)","v":5.5800000000000002E-2},"IL TRM v6",4143.0865648262179,null,12,"LED 2X4 Retrofit Kits",35.119811244492944,null,"2x4 T8, T12 or T5 Fluorescents",98.057149580000001,null,{"$f":"cellformula(I119)","v":"=ROUND((W119-T119)/1000*P119*AE119,4)"},{"$f":"cellformula(N119)","v":"=ROUND(K119*L119,4)"},"2019-04-01",null,null,null,1.1512134336091124,"Waste Heat Factor_Energy",null,1.3161260080938109,"Waste Heat Factor_Demand"]
["Income-Eligible Multi-Family","ECM Auto Fan EUL Replacement - MF",389,"Multi-Family","Motor",null,"per unit",97,{"$f":"ROUND(AE120*AN120*12*(1/AH120-1/AK120)*AT120+AW120*AZ120+BC120*BF120,4)","v":524.05529999999999},"Wisconsin Focus on Energy 2018 TRM",{"$f":"N120/L120","v":0.14132352941176471},0.68,"IL TRM v6.0",{"$f":"ROUND(AE120*12*(1/BI120-1/BL120)*L120*AT120,4)","v":9.6100000000000005E-2},"Wisconsin Focus on Energy 2018 TRM"," ",null,18,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I120)","v":"=ROUND(AE120*AN120*12*(1/AH120-1/AK120)*AT120+AW120*AZ120+BC120*BF120,4)"},{"$f":"cellformula(N120)","v":"=ROUND(AE120*12*(1/BI120-1/BL120)*L120*AT120,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",{"$f":"-0.02*AH120^2+1.12*AH120","v":10.560000000000002},"EERbase","Wisconsin Focus on Energy 2018 TRM",{"$f":"-0.02*AK120^2+1.12*AK120","v":11.180000000000003},"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","ECM Auto Fan Early Replacement - MF",390,"Multi-Family","Motor",null,"per unit",97,1346.8467000000001,"Wisconsin Focus on Energy 2018 TRM",0.81470588235294117,0.68,"IL TRM v6.0",0.55400000000000005,"Wisconsin Focus on Energy 2018 TRM"," ",null,6,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I121)","v":"=ROUND(AE121*AN121*12*(1/AH121-1/AK121)*AT121+AW121*AZ121+BC121*BF121,4)"},{"$f":"cellformula(N121)","v":"=ROUND(AE121*12*(1/BI121-1/BL121)*L121*AT121,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",8.86,"SEERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",8.3532080000000004,"EERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","ECM Auto Fan Early Replacement (future) - MF",391,"Multi-Family","Motor",null,"per unit",0,524.05529999999999,"Wisconsin Focus on Energy 2018 TRM",0.14132352941176471,0.68,"IL TRM v6.0",9.6100000000000005E-2,"Wisconsin Focus on Energy 2018 TRM"," ",null,12,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I122)","v":"=ROUND(AE122*AN122*12*(1/AH122-1/AK122)*AT122+AW122*AZ122+BC122*BF122,4)"},{"$f":"cellformula(N122)","v":"=ROUND(AE122*12*(1/BI122-1/BL122)*L122*AT122,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",10.560000000000002,"EERbase","Wisconsin Focus on Energy 2018 TRM",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","ECM Continous Fan EUL Replacement - MF",392,"Multi-Family","Motor",null,"per unit",97,524.05529999999999,"Wisconsin Focus on Energy 2018 TRM",0.14132352941176471,0.68,"IL TRM v6.0",9.6100000000000005E-2,"Wisconsin Focus on Energy 2018 TRM"," ",null,18,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I123)","v":"=ROUND(AE123*AN123*12*(1/AH123-1/AK123)*AT123+AW123*AZ123+BC123*BF123,4)"},{"$f":"cellformula(N123)","v":"=ROUND(AE123*12*(1/BI123-1/BL123)*L123*AT123,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",10.560000000000002,"EERbase","Wisconsin Focus on Energy 2018 TRM",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","ECM Continous Fan Early Replacement - MF",393,"Multi-Family","Motor",null,"per unit",97,1346.8467000000001,"Wisconsin Focus on Energy 2018 TRM",0.81470588235294117,0.68,"IL TRM v6.0",0.55400000000000005,"Wisconsin Focus on Energy 2018 TRM"," ",null,6,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I124)","v":"=ROUND(AE124*AN124*12*(1/AH124-1/AK124)*AT124+AW124*AZ124+BC124*BF124,4)"},{"$f":"cellformula(N124)","v":"=ROUND(AE124*12*(1/BI124-1/BL124)*L124*AT124,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",8.86,"SEERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",8.3532080000000004,"EERexist","This value is from IL TRM v6.0 but should be actual equipment SEER value. ",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","ECM Continous Fan Early Replacement (future) - MF",394,"Multi-Family","Motor",null,"per unit",0,524.05529999999999,"Wisconsin Focus on Energy 2018 TRM",0.14132352941176471,0.68,"IL TRM v6.0",9.6100000000000005E-2,"Wisconsin Focus on Energy 2018 TRM"," ",null,12,"ECM Blower Motor",null,null,"Non-ECM Blower Motor",null," ",{"$f":"cellformula(I125)","v":"=ROUND(AE125*AN125*12*(1/AH125-1/AK125)*AT125+AW125*AZ125+BC125*BF125,4)"},{"$f":"cellformula(N125)","v":"=ROUND(AE125*12*(1/BI125-1/BL125)*L125*AT125,4)"},"2019-04-01",null,null,null,2.4249999999999998,"Air conditioner capacity in tons","Wisconsin Focus on Energy 2018 TRM",12,"SEERbase","Wisconsin Focus on Energy 2018 TRM",13,"SEERecm","Wisconsin Focus on Energy 2018 TRM",1035,"FLH_cooling","IL TRM v6.0",0.68,"CF","IL TRM v6.0",0.92500000000000004,"Percentage of furnaces with AC","Wisconsin Focus on Energy 2018 TRM",1158,"Hours of heating operation","Wisconsin Focus on Energy 2018 TRM",0.11600000000000001,"Energy savings in heating","Wisconsin Focus on Energy 2018 TRM",1020,"Hours of fan-only operation","Wisconsin Focus on Energy 2018 TRM",0.20699999999999999,"Energy savings in fan-only","Wisconsin Focus on Energy 2018 TRM",10.560000000000002,"EERbase","Wisconsin Focus on Energy 2018 TRM",11.180000000000003,"EERecm","Wisconsin Focus on Energy 2018 TRM"," "]
["Income-Eligible Multi-Family","Refrigerator - Early Replacement -  MF",405,"Multi-Family","Appliances",null,"per unit",451,{"$f":"ROUND((AQ126-AN126),4)","v":696},"IL TRM v6.0",null,null,null,{"$f":"ROUND((I126/CA126)*BU126*BX126,4)","v":0.10489999999999999},"IL TRM v6.0",8766,"IL TRM v6.0",4,"UEC",{"$f":"AN126","v":331.7},"IL TRM v6.0","UEC",{"$f":"AQ126","v":1027.7},"IL TRM v6.0",{"$f":"cellformula(I126)","v":"=ROUND((AQ126-AN126),4)"},{"$f":"cellformula(N126)","v":"=ROUND((I126/CA126)*BU126*BX126,4)"},"2019-04-01",null,null,null,14.75,"Fresh Volume_ee (ft3)","IL TRM v6.0",6.76,"Freezer Volume_ee (ft3)","IL TRM v6.0",{"$f":"ROUND(AE126+1.63*AH126,2)","v":25.77},"Adjusted Volume_ee","IL TRM v6.0",{"$f":"ROUND(6.11*AK126+174.2,1)","v":331.7},"UECEE","IL TRM v6.0",{"$f":"ROUND((83.32+(AT126*3.68)+(AW126*485.04)+(AZ126*27.15)+(BC126*406.78)+(BF126*161.86)+(BI126*BL126*15.37)+(BO126*BL126-11.07))*BR126,1)","v":1027.7},"UECEXIST","IL TRM v6.0",10,"Age","IL TRM v6.0",0,"Pre-1990","IL TRM v6.0",21.5,"Size (ft3)","IL TRM v6.0",1,"Side-by-side","IL TRM v6.0",1,"Proportion of Primary Appliances","IL TRM v6.0",{"$f":"1570/365","v":4.3013698630136989},"CDD/365","IL TRM v6.0",0,"Unconditioned","IL TRM v6.0",{"$f":"4379/365","v":11.997260273972604},"HDD/365","IL TRM v6.0",{"$f":"ROUND(0.814729665,4)","v":0.81469999999999998},"Part Use Factor",null,1.25,"TAF","IL TRM v6.0",1.0569999999999999,"LSAF","IL TRM v6.0",8766,"Hours","IL TRM v6.0"]
["Income-Eligible Multi-Family","Refrigerator - Early Replacement (future) - MF ",406,"Multi-Family","Appliances",null,"per measure",0,{"$f":"ROUND((AQ127-AN127),4)","v":36.9},"IL TRM v6.0",null,null,null,{"$f":"ROUND((I127/AZ127)*AT127*AW127,4)","v":5.5999999999999999E-3},"IL TRM v6.0",8766,"IL TRM v6.0",8,"UEC",{"$f":"AN127","v":331.7},"IL TRM v6.0","UEC",{"$f":"AQ127","v":368.6},"IL TRM v6.0",{"$f":"cellformula(I127)","v":"=ROUND((AQ127-AN127),4)"},{"$f":"cellformula(N127)","v":"=ROUND((I127/AZ127)*AT127*AW127,4)"},"2019-04-01",null,null,null,14.75,"Fresh Volume_ee (ft3)","IL TRM v6.0",6.76,"Freezer Volume_ee (ft3)","IL TRM v6.0",{"$f":"ROUND(AE127+1.63*AH127,2)","v":25.77},"Adjusted Volume_ee","IL TRM v6.0",{"$f":"ROUND(6.11*AK127+174.2,1)","v":331.7},"UECEE","IL TRM v6.0",{"$f":"ROUND(6.79*AK127+193.6,1)","v":368.6},"UECBASE","IL TRM v6.0",1.25,"TAF","IL TRM v6.0",1.0569999999999999,"LSAF","IL TRM v6.0",8766,"Hours","IL TRM v6.0"]
["Income-Eligible Multi-Family","Commercial Grade Washing Machines",407,"Common Area MF","Appliances",null,"per unit",65,{"$f":"ROUND((AE128*1/AH128*AK128*(AN128+(AQ128*AT128)+(AW128*AZ128)))-(AE128*1/BC128*AK128*(BF128+(BI128*BL128)+(BO128*BR128))),4)","v":162.7706},"IL TRM V6.0",{"$f":"I128/P128","v":0.55176474576271184},3.7999999999999999E-2,"IL TRM V6.0",{"$f":"ROUND(I128/BU128*BX128,4)","v":2.1000000000000001E-2},"IL TRM V6.0",295,"IL TRM V6.0",14,"IMEF",2.2599999999999998,"IL TRM V6.0","IMEF",1.66,"IL TRM V6.0",{"$f":"cellformula(I128)","v":"=ROUND((AE128*1/AH128*AK128*(AN128+(AQ128*AT128)+(AW128*AZ128)))-(AE128*1/BC128*AK128*(BF128+(BI128*BL128)+(BO128*BR128))),4)"},{"$f":"cellformula(N128)","v":"=ROUND(I128/BU128*BX128,4)"},"2019-04-01",null,null,null,3.45,"Capacity","IL TRM V6.0",1.66,"IMEFbase","IL TRM V6.0",295,"Ncycles","IL TRM V6.0",7.5999999999999998E-2,"%Cwbase","IL TRM V6.0",0.312,"%DHWbase","IL TRM V6.0",1,"%Electric_DHW","IL TRM V6.0",0.61199999999999999,"%Dryerbase","IL TRM V6.0",1,"%Electric_dryer","IL TRM V6.0",2.2599999999999998,"IMEFeff","IL TRM V6.0",8.1000000000000003E-2,"%Cweff","IL TRM V6.0",0.23400000000000001,"%DHWeff","IL TRM V6.0",1,"%Electric_DHW","IL TRM V6.0",0.68500000000000005,"%Dryereff","IL TRM V6.0",1,"%Electric_Dryer","IL TRM V6.0",295,"Hours","IL TRM V6.0",3.7999999999999999E-2,"CF","IL TRM V6.0"]
["Income-Eligible Multi-Family","Commercial Grade Dryers ",408,"Common Area MF","Appliances",null,"per unit",152,{"$f":"ROUND((AE129/AH129-AE129/AK129)*AN129*AQ129,4)","v":160.43680000000001},"IL TRM V6.0",{"$f":"I129/P129","v":0.56691448763250885},3.7999999999999999E-2,"IL TRM V6.0",{"$f":"ROUND(I129/AT129*AW129,4)","v":2.1499999999999998E-2},"IL TRM V6.0",283,"IL TRM V6.0",14,"CEF",3.93,"IL TRM V6.0","CEF",3.11,"IL TRM V6.0",{"$f":"cellformula(I129)","v":"=ROUND((AE129/AH129-AE129/AK129)*AN129*AQ129,4)"},{"$f":"cellformula(N129)","v":"=ROUND(I129/AT129*AW129,4)"},"2019-04-01",null,null,null,8.4499999999999993,"Load","IL TRM V6.0",3.11,"CEF_base","IL TRM V6.0",3.93,"CEF_eff","IL TRM V6.0",283,"N_cycles","IL TRM V6.0",1,"%Electric","IL TRM V6.0",283,"Hours","IL TRM V6.0",3.7999999999999999E-2,"CF","IL TRM V6.0"]
["Income-Eligible Multi-Family","Shower Start 1.5 gpm electric water heater",409,"Multi-Family","Hot Water",null,"per unit",12,{"$f":"ROUND(((W130-T130)*AH130*AK130*365.25)*AE130*AN130,4)","v":359.0933},"IL TRM V.5",{"$f":"I130/P130","v":1.4479568548387096},2.7799999999999998E-2,"IL TRM v5",{"$f":"ROUND((((W130-T130)*AH130*AK130*365.25)*AE130*AN130)/P130*L130,4)","v":4.0300000000000002E-2},null,248,"IL TRM V.5",10,"Low Flow (GPM)",1.5,"EEP from ICF","Standard (GPM)",2.67,"IL TRM v5",{"$f":"cellformula(I130)","v":"=ROUND(((W130-T130)*AH130*AK130*365.25)*AE130*AN130,4)"},{"$f":"cellformula(N130)","v":"=ROUND((((W130-T130)*AH130*AK130*365.25)*AE130*AN130)/P130*L130,4)"},"2019-04-01",null,null,null,0.11700000000000001,"kWh per gallon hot water","IL TRM v5",3.6,"Showerhead Coefficient: Minutes per day * Showers per day / Showers per household","IL TRM v5",2.1,"Persons per household","IL TRM v5",0.95,"Installation Rate","IL TRM v5"]
["Income-Eligible Multi-Family","CAC Tune-up /Indoor Coil (Evaporator) Cleaning MF",410,"Multi-Family","HVAC",null,"per ton",63,{"$f":"ROUND((AE131*AH131*(1/AK131))/1000*AN131,4)","v":56.4},"IL TRM v6.0",{"$f":"N131/L131","v":2.6029411764705881E-2},0.68,"IL TRM v6.0",{"$f":"ROUND(AH131*(1/AQ131)/1000*AT131*AW131,4)","v":1.77E-2},"IL TRM v6.0",null,null,2,"Sub-measure of HVAC Tune-up",null,null,"Existing unit that has not been serviced for at least 3 years"," ",null,{"$f":"cellformula(I131)","v":"=ROUND((AE131*AH131*(1/AK131))/1000*AN131,4)"},{"$f":"cellformula(N131)","v":"=ROUND(AH131*(1/AQ131)/1000*AT131*AW131,4)"},"2019-04-01",null,null,null,940,"FLHcool","IL TRM v6.0",12000,"Capacity_cooling",null,10,"SEER","IL TRM v6.0",0.05,"Mfe","IL TRM v6.0",{"$f":"-0.02*AK131^2+1.12*AK131","v":9.2000000000000011},"EER","IL TRM v6.0",0.02,"MFd","IL TRM v6.0",0.68,"CF","IL TRM v6.0"]
["Income-Eligible Multi-Family","CAC Tune-up /Outdoor Coil (Condenser) Cleaning MF",411,"Multi-Family","HVAC","Kits","per ton",31,{"$f":"ROUND((AE132*AH132*(1/AK132))/1000*AN132,4)","v":56.4},"IL TRM v6.0",{"$f":"N132/L132","v":2.6029411764705881E-2},0.68,"IL TRM v6.0",{"$f":"ROUND(AH132*(1/AQ132)/1000*AT132*AW132,4)","v":1.77E-2},"IL TRM v6.0",null,null,2,"Sub-measure of HVAC Tune-up",null,null,"Existing unit that has not been serviced for at least 3 years"," ",null,{"$f":"cellformula(I132)","v":"=ROUND((AE132*AH132*(1/AK132))/1000*AN132,4)"},{"$f":"cellformula(N132)","v":"=ROUND(AH132*(1/AQ132)/1000*AT132*AW132,4)"},"2019-04-01",null,null,null,940,"FLHcool","IL TRM v6.0",12000,"Capacity_cooling",null,10,"SEER","IL TRM v6.0",0.05,"Mfe","IL TRM v6.0",{"$f":"-0.02*AK132^2+1.12*AK132","v":9.2000000000000011},"EER","IL TRM v6.0",0.02,"MFd","IL TRM v6.0",0.68,"CF","IL TRM v6.0"]
["Residential Demand Response","Advanced Programmable Communicating Thermostat",65,"All","HVAC",null,"per unit",350,{"$f":"ROUND(462,4)","v":462},null,null,null,null,{"$f":"ROUND(1.26,4)","v":1.26},null,null,null,10,"PCT",null,null,"No PCT",null,null,"=ROUND(462,4)","=ROUND(1.26,4)","2016-04-01","2019-03-31"]
["Residential Demand Response","Smart Thermostat",65.099999999999994,"All","HVAC",null,"per unit",350,{"$f":"ROUND(197,4)","v":197},null,null,null,null,{"$f":"ROUND(1.44,4)","v":1.44},null,null,null,10,"PCT",null,null,"No PCT",null,null,{"$f":"cellformula(I134)","v":"=ROUND(197,4)"},{"$f":"cellformula(N134)","v":"=ROUND(1.44,4)"},"2019-04-01"]
["Residential Demand Response","Smart Thermostat - BYO",311,"All","HVAC",null,"per unit",250,{"$f":"ROUND(197,4)","v":197},null,null,null,null,{"$f":"ROUND(1.44,4)","v":1.44},null,null,null,10,null,null,null,null,null,null,{"$f":"cellformula(I135)","v":"=ROUND(197,4)"},{"$f":"cellformula(N135)","v":"=ROUND(1.44,4)"},"2019-04-01"]
["Residential Demand Response","DR Water Heater DLC",308,"All","Hot Water",null,"per customer",200,{"$f":"ROUND(0.4,4)","v":0.4},"MN TRM 2.2",null,null,null,{"$f":"ROUND(0.6,4)","v":0.6},"MN TRM 2.2",null,null,1,"Electric water heater during curtailment event."," ",null,"Electric water heater on non-curtailment event days.",null,null,{"$f":"cellformula(I136)","v":"=ROUND(0.4,4)"},{"$f":"cellformula(N136)","v":"=ROUND(0.6,4)"},"2019-04-01",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 2.2."," "]
["Business Smart Thermostat","Advanced Programmable Communicating Thermostat",66,"All","HVAC",null,"per unit",350,{"$f":"ROUND(462,4)","v":462},null,null,null,null,{"$f":"ROUND(1.26,4)","v":1.26},null,null,null,10,"PCT",null,null,"No PCT",null,null,"=ROUND(462,4)","=ROUND(1.26,4)","2016-04-01","2019-03-31"]
["Business Smart Thermostat","Smart Thermostat",66.099999999999994,"All","HVAC",null,"per unit",350,{"$f":"ROUND(197,4)","v":197},null,null,null,null,{"$f":"ROUND(1.44,4)","v":1.44},null,null,null,10,"PCT",null,null,"No PCT",null,null,{"$f":"cellformula(I138)","v":"=ROUND(197,4)"},{"$f":"cellformula(N138)","v":"=ROUND(1.44,4)"},"2019-04-01"]
["Business Standard","Interior Daylighting Controls Replacing No Controls",67.099999999999994,"Small C&I","Lighting",null,"per sensor",66,{"$f":"ROUND(T139/1000*AK139*P139*AE139,4)","v":692.63400000000001},null,{"$f":"T139/1000*AK139*AH139","v":0.21316318000000001},0.66,null,{"$f":"ROUND(K139*L139,4)","v":0.14069999999999999},null,3088,null,8,"Photocell Occupancy Sensor",587,null,"No Control",null,null,"=ROUND(T139/1000*AK139*P139*AE139,4)","=ROUND(K139*L139,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor",null,0.27100000000000002,"ESF"]
["Business Standard","LED Exit Sign",68.099999999999994,"Small C&I","Lighting","Direct Install","per unit",30,{"$f":"ROUND((W140-T140)/1000*P140*AE140*AK140,4)","v":55.697200000000002},"IL TRM V.5 & Navigant field work",{"$f":"(W140-T140)/1000*AH140*AK140","v":7.2277570892821897E-3},0.93373780930745376,"Navigant field work",6.7000000000000002E-3,"IL TRM V.5 & Navigant field work",7706.0165491512989,"Navigant field work",16,"LED (watts)",2,"IL TRM V.5 & Navigant field work","Fluorescent (watts)",7.666666666666667,"IL TRM V.5","=ROUND((W140-T140)/1000*P140*AE140*AK140,4)","=ROUND(K140*L140,4)","2018-04-01",null,null,null,1.29,"Waste Heat Factor for energy","Navigant field work",1.29,"Waste Heat Factor for demand","Navigant field work",0.98874925981972495,"ISR - in service rate","Navigant field work"," "]
["Business Standard","High‐Bay Fluorescent Fixture T5 > 4 Lamps w/ HE Electronic Ballast Replacing HID Fixture",69.099999999999994,"Small C&I","Lighting",null,"per fixture",100,{"$f":"ROUND((W141-T141)/1000*P141*AE141,4)","v":701.00689999999997},null,{"$f":"(W141-T141)/1000*AH141","v":0.21574000000000002},0.66,null,0.1424,null,3088,null,15,"High Bay T5 (>4 lamps, wattage)",295,null,"Metal Halide (watts)",456,null,"=ROUND((W141-T141)/1000*P141*AE141,4)","=ROUND(K141*L141,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior Directional LED Lamp replacing 71-110W Lamp",70.099999999999994,"Small C&I","Lighting",null,"per lamp",50,230.7662,null,7.102E-2,0.66,null,4.6899999999999997E-2,null,3088,null,11,"LED (watts)",22,null,"Incandescent (watts)",75,null,"=ROUND((W142-T142)/1000*P142*AE142,4)","=ROUND(K142*L142,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Remove 4ft Lamp from T8 or T12 system",72.099999999999994,"Small C&I","Lighting",null,"per lamp",12,121.91419999999999,null,3.7520000000000005E-2,0.66,null,2.4799999999999999E-2,null,3088,null,11,"Remove T8",0,null,"T8 4 ft (watts)",28,null,"=ROUND((W143-T143)/1000*P143*AE143,4)","=ROUND(K143*L143,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Heat Pump Water Heater",74,"C&I","Hot Water",null,"per unit",1000,{"$f":"ROUND(((1/W144-1/T144)*AH144*AE144*365.25),4)","v":1993.08},null,null,0.12,null,{"$f":"ROUND(0.297621384273147,4)","v":0.29759999999999998},null,2533,null,10,"Efficient EF",2,null,"Baseline EF",0.95,null,"=ROUND(((1/W144-1/T144)*AH144*AE144*365.25),4)","=ROUND(0.297621384273147,4)","2016-04-01","2019-03-31",null,null,55,"gallons used per day",null,0.17952962301216921,"Water Heating Coefficient"]
["Business Standard","Low Flow Faucet Aerator Kitchen",251,"C&I","Hot Water","Kitchen","per unit",8.35,{"$f":"ROUND(1*(W145-T145)/W145*AE145*AH145*AK145,4)","v":89.063999999999993},"IL TRM V.5",null,1.0159108680814667E-2,"Illinois TRM V.5.",{"$f":"ROUND(I145/AN145*L145,4)","v":2.1899999999999999E-2},"IL TRM V.5",null,null,9,"Low Flow (GPM)",1.41,"Illinois TRM V.5.","Standard (GPM)",1.8260000000000001,"https://www.usgbc.org/credits/we2","=ROUND(1*(W145-T145)/W145*AE145*AH145*AK145,4)","=ROUND(I145/AN145*L145,4)","2018-04-01",null,null,null,4246.8044407749239,"Usage - Estimated usage of mixed water (mixture of hot water from water heater line and cold water line) per faucet (gallons per year)","IL TRM V.5",9.69E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM V.5",0.95,"ISR - in service rate","IL TRM V.5",{"$f":"AE145*0.545/56","v":41.330507503970246},"Annual Recovery Hours - Annual electric DHW recovery hours for faucet use"," "," "]
["Business Standard","Low Flow Faucet Aerator Bathroom",252,"C&I","Hot Water","Bathroom","per unit",8.35,{"$f":"ROUND(1*(W146-T146)/W146*AE146*AH146*AK146,4)","v":155.62739999999999},"IL TRM V.5",null,1.0159108680814667E-2,"Illinois TRM V.5.",{"$f":"ROUND(I146/AN146*L146,4)","v":3.8300000000000001E-2},"IL TRM V.5",null,null,9,"Low Flow (GPM)",0.94,"Illinois TRM V.5.","Standard (GPM)",1.8260000000000001,"United States Energy Policy Act of 1992","=ROUND(1*(W146-T146)/W146*AE146*AH146*AK146,4)","=ROUND(I146/AN146*L146,4)","2018-04-01",null,null,null,4246.8044407749239,"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 V.5",7.9500000000000001E-2,"EPG_electric - Energy per gallon of mixed water used by faucet (electric water heater)","IL TRM V.5",0.95,"ISR - in service rate","IL TRM V.5",{"$f":"AE146*0.545/56","v":41.330507503970246},"Annual Recovery Hours - Annual electric DHW recovery hours for faucet use"," "," "]
["Business Standard","Pipe Wrap/Insulation",76,"C&I","Hot Water",null,"per unit",47.17,{"$f":"ROUND(224,4)","v":224},null,{"$f":"I147/P147","v":2.5570776255707764E-2},null,null,{"$f":"ROUND(0.2779713001086,4)","v":0.27800000000000002},null,8760,null,6,"5 linear feet of insulation",null,null,"none",null,null,"=ROUND(224,4)","=ROUND(0.2779713001086,4)","2016-04-01"]
["Business Standard","Pre-Rinse Spray Valves Small",253,"C&I","Hot Water","Small, quick- service restaurants","per unit",100,{"$f":"ROUND((W148-T148)*60*AK148*312*8.33*1*AE148*1/AH148/3413*1,4)","v":2769.6197999999999},"IL TRM V.5",null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,5,"Low Flow (GPM)",1.06,"IL TRM V.5","Standard (GPM)",1.9,"IL TRM V.5","=ROUND((W148-T148)*60*AK148*312*8.33*1*AE148*1/AH148/3413*1,4)","=ROUND(0,4)","2018-04-01",null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM V.5",0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM V.5",1,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM V.5"]
["Business Standard","Pre-Rinse Spray Valves Medium",254,"C&I","Hot Water","Medium-sized casual dining restaurants","per unit",100,{"$f":"ROUND((W149-T149)*60*AK149*312*8.33*1*AE149*1/AH149/3413*1,4)","v":4154.4296000000004},"IL TRM V.5",null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,5,"Low Flow (GPM)",1.06,"IL TRM V.5","Standard (GPM)",1.9,"IL TRM V.5","=ROUND((W149-T149)*60*AK149*312*8.33*1*AE149*1/AH149/3413*1,4)","=ROUND(0,4)","2018-04-01",null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM V.5",0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM V.5",1.5,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM V.5"]
["Business Standard","Pre-Rinse Spray Valves Large",255,"C&I","Hot Water","Large institutional establishments with cafeteria","per unit",100,{"$f":"ROUND((W150-T150)*60*AK150*312*8.33*1*AE150*1/AH150/3413*1,4)","v":8308.8593000000001},"IL TRM V.5",null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,5,"Low Flow (GPM)",1.06,"IL TRM V.5","Standard (GPM)",1.9,"IL TRM V.5","=ROUND((W150-T150)*60*AK150*312*8.33*1*AE150*1/AH150/3413*1,4)","=ROUND(0,4)","2018-04-01",null,null,null,70,"Temp difference between water heater outlet water temperature","IL TRM V.5",0.97,"EFF_Elec - Efficiency of electric water heater supplying hot water to pre-rinse spray valve","IL TRM V.5",3,"Hours per day that the pre-rinse spray valve is used at the site - Hours/day","IL TRM V.5"]
["Business Standard","High Efficiency Pool Pump",78,"C&I","Pools",null,"per unit",273.31999999999994,{"$f":"ROUND(1301.24777183601,4)","v":1301.2478000000001},null,null,1,null,{"$f":"ROUND(0.148544266191325,4)","v":0.14849999999999999},null,null,null,10,"High Efficiency",null,null,"Standard Pool Pump",null,null,"=ROUND(1301.24777183601,4)","=ROUND(0.148544266191325,4)","2016-04-01"]
["Business Standard","Pool Pump VSD",79,"C&I","Pools",null,"per unit",579,{"$f":"ROUND(2461.44821213111,4)","v":2461.4481999999998},null,null,1,null,{"$f":"ROUND(0.280987238827752,4)","v":0.28100000000000003},null,null,null,10,"VSD",null,null,"Standard Pool Pump",null,null,"=ROUND(2461.44821213111,4)","=ROUND(0.280987238827752,4)","2016-04-01"]
["Business Standard","ENERGY STAR Beverage Machine w/o software",256,"C&I","Refrigeration","kWh savings per machine w/o software","per unit",500,{"$f":"ROUND(1310,4)","v":1310},"IL TRM V.5",null,null,null,{"$f":"ROUND(0,4)","v":0},"IL TRM V.5",null,null,14,"Efficient Operating Watts",null,null,"Watts Base",null,null,"=ROUND(1310,4)","=ROUND(0,4)","2018-04-01"]
["Business Standard","ENERGY STAR Beverage Machine w/ software",257,"C&I","Refrigeration","kWh savings per machine w/ software","per unit",500,{"$f":"ROUND(1842,4)","v":1842},"IL TRM V.5",null,null,null,{"$f":"ROUND(0,4)","v":0},"IL TRM V.5",null,null,14,"Efficient Operating Watts",null,null,"Watts Base",null,null,"=ROUND(1842,4)","=ROUND(0,4)","2018-04-01"]
["Business Standard","High Efficiency Reach-In Refrigerator",258,"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,{"$f":"ROUND((W155-T155)*365.25,4)","v":286.72129999999999},"IL TRM V.5. Assumes 15 ft^3 of actual chilled or frozen compartment volume."," ",0.93700000000000006,"IL TRM V.5",{"$f":"ROUND(I155/P155*L155,4)","v":3.0599999999999999E-2},"IL TRM V.5",8766,"IL TRM v5",12,"High Efficiency kWh/day",{"$f":"0.037*15+2.2","v":2.7549999999999999},"IL TRM V.5","Standard kWh/day",{"$f":"0.1*15+2.04","v":3.54},"IL TRM V.5","=ROUND((W155-T155)*365.25,4)","=ROUND(I155/P155*L155,4)","2018-04-01"]
["Business Standard","High Efficiency Reach-In Freezer",259,"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,{"$f":"ROUND((W156-T156)*365.25,4)","v":869.29499999999996},"IL TRM V.5. Assumes 15 ft^3 of actual chilled or frozen compartment volume."," ",0.93700000000000006,"IL TRM V.5",{"$f":"ROUND(I156/P156*L156,4)","v":9.2899999999999996E-2},"IL TRM V.5",8766,"IL TRM v5",12,"High Efficiency kWh/day",{"$f":"0.4*15-1","v":5},"IL TRM V.5","Standard kWh/day",{"$f":"0.4*15+1.38","v":7.38},"IL TRM V.5","=ROUND((W156-T156)*365.25,4)","=ROUND(I156/P156*L156,4)","2018-04-01"]
["Business Standard","Strip Curtains Freezer",260,"C&I","Refrigeration","per freezer with curtains installed","per unit",286.16000000000003,{"$f":"ROUND(2974,4)","v":2974},"IL TRM V.5",null,1,null,{"$f":"ROUND(0.34,4)","v":0.34},"IL TRM V.5",null,null,6,"Strip Curtain",null,null,"No strip curtain",null,null,"=ROUND(2974,4)","=ROUND(0.34,4)","2018-04-01"]
["Business Standard","Strip Curtains Cooler",261,"C&I","Refrigeration","per cooler with curtains installed","per unit",286.16000000000003,{"$f":"ROUND(422,4)","v":422},"IL TRM V.5",null,1,null,{"$f":"ROUND(0.05,4)","v":0.05},"IL TRM V.5",null,null,6,"Strip Curtain",null,null,"No strip curtain",null,null,"=ROUND(422,4)","=ROUND(0.05,4)","2018-04-01"]
["Business Standard","LED Refrigerator Case Light",84.1,"C&I","Refrigeration",null,"per unit",133,{"$f":"ROUND((W159-T159)/1000*P159*AE159*AK159,4)","v":224.97130000000001},"IL TRM V.5",{"$f":"(W159-T159)/1000*AH159*AK159","v":3.8774790973090334E-2},0.69,"IL TRM V.5",{"$f":"ROUND(K159*L159,4)","v":2.6800000000000001E-2},"IL TRM V.5",5802,"IL TRM V.5",10,"LED Display Lighting (watts)",{"$f":"4*7.6","v":30.4},"IL TRM V.5 Assume 4 ft lamp","Base Refrigeration - Standard (watts)",{"$f":"15.2*4","v":60.8},"IL TRM V.5. Assume 4 ft lamp","=ROUND((W159-T159)/1000*P159*AE159*AK159,4)","=ROUND(K159*L159,4)","2018-04-01",null,null,null,1.29,"Waste Heat Factor for Energy","IL TRM V.5",1.29,"Waste Heat Factor for Demand","IL TRM V.5",0.98874925981972495,"ISR","Navigant field work"," "]
["Business Standard","ECM Motors Walk-In Coolers & Freezers",85,"C&I","Refrigeration",null,"per motor",50,{"$f":"ROUND(401,4)","v":401},null,null,1,null,{"$f":"ROUND(0.042,4)","v":4.2000000000000003E-2},null,null,null,15,"ECM Motor",null,null,"Standard Motor",null,null,"=ROUND(401,4)","=ROUND(0.042,4)","2016-04-01"]
["Business Standard","High Efficiency PTAC/PTHP",86,"C&I","HVAC",null,"per ton",12.26,{"$f":"ROUND(((1/W161-1/T161)*AC161 + AK161*AD161)*AE161/AH161,4)","v":30.0701},null,null,0.91,null,{"$f":"ROUND(0.0118300668666732,4)","v":1.18E-2},null,null,null,15,"EER",12,null,"EER",10.199999999999999,null,"=ROUND(((1/W161-1/T161)*AC161 + AK161*AD161)*AE161/AH161,4)","=ROUND(0.0118300668666732,4)","2016-04-01",null,1325,5249,12000,"Btu/hr",null,11535.608280259705,"Coefficient",null,{"$f":"(1/8.2-1/8.5)*0.417","v":1.7948350071736064E-3},"HSPF improvement factor"]
["Business Standard","Programmable Thermostat Controls",87,"C&I","HVAC",null,"per ton",5.8950564026163983,{"$f":"ROUND(126.052734375,4)","v":126.0527},null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,8,"Programmable Tstat",null,null,"No Tstat",null,null,"=ROUND(126.052734375,4)","=ROUND(0,4)","2016-04-01"]
["Business Standard","ASHP <65 kBtuh",88,"C&I","HVAC",null,"per ton",120,{"$f":"ROUND(((1/W163-1/T163)*AC163 + AK163*AD163)*AE163/AH163,4)","v":157.69370000000001},null,null,0.91,null,{"$f":"ROUND(0.194113768584357,4)","v":0.19409999999999999},null,816,null,15,"SEER",14,null,"SEER",13,null,"=ROUND(((1/W163-1/T163)*AC163 + AK163*AD163)*AE163/AH163,4)","=ROUND(0.194113768584357,4)","2016-04-01","2019-03-31",1325,5249,12000,"Btu/hr",null,2194.4038715044217,"Coefficient",null,{"$f":"(1/7.7-1/8.5)*0.33599","v":4.1068296409472842E-3},"HSPF improvement factor"]
["Business Standard","ASHP 65<135 kBtuh",89,"C&I","HVAC",null,"per ton",100,{"$f":"ROUND(((1/W164-1/T164)*AC164 + AK164*AD164)*AE164/AH164,4)","v":91.330399999999997},null,{"$f":"I164/P164","v":0.11192450980392156},0.91,null,{"$f":"ROUND(0.124089536699636,4)","v":0.1241},null,816,null,15,"SEER",14,null,"SEER",13,null,"=ROUND(((1/W164-1/T164)*AC164 + AK164*AD164)*AE164/AH164,4)","=ROUND(0.124089536699636,4)","2016-04-01","2019-03-31",1325,5249,12000,"Btu/hr",null,2194.4038715044217,"Coefficient",null,{"$f":"(1/8.2-1/8.5)*0.417","v":1.7948350071736064E-3},"HSPF improvement factor"]
["Business Standard","CAC <65 kBtuh",90,"C&I","HVAC",null,"per ton",120,{"$f":"ROUND((1/W165-1/T165)*AC165*AE165/AH165,4)","v":81.56},null,{"$f":"I165/P165","v":8.1560000000000007E-2},0.91,null,{"$f":"ROUND(0.065934065934066,4)","v":6.59E-2},null,1000,null,15,"EER",14,null,"EER",13,null,"=ROUND((1/W165-1/T165)*AC165*AE165/AH165,4)","=ROUND(0.065934065934066,4)","2016-04-01",null,1325,5249,12000,"Btu/hr",null,1071.1454823833506,"Coefficient"]
["Business Standard","CAC 65<135 kBtuh",91,"C&I","HVAC",null,"per ton",100,{"$f":"ROUND((1/W166-1/T166)*AC166*AE166/AH166,4)","v":56.6389},null,{"$f":"I166/P166","v":5.6638899999999999E-2},{"$f":"N166/K166","v":0.80863152356419354},null,{"$f":"ROUND(0.0457875457875458,4)","v":4.58E-2},null,1000,null,15,"EER",11.7,null,"EER",11.2,null,"=ROUND((1/W166-1/T166)*AC166*AE166/AH166,4)","=ROUND(0.0457875457875458,4)","2016-04-01",null,1325,5249,12000,"Btu/hr",null,1071.1454823833506,"Coefficient"]
["Business Standard","CAC 135<240 kBtuh",92,"C&I","HVAC",null,"per ton",100,{"$f":"ROUND((1/W167-1/T167)*AC167*AE167/AH167,4)","v":80.736199999999997},null,{"$f":"I167/P167","v":8.0736199999999994E-2},{"$f":"N167/K167","v":0.80880695400576197},null,{"$f":"ROUND(0.0652680652680653,4)","v":6.5299999999999997E-2},null,1000,null,15,"EER",11.7,null,"EER",11,null,"=ROUND((1/W167-1/T167)*AC167*AE167/AH167,4)","=ROUND(0.0652680652680653,4)","2016-04-01",null,1325,5249,12000,"Btu/hr",null,1071.1454823833506,"Coefficient"]
["Business Standard","CAC >240 kBtuh",93,"C&I","HVAC",null,"per ton",100,{"$f":"ROUND((1/W168-1/T168)*AC168*AE168/AH168,4)","v":70.685299999999998},null,{"$f":"I168/P168","v":7.0685299999999993E-2},{"$f":"N168/K168","v":0.80780586628337159},null,{"$f":"ROUND(0.0571428571428573,4)","v":5.7099999999999998E-2},null,1000,null,15,"EER",10.5,null,"EER",10,null,{"$f":"cellformula(I168)","v":"=ROUND((1/W168-1/T168)*AC168*AE168/AH168,4)"},{"$f":"cellformula(N168)","v":"=ROUND(0.0571428571428573,4)"},"2016-04-01",null,1325,5249,12000,"Btu/hr",null,1071.1454823833506,"Coefficient"]
["Business Standard","Interior Directional LED Lamp replacing 50-70W Lamp",96.2,"C&I","Lighting",null,"per lamp",40,{"$f":"ROUND((W169-T169)/1000*P169*AE169,4)","v":223.66909999999999},"IL TRM v5",{"$f":"(W169-T169)/1000*AH169","v":6.8835800000000003E-2},0.61929999999999996,"IL TRM v5",{"$f":"ROUND(K169*L169,4)","v":4.2599999999999999E-2},"IL TRM v5",3088,"IL TRM v5",11,"LED (watts)",13.63,"IL TRM v5","Incandescent (watts)",65,"IL TRM v5",{"$f":"cellformula(I169)","v":"=ROUND((W169-T169)/1000*P169*AE169,4)"},{"$f":"cellformula(N169)","v":"=ROUND(K169*L169,4)"},"2018-04-01","2019-03-31",null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Directional LED Lamp replacing 50-70W Lamp",96.3,"C&I","Lighting",null,"per lamp",40,241.6514,"IL TRM v5",7.4370000000000006E-2,0.61929999999999996,"IL TRM v5",4.6100000000000002E-2,"IL TRM v5",3088,"IL TRM v5",11,"LED (watts)",9.5,"IL TRM v5","Incandescent (watts)",65,"IL TRM v5",{"$f":"cellformula(I170)","v":"=ROUND((W170-T170)/1000*P170*AE170,4)"},{"$f":"cellformula(N170)","v":"=ROUND(K170*L170,4)"},"2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Directional LED Lamp replacing 71-110W Lamp",97.2,"C&I","Lighting",null,"per lamp",50,{"$f":"ROUND((W171-T171)/1000*P171*AE171,4)","v":306.52719999999999},"IL TRM v5",{"$f":"(W171-T171)/1000*AH171","v":9.4336000000000017E-2},0.61929999999999996,"IL TRM v5",{"$f":"ROUND(K171*L171,4)","v":5.8400000000000001E-2},"IL TRM v5",3088,"IL TRM v5",11,"LED (watts)",19.600000000000001,"IL TRM v5","Incandescent (watts)",90,"IL TRM v5",{"$f":"cellformula(I171)","v":"=ROUND((W171-T171)/1000*P171*AE171,4)"},{"$f":"cellformula(N171)","v":"=ROUND(K171*L171,4)"},"2018-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","High Performance High-Bay Fluorescent Fixture T8 > 4 Lamps Replacing HID Fixture",98.1,"C&I","Lighting",null,"per fixture",200,{"$f":"ROUND((W172-T172)/1000*P172*AE172,4)","v":1084.1659},null,{"$f":"(W172-T172)/1000*AH172","v":0.33366000000000001},0.66,null,{"$f":"ROUND(K172*L172,4)","v":0.22020000000000001},null,3088,null,15,"High Bay T8 (>4 lamps, wattage)",206,null,"Metal Halide (watts)",455,null,"=ROUND((W172-T172)/1000*P172*AE172,4)","=ROUND(K172*L172,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","High Bay Fluorescent Fixture (HP T8 <=4 lamps)",99,"C&I","Lighting",null,"per fixture",225,648.75789999999995,null,0.19966,0.66,null,{"$f":"ROUND(K173*L173,4)","v":0.1318},null,3088,null,15,"High Bay T8 (≤4 lamps, wattage)",146,null,"Metal Halide (watts)",295,null,"=ROUND((W173-T173)/1000*P173*AE173,4)","=ROUND(K173*L173,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","High-Bay Fluorescent Fixture T5 > 4 Lamps w/ HE Electronic Ballast Replacing HID Fixture",100.1,"C&I","Lighting",null,"per fixture",100,701.00689999999997,null,0.21574000000000002,0.66,null,{"$f":"ROUND(K174*L174,4)","v":0.1424},null,3088,null,15,"High Bay T5 (>4 lamps, wattage)",295,null,"Metal Halide (watts)",456,null,"=ROUND((W174-T174)/1000*P174*AE174,4)","=ROUND(K174*L174,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","High-Bay Fluorescent Fixture T5 <= 4 Lamps w/ HE Electronic Ballast Replacing HID Fixture",101.1,"C&I","Lighting",null,"per fixture",100,404.92939999999999,null,0.12462000000000001,0.66,null,{"$f":"ROUND(K175*L175,4)","v":8.2199999999999995E-2},null,3088,null,15,"High Bay T5 (≤4 lamps, wattage)",117,null,"Metal Halide (watts)",210,null,"=ROUND((W175-T175)/1000*P175*AE175,4)","=ROUND(K175*L175,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Exit Sign",102.1,"C&I","Lighting",null,"per lamp",30,{"$f":"ROUND((W176-T176)/1000*P176*AE176*AK176,4)","v":50.598799999999997},"IL TRM V.5 and Navigant Field Work",{"$f":"(W176-T176)/1000*AH176*AK176","v":1.1821177180396538E-2},0.69103221292771599,"Navigant field work",8.2000000000000007E-3,"IL TRM V.5 and Navigant Field Work",5079.677101315252,"Navigant field work",16,"LED (watts)",2.0791505791505789,"IL TRM V.5 and Navigant field work","Fluorescent (watts)",11,"IL TRM V.5","=ROUND((W176-T176)/1000*P176*AE176*AK176,4)","=ROUND(K176*L176,4)","2018-04-01",null,null,null,1.1293068008335863,"Waste Heat Factor","Navigant Field Work",1.3401960901115688,"Waste Heat Factor","Navigant Field Work",0.98874925981972495,"ISR","Navigant field work"," "]
["Business Standard","LED Flood Light (<15W)",103,"C&I","Lighting",null,"per lamp",35,{"$f":"ROUND((W177-T177)/1000*P177*AE177,4)","v":210.82900000000001},null,{"$f":"(W177-T177)/1000*AH177","v":4.2999999999999997E-2},0,null,0,null,4903,null,10,"LED (watts)",8.6999999999999993,null,"Metal Halide (watts)",51.7,null,"=ROUND((W177-T177)/1000*P177*AE177,4)","=ROUND(K177*L177,4)","2016-04-01",null,null,null,1,"Waste Heat Factor",null,1,"Waste Heat Factor"]
["Business Standard","LED Flood Light (>=15W)",104,"C&I","Lighting",null,"per lamp",45,236.3246,null,4.82E-2,0,null,0,null,4903,null,10,"LED (watts)",16.2,null,"Metal Halide (watts)",64.400000000000006,null,"=ROUND((W178-T178)/1000*P178*AE178,4)","=ROUND(K178*L178,4)","2016-04-01",null,null,null,1,"Waste Heat Factor",null,1,"Waste Heat Factor"]
["Business Standard","LED Recessed Fixture (1 ft x 4 ft)",106,"C&I","Lighting",null,"per fixture",36.17,116.6893,null,3.5911999999999999E-2,0.66,null,2.3699999999999999E-2,null,3088,null,11,"Linear style LED (watts)",32.200000000000003,null,"Standard T8 (watts)",59,null,"=ROUND((W179-T179)/1000*P179*AE179,4)","=ROUND(K179*L179,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Recessed Fixture (2 ft x 2 ft)",107,"C&I","Lighting",null,"per fixture",22.55,70.100700000000003,null,2.1573999999999999E-2,0.66,null,1.4200000000000001E-2,null,3088,null,11,"Linear style LED (watts)",44.9,null,"T8 U-tube (watts)",61,null,"=ROUND((W180-T180)/1000*P180*AE180,4)","=ROUND(K180*L180,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Recessed Fixture (2 ft x 4 ft)",108,"C&I","Lighting",null,"per fixture",55.5,149.78039999999999,null,4.6096000000000005E-2,0.66,null,3.04E-2,null,3088,null,11,"Linear style LED (watts)",53.6,null,"Standard T8 (watts)",88,null,"=ROUND((W181-T181)/1000*P181*AE181,4)","=ROUND(K181*L181,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Remove 4ft Lamp from T8 or T12 system",109.1,"C&I","Lighting",null,"per lamp",12,121.91419999999999,null,3.7520000000000005E-2,0.66,null,2.4799999999999999E-2,null,3088,null,11,"Remove T8",0,null,"T8 4 ft (watts)",28,null,"=ROUND((W182-T182)/1000*P182*AE182,4)","=ROUND(K182*L182,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Remove 8ft Lamp from T8 or T12 System",110.1,"C&I","Lighting",null,"per lamp",16,{"$f":"ROUND((W183-T183)/1000*P183*AE183,4)","v":252.53659999999999},null,{"$f":"(W183-T183)/1000*AH183","v":7.7720000000000011E-2},0.66,null,5.1299999999999998E-2,null,3088,null,11,"Remove T8",0,null,"T8 8 ft (watts)",58,null,"=ROUND((W183-T183)/1000*P183*AE183,4)","=ROUND(K183*L183,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 40-60W Lamp",112.2,"C&I","Lighting",null,"per lamp",28.75,{"$f":"ROUND((W184-T184)/1000*P184*AE184,4)","v":117.3425},"IL TRM v5",{"$f":"(W184-T184)/1000*AH184","v":3.6112999999999999E-2},0.61929999999999996,"IL TRM v5",2.24E-2,"IL TRM v5",3088,"IL TRM v5",8,"LED (watts)",9.0500000000000007,"IL TRM v5","EISA tier 1 compliant Halogen (watts)",36,"IL TRM v5",{"$f":"cellformula(I184)","v":"=ROUND((W184-T184)/1000*P184*AE184,4)"},{"$f":"cellformula(N184)","v":"=ROUND(K184*L184,4)"},"2018-04-01","2019-03-31",null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 40-60W Lamp",112.3,"C&I","Lighting",null,"per lamp",28.75,178.2996,"IL TRM v5",5.4873000000000005E-2,0.61929999999999996,"IL TRM v5",3.4000000000000002E-2,"IL TRM v5",3088,"IL TRM v5",8,"LED (watts)",9.0500000000000007,"IL TRM v5","EISA tier 1 compliant Halogen (watts)",50,"IL TRM v5",{"$f":"cellformula(I185)","v":"=ROUND((W185-T185)/1000*P185*AE185,4)"},{"$f":"cellformula(N185)","v":"=ROUND(K185*L185,4)"},"2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 61-100W Lamp",113.2,"C&I","Lighting",null,"per lamp",38.75,{"$f":"ROUND((W186-T186)/1000*P186*AE186,4)","v":160.66560000000001},"IL TRM v5",{"$f":"(W186-T186)/1000*AH186","v":4.9445999999999997E-2},0.61929999999999996,"IL TRM v5",3.0599999999999999E-2,"IL TRM v5",3088,"IL TRM v5",8,"LED (watts)",16.100000000000001,"IL TRM v5","EISA tier 1 compliant Halogen (watts)",53,"IL TRM v5",{"$f":"cellformula(I186)","v":"=ROUND((W186-T186)/1000*P186*AE186,4)"},{"$f":"cellformula(N186)","v":"=ROUND(K186*L186,4)"},"2018-04-01","2019-03-31",null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 61-100W Lamp",113.3,"C&I","Lighting",null,"per lamp",38.75,296.07740000000001,"IL TRM v5",9.1120000000000007E-2,0.61929999999999996,"IL TRM v5",5.6399999999999999E-2,"IL TRM v5",3088,"IL TRM v5",8,"LED (watts)",12,"IL TRM v5","EISA tier 1 compliant Halogen (watts)",80,"IL TRM v5",{"$f":"cellformula(I187)","v":"=ROUND((W187-T187)/1000*P187*AE187,4)"},{"$f":"cellformula(N187)","v":"=ROUND(K187*L187,4)"},"2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Interior Daylighting Controls Replacing No Controls",114.1,"C&I","Lighting",null,"per sensor",66,{"$f":"ROUND(T188/1000*AK188*P188*AE188,4)","v":692.63400000000001},null,{"$f":"T188/1000*AK188*AH188","v":0.21316318000000001},0.66,null,0.14069999999999999,null,3088,null,8,"Photocell Occupancy Sensor",587,null,"No Control",null,null,"=ROUND(T188/1000*AK188*P188*AE188,4)","=ROUND(K188*L188,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor",null,0.27100000000000002,"ESF"]
["Business Standard","Interior Occupancy or Vacancy Sensor Replacing No Controls",115.1,"C&I","Lighting",null,"per sensor",42,{"$f":"ROUND(T189/1000*AK189*P189*AE189,4)","v":457.17840000000001},null,{"$f":"T189/1000*AK189*AH189","v":0.14069999999999999},0.66,null,9.2899999999999996E-2,null,3088,null,8,"Wall-Mount Occupancy Sensor",350,null,"No Control",null,null,"=ROUND(T189/1000*AK189*P189*AE189,4)","=ROUND(K189*L189,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor",null,0.3,"ESF"]
["Business Standard","High Volume Low Speed Fans (20ft Diameter)",116,"C&I","Pumps/Fans",null,"per fan",4150,{"$f":"ROUND(6577,4)","v":6577},null,null,null,null,{"$f":"ROUND(2.4,4)","v":2.4},null,null,null,10,null,null,null,null,null,null,"=ROUND(6577,4)","=ROUND(2.4,4)","2016-04-01"]
["Business Standard","High Volume Low Speed Fans (22ft Diameter)",117,"C&I","Pumps/Fans",null,"per fan",4180,{"$f":"ROUND(8543,4)","v":8543},null,null,null,null,{"$f":"ROUND(3.1,4)","v":3.1},null,null,null,10,null,null,null,null,null,null,"=ROUND(8543,4)","=ROUND(3.1,4)","2016-04-01"]
["Business Standard","High Volume Low Speed Fans (24ft Diameter)",118,"C&I","Pumps/Fans",null,"per fan",4225,{"$f":"ROUND(10018,4)","v":10018},null,null,null,null,{"$f":"ROUND(3.7,4)","v":3.7},null,null,null,10,null,null,null,null,null,null,"=ROUND(10018,4)","=ROUND(3.7,4)","2016-04-01"]
["Business Standard","Compressed Air - Engineered Nozzle 1/4\"",119,"C&I","Pumps/Fans",null,"per unit",57,{"$f":"ROUND(1086.638,4)","v":1086.6379999999999},null,null,null,null,{"$f":"ROUND(0.511,4)","v":0.51100000000000001},null,null,null,15,null,null,null,null,null,null,"=ROUND(1086.638,4)","=ROUND(0.511,4)","2016-04-01"]
["Business Standard","Compressed Air - Engineered Nozzle 1/8\"",120,"C&I","Pumps/Fans",null,"per unit",42,{"$f":"ROUND(393.438,4)","v":393.43799999999999},null,null,null,null,{"$f":"ROUND(0.163,4)","v":0.16300000000000001},null,null,null,15,null,null,null,null,null,null,"=ROUND(393.438,4)","=ROUND(0.163,4)","2016-04-01"]
["Business Standard","Compressed Air - No Loss Condensate Drain/Valve",121.1,"C&I","Pumps/Fans",null,"per unit",700,{"$f":"ROUND(1969.65,4)","v":1969.65},null,null,null,null,{"$f":"ROUND(0.30495,4)","v":0.30499999999999999},"IL TRM V.5",null,null,15,null,null,null,null,null,null,"=ROUND(1969.65,4)","=ROUND(0.30495,4)","2018-04-01"]
["Business Standard","Variable Speed Drive Compressor - 1 shift weekdays",122,"C&I","Pumps/Fans",null,"per HP",140.37,{"$f":"ROUND(329,4)","v":329},null,null,null,null,{"$f":"ROUND(0.15818,4)","v":0.15820000000000001},null,null,null,10,null,null,null,null,null,null,"=ROUND(329,4)","=ROUND(0.15818,4)","2016-04-01"]
["Business Standard","Variable Speed Drive Compressor - 2 shift weekdays",123,"C&I","Pumps/Fans",null,"per HP",140.37,{"$f":"ROUND(658,4)","v":658},null,null,null,null,{"$f":"ROUND(0.15818,4)","v":0.15820000000000001},null,null,null,10,null,null,null,null,null,null,"=ROUND(658,4)","=ROUND(0.15818,4)","2016-04-01"]
["Business Standard","Variable Speed Drive Compressor - 3 shift weekdays",124,"C&I","Pumps/Fans",null,"per HP",140.37,{"$f":"ROUND(987,4)","v":987},null,null,null,null,{"$f":"ROUND(0.15818,4)","v":0.15820000000000001},null,null,null,10,null,null,null,null,null,null,"=ROUND(987,4)","=ROUND(0.15818,4)","2016-04-01"]
["Business Standard","Variable Speed Drive Compressor - 3 shift weekdays plus weekends",125,"C&I","Pumps/Fans",null,"per HP",140.37,{"$f":"ROUND(1385.3,4)","v":1385.3},null,null,null,null,{"$f":"ROUND(0.15818,4)","v":0.15820000000000001},null,null,null,10,null,null,null,null,null,null,"=ROUND(1385.3,4)","=ROUND(0.15818,4)","2016-04-01"]
["Business Standard","Advanced Rooftop Unit Controls, 2000-4000 annual hours occupancy",137,"C&I","HVAC",null,"per ton",400,{"$f":"ROUND(420,4)","v":420},null,null,null,null,{"$f":"ROUND(0.15,4)","v":0.15},null,null,null,15,null,null,null,null,null,null,"=ROUND(420,4)","=ROUND(0.15,4)","2016-04-01"]
["Business Standard","Advanced Rooftop Unit Controls, > 4000 annual hours occupancy",138,"C&I","HVAC",null,"per ton",400,{"$f":"ROUND(700,4)","v":700},null,null,null,null,{"$f":"ROUND(0.15,4)","v":0.15},null,null,null,15,null,null,null,null,null,null,"=ROUND(700,4)","=ROUND(0.15,4)","2016-04-01"]
["Business Standard","Variable Speed ECM Pump, <100 Watts Max Input, Domestic Hot Water Recirculation",139,"C&I","Pumps/Fans",null,"per pump",690.79,{"$f":"ROUND(1312.09,4)","v":1312.09},null,null,null,null,{"$f":"ROUND(0.228,4)","v":0.22800000000000001},null,null,null,15,null,null,null,null,null,null,"=ROUND(1312.09,4)","=ROUND(0.228,4)","2016-04-01"]
["Business Standard","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Domestic Hot Water Recirculation",140,"C&I","Pumps/Fans",null,"per pump",1324.75,{"$f":"ROUND(6555.36,4)","v":6555.36},null,null,null,null,{"$f":"ROUND(1.139,4)","v":1.139},null,null,null,15,null,null,null,null,null,null,"=ROUND(6555.36,4)","=ROUND(1.139,4)","2016-04-01"]
["Business Standard","Variable Speed ECM Pump, <100 Watts Max Input, Heating Water Circulation",142,"C&I","Pumps/Fans",null,"per pump",690.79,{"$f":"ROUND(359.03,4)","v":359.03},null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,15,null,null,null,null,null,null,"=ROUND(359.03,4)","=ROUND(0,4)","2016-04-01"]
["Business Standard","Variable Speed ECM Pump, 100 - 500 Watts Max Input, Heating Water Circulation",143,"C&I","Pumps/Fans",null,"per pump",1324.75,{"$f":"ROUND(1793.58,4)","v":1793.58},null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,15,null,null,null,null,null,null,"=ROUND(1793.58,4)","=ROUND(0,4)","2016-04-01"]
["Business Standard","Variable Speed ECM Pump, >500 Watts Max Input, Heating Water Circulation",144,"C&I","Pumps/Fans",null,"per pump",1844.58,{"$f":"ROUND(7174.33,4)","v":7174.33},null,null,null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,15,null,null,null,null,null,null,"=ROUND(7174.33,4)","=ROUND(0,4)","2016-04-01"]
["Business Standard","Parking Garage 4ft 3 Lamp T5/T5HO or T8 replacing > 175W Fixture",146.1,"C&I","Lighting","Annual Operating Hours, Measure Life and CF source:  IL TRM","per fixture",136,{"$f":"ROUND((W207-T207)*(AE207)*P207/1000,4)","v":902.28},null,{"$f":"(W207-T207)*AH207/1000","v":0.10299999999999999},1,null,{"$f":"ROUND(K207*L207,4)","v":0.10299999999999999},null,8760,null,{"$f":"ROUND(50000/P207,0)","v":6},"4-ft 3L to 4L 4' T5, T5HO or T8",155,null,"200W - 250W HID Fixture",258,null,"=ROUND((W207-T207)*(AE207)*P207/1000,4)","=ROUND(K207*L207,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage 4ft 2 Lamp T5/T5HO or T8 replacing 101W-175W Fixture",147.1,"C&I","Lighting","Annual Operating Hours, Measure Life and CF source:  IL TRM","per fixture",105,981.12,null,0.112,1,null,0.112,null,8760,null,6,"4-ft 2L to 3L 4' T5, T5HO or T8",84,null,"125W - 175W HID Fixture",196,null,"=ROUND((W208-T208)*(AE208)*P208/1000,4)","=ROUND(K208*L208,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage 4ft 1 Lamp T5/T5HO or T8 replacing <= 100W Fixture",148.1,"C&I","Lighting","Annual Operating Hours, Measure Life and CF source:  IL TRM","per fixture",74,613.20000000000005,null,7.0000000000000007E-2,1,null,7.0000000000000007E-2,null,8760,null,6,"4-ft 1L to 2L 4' T5, T5HO or T8 ",54,null,"≤ 100 W HID Fixture",124,null,{"$f":"cellformula(I209)","v":"=ROUND((W209-T209)*(AE209)*P209/1000,4)"},{"$f":"cellformula(N209)","v":"=ROUND(K209*L209,4)"},"2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",149.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",1182.5,2661.7,null,0.61899999999999999,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",412,null,"> 400 W HID Fixture",1031,null,"=ROUND((W210-T210)*(AE210)*P210/1000,4)","=ROUND(K210*L210,4)","2017-04-07","2019-03-31",null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",149.19999999999999,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",1182.5,3839.9,null,0.89300000000000002,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",138,null,"> 400 W HID Fixture",1031,null,{"$f":"cellformula(I211)","v":"=ROUND((W211-T211)*(AE211)*P211/1000,4)"},{"$f":"cellformula(N211)","v":"=ROUND(K211*L211,4)"},"2019-04-01",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing 251W-400W Fixture or Mogul Screw‐Base Lamp",150.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",535,{"$f":"ROUND((W212-T212)*(AE212)*P212/1000,4)","v":1191.0999999999999},null,{"$f":"(W212-T212)*AH212/1000","v":0.27700000000000002},0,null,0,null,4300,null,{"$f":"ROUND(50000/P212,0)","v":12},"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",167,null,"320 W Pulse Start and 400W MH/HPS Fixture",444,null,"=ROUND((W212-T212)*(AE212)*P212/1000,4)","=ROUND(K212*L212,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",151.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",398.8,602,null,0.14000000000000001,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",82,null,"175 W HID - 250 W HID Fixture",222,null,"=ROUND((W213-T213)*(AE213)*P213/1000,4)","=ROUND(K213*L213,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing < 175W Fixture or Mogul Screw-Base Lamp",152.1,"C&I","Lighting","Annual Operating Hours and CF source:  IN TRM, Measure Life source: IL TRM","per fixture",299.75,490.2,null,0.114,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",37,null,"< 175 W HID Fixture",151,null,"=ROUND((W214-T214)*(AE214)*P214/1000,4)","=ROUND(K214*L214,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing > 175W Fixture or Mogul Screw-Base Lamp",153.1,"C&I","Lighting","Annual Operating Hours source, Measure Life and CF source:  IL TRM","per fixture",520,902.28,null,0.10299999999999999,1,null,0.10299999999999999,null,8760,null,6,"LED Parking Garage Lighting Fixtures",155,null,"200W - 250W HID Fixture",258,null,"=ROUND((W215-T215)*(AE215)*P215/1000,4)","=ROUND(K215*L215,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing 101W-175W Fixture or Mogul Screw-Base Lamp",154.1,"C&I","Lighting","Annual Operating Hours source, Measure Life and CF source:  IL TRM","per fixture",380,981.12,null,0.112,1,null,0.112,null,8760,null,6,"LED Parking Garage Lighting Fixtures",84,null,"125W - 175W HID Fixture",196,null,"=ROUND((W216-T216)*(AE216)*P216/1000,4)","=ROUND(K216*L216,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing <= 100W Fixture or Mogul Screw-Base Lamp",155.1,"C&I","Lighting","Annual Operating Hours source, Measure Life and CF source:  IL TRM","per fixture",320,613.20000000000005,null,7.0000000000000007E-2,1,null,7.0000000000000007E-2,null,8760,null,6,"LED Parking Garage Lighting Fixtures",54,null,"≤ 100 W HID Fixture",124,null,"=ROUND((W217-T217)*(AE217)*P217/1000,4)","=ROUND(K217*L217,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Linear Lamp Replacing 4ft T8, T12, or T5 Lamp",166.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per lamp",24,54.489600000000003,null,1.6500000000000001E-2,0.75,null,1.24E-2,null,4128,null,12,"4-ft LED Linear Replacement Lamps",18,null,"32W 4-ft T8 with Electronic NBF Ballast",29,null,"=ROUND((W218-T218)*(AE218)*P218/1000,4)","=ROUND(K218*L218,4)","2017-04-07","2019-03-31",null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Linear Lamp Replacing 4ft T8, T12, or T5 Lamp",166.2,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per lamp",24,70.327799999999996,null,1.8502923695514501E-2,0.69769894861771964,null,1.29E-2,null,4408.8858506099996,null,12,"4-ft LED Linear Replacement Lamps",14.92726822951046,null,"32W 4-ft T8 with Electronic NBF Ballast",29,null,"=ROUND((W186-T186)*(AE186)*P186/1000,4)","=ROUND(K186*L186,4)","2019-04-01",null,null,null,1.1334958992183046,"Waste Heat Factor_Energy",null,1.3148068191220026,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Linear Lamp Replacing 2ft T8, T12, or T5 Lamp",167.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per lamp",22,34.675199999999997,null,1.0500000000000001E-2,0.75,null,7.9000000000000008E-3,null,4128,null,12,"2-ft LED Linear Replacement Lamps",10,null,"17W 2-ft T8 with Electronic NBF Ballast",17,null,"=ROUND((W220-T220)*(AE220)*P220/1000,4)","=ROUND(K220*L220,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 1X4 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",168.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",155,199.773,null,6.0493275000000006E-2,0.75,null,{"$f":"ROUND(K221*L221,4)","v":4.5400000000000003E-2},null,4128,null,12,"LED 1X4 Retrofit Kits",37,null,"1x4 T8, T12 or T5 Fluorescents",77.328850000000003,null,"=ROUND((W221-T221)*(AE221)*P221/1000,4)","=ROUND(K221*L221,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",169.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",145,257.87029999999999,null,7.8085724370000012E-2,0.75,null,5.8599999999999999E-2,null,4128,null,12,"LED 2X4 Retrofit Kits",46,null,"2x4 T8, T12 or T5 Fluorescents",98.057149580000001,null,"=ROUND((W222-T222)*(AE222)*P222/1000,4)","=ROUND(K222*L222,4)","2017-04-07","2019-03-31",null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",169.2,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",145,300.18450000000001,null,8.2833467863560467E-2,0.67314062591104151,null,5.5800000000000002E-2,null,4143.0865648262179,null,12,"LED 2X4 Retrofit Kits",35.119811244492944,null,"2x4 T8, T12 or T5 Fluorescents",98.057149580000001,null,{"$f":"cellformula(I223)","v":"=ROUND((W223-T223)*(AE223)*P223/1000,4)"},{"$f":"cellformula(N223)","v":"=ROUND(K223*L223,4)"},"2019-04-01",null,null,null,1.1512134336091124,"Waste Heat Factor_Energy",null,1.3161260080938109,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X2 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",170.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",130,194.8194,null,5.8993275000000005E-2,0.75,null,4.4200000000000003E-2,null,4128,null,12,"LED 2X2 Retrofit Kits",38,null,"2x2 T8, T12 or T5 Fluorescents",77.328850000000003,null,"=ROUND((W224-T224)*(AE224)*P224/1000,4)","=ROUND(K224*L224,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 1X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",171.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",180,209.68020000000001,null,6.3493275000000002E-2,0.75,null,4.7600000000000003E-2,null,4128,null,12,"LED 1X4 Troffer or Linear Ambient Fixtures",35,null,"1X4 Troffer or Linear Ambient T8, T12 or T5/T5HO",77.328850000000003,null,"=ROUND((W225-T225)*(AE225)*P225/1000,4)","=ROUND(K225*L225,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",172.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",170,257.87029999999999,null,7.8085724370000012E-2,0.75,null,5.8599999999999999E-2,null,4128,null,12,"LED 2X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",46,null,"2X4 Troffer or Linear Ambient T8, T12 or T5/T5HO",98.057149580000001,null,"=ROUND((W226-T226)*(AE226)*P226/1000,4)","=ROUND(K226*L226,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X2 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",173.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",155,204.72659999999999,null,6.1993275000000007E-2,0.75,null,4.65E-2,null,4128,null,12,"LED 2X2 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",36,null,"2X2 Troffer or Linear Ambient T8, T12 or T5/T5HO",77.328850000000003,null,"=ROUND((W227-T227)*(AE227)*P227/1000,4)","=ROUND(K227*L227,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","LED Refrig Case Lights w/Doors 4ft 5ft or 6ft repl Fluor Refrig Case Lights w/Doors 4ft 5ft or 6ft",174.1,"C&I","Lighting","Annual Operating Hours source, Measure Life and CF source:  IL TRM","per door",230,{"$f":"ROUND((W228-T228)/1000*P228*AE228,4)","v":594.93539999999996},null,{"$f":"(W228-T228)/1000*L228*(1+AH228)","v":0.15076960000000003},0.92,null,0.13869999999999999,null,6205,null,8,"LED Refrigerated (Medium Temp) Case Light Fixtures (4, 5, and 6-foot)",34,null,"Linear Fluorescent T12 and T8 Fixtures",102,null,"=ROUND((W228-T228)/1000*P228*AE228,4)","=ROUND(K228*L228,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor_Energy",null,1.41,"Waste Heat Factor_Demand"]
["Business Standard","LED Freezer Case Lights w/Doors 4ft 5ft or 6ft repl Fluor Frezer Case Lights w/Doors 4ft 5ft or 6ft",175.1,"C&I","Lighting","Annual Operating Hours source, Measure Life and CF source:  IL TRM","per door",230,{"$f":"ROUND((W229-T229)/1000*P229*AE229,4)","v":641.34879999999998},null,{"$f":"(W229-T229)/1000*L229*(1+AH229)","v":0.15765120000000002},0.92,null,0.14499999999999999,null,6205,null,8,"LED Freezer (Low Temp) Case Light Fixtures (4, 5, and 6-foot)",34,null,"Linear Fluorescent T12 and T8 Fixtures",102,null,"=ROUND((W229-T229)/1000*P229*AE229,4)","=ROUND(K229*L229,4)","2017-04-07",null,null,null,1.52,"Waste Heat Factor_Energy",null,1.52,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 45-60W Fixture",176.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",35,{"$f":"ROUND((W230-T230)*(AE230)*P230/1000,4)","v":195.07679999999999},null,{"$f":"(W230-T230)*AH230/1000","v":6.0399999999999995E-2},0.7,null,4.2299999999999997E-2,null,3933,null,13,"LED Downlight or Retrofit Kit ≤ 13W",11,null,"Incandescent and Halogen Downlights < 1000 lumens",51,null,"=ROUND((W230-T230)*(AE230)*P230/1000,4)","=ROUND(K230*L230,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 61-100W Fixture",177.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",68,321.87670000000003,null,9.9659999999999999E-2,0.7,null,6.9800000000000001E-2,null,3933,null,13,"LED Downlight or Retrofit Kit 14 to 21W",18,null,"Incandescent and Halogen Downlights 1000 to 2000 lumens",84,null,"=ROUND((W231-T231)*(AE231)*P231/1000,4)","=ROUND(K231*L231,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 101-155W Fixture",178.1,"C&I","Lighting","Annual Operating Hours:  Weighted Average IN TRM, Measure Life: IL TRM, CF source: Weighted Average IN TRM","per fixture",120,512.07659999999998,null,0.15855000000000002,0.7,null,0.111,null,3933,null,13,"LED Downlight or Retrofit Kit ≥ 22W",28,null,"Incandescent, HID and Halogen Downlights > 2000 lumens",133,null,"=ROUND((W232-T232)*(AE232)*P232/1000,4)","=ROUND(K232*L232,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","Interior Directional LED Lamp replacing 50-70W Lamp",179.1,"Small C&I","Lighting",null,"per lamp",18,277.2765,null,6.7000000000000004E-2,0.7,null,{"$f":"ROUND(K233*L233,4)","v":4.6899999999999997E-2},null,3933,null,7,"LED (watts)",10,null,"Incandescent (watts)",60,null,"=ROUND((W233-T233)*(AE233)*P233/1000,4)","=ROUND(K233*L233,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","High Performance High-Bay Fluorescent Fixture T8 > 4 Lamps Replacing HID Fixture",181.1,"Small C&I","Lighting",null,"per fixture",220,1478.4695999999999,null,0.3216,0.78,null,0.25080000000000002,null,4369,null,12,"High Bay T8 (>4 lamps, wattage)",240,null,"Metal Halide (watts)",480,null,{"$f":"cellformula(I234)","v":"=ROUND((W234-T234)*(AE234)*P234/1000,4)"},{"$f":"cellformula(N234)","v":"=ROUND(K234*L234,4)"},"2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","High‐Bay Fluorescent Fixture T5 <= 4 Lamps w/ HE Electronic Ballast Replacing HID Fixture",183.1,"Small C&I","Lighting",null,"per fixture",200,677.63189999999997,null,0.1474,0.78,null,0.115,null,4369,null,12,"High Bay T5 (≤4 lamps, wattage)",110,null,"Metal Halide (watts)",220,null,"=ROUND((W235-T235)*(AE235)*P235/1000,4)","=ROUND(K235*L235,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Remove 8ft Lamp from T8 or T12 System",186.1,"Small C&I","Lighting",null,"per lamp",70,{"$f":"ROUND((W236-T236)/1000*P236*AE236,4)","v":337.58780000000002},null,{"$f":"(W236-T236)/1000*AH236","v":7.7720000000000011E-2},0.75,null,5.8299999999999998E-2,null,4128,null,12,"Remove T8",0,null,"T8 8 ft (watts)",58,null,"=ROUND((W236-T236)/1000*P236*AE236,4)","=ROUND(K236*L236,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 40-60W Lamp",187.1,"Small C&I","Lighting",null,"per lamp",12,211.5,null,5.3600000000000002E-2,0.65,null,3.4799999999999998E-2,null,3750,null,7,"LED (watts)",8,null,"EISA tier 1 compliant Halogen (watts)",48,null,"=ROUND((W237-T237)/1000*P237*AE237,4)","=ROUND(K237*L237,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior Omnidirectional LED Lamp replacing 61-100W Lamp",188.1,"Small C&I","Lighting",null,"per lamp",20,360.45949999999999,null,8.7100000000000011E-2,0.7,null,6.0999999999999999E-2,null,3933,null,7,"LED (watts)",13,null,"EISA tier 1 compliant Halogen (watts)",78,null,"=ROUND((W238-T238)/1000*P238*AE238,4)","=ROUND(K238*L238,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior Occupancy or Vacancy Sensor Replacing No Controls",190.1,"Small C&I","Lighting",null,"per sensor",84,{"$f":"ROUND(T239/1000*AK239*P239*AE239,4)","v":323.03660000000002},null,{"$f":"T239/1000*AK239*AH239","v":7.4370000000000006E-2},0.95,null,7.0699999999999999E-2,null,4128,null,8,"Wall-Mount Occupancy Sensor",185,null,"No Control",null,null,"=ROUND(T239/1000*AK239*P239*AE239,4)","=ROUND(K239*L239,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor",null,0.3,"ESF"]
["Business Standard","Parking Garage 4'3L T5, T5HP, or T8 replacing >175W fixture",191.1,"Small C&I","Lighting",null,"per fixture",136,{"$f":"ROUND((W240-T240)*(AE240)*P240/1000,4)","v":902.28},null,{"$f":"(W240-T240)*AH240/1000","v":0.10299999999999999},1,null,0.10299999999999999,null,8760,null,{"$f":"ROUND(50000/P240,0)","v":6},"4-ft 3L to 4L 4' T5, T5HO or T8",155,null,"200W - 250W HID Fixture",258,null,"=ROUND((W240-T240)*(AE240)*P240/1000,4)","=ROUND(K240*L240,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage 4'2L T5, T5HP, or T8 replacing 101W-175W fixture",192.1,"Small C&I","Lighting",null,"per fixture",105,981.12,null,0.112,1,null,0.112,null,8760,null,6,"4-ft 2L to 3L 4' T5, T5HO or T8",84,null,"125W - 175W HID Fixture",196,null,"=ROUND((W241-T241)*(AE241)*P241/1000,4)","=ROUND(K241*L241,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage 4'1L T5, T5HP, or T8 replacing <=100W fixture",193.1,"Small C&I","Lighting",null,"per fixture",74,613.20000000000005,null,7.0000000000000007E-2,1,null,7.0000000000000007E-2,null,8760,null,6,"4-ft 1L to 2L 4' T5, T5HO or T8 ",54,null,"≤ 100 W HID Fixture",124,null,"=ROUND((W242-T242)*(AE242)*P242/1000,4)","=ROUND(K242*L242,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing > 400W Fixture or Mogul Screw-Base Lamp",194.1,"Small C&I","Lighting",null,"per fixture",1182.5,2661.7,null,0.61899999999999999,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",412,null,"> 400 W HID Fixture",1031,null,"=ROUND((W243-T243)*(AE243)*P243/1000,4)","=ROUND(K243*L243,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing 251W-400W Fixture or Mogul Screw‐Base Lamp",195.1,"Small C&I","Lighting",null,"per fixture",535,{"$f":"ROUND((W244-T244)*(AE244)*P244/1000,4)","v":1191.0999999999999},null,{"$f":"(W244-T244)*AH244/1000","v":0.27700000000000002},0,null,0,null,4300,null,{"$f":"ROUND(50000/P244,0)","v":12},"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",167,null,"320 W Pulse Start and 400W MH/HPS Fixture",444,null,"=ROUND((W244-T244)*(AE244)*P244/1000,4)","=ROUND(K244*L244,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing 175W-250W Fixture or Mogul Screw-Base Lamp",196.1,"Small C&I","Lighting",null,"per fixture",398.8,602,null,0.14000000000000001,0,null,{"$f":"ROUND(K245*L245,4)","v":0},null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",82,null,"175 W HID - 250 W HID Fixture",222,null,"=ROUND((W245-T245)*(AE245)*P245/1000,4)","=ROUND(K245*L245,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Exterior LED replacing < 175W Fixture or Mogul Screw-Base Lamp",197.1,"Small C&I","Lighting",null,"per fixture",299.75,490.2,null,0.114,0,null,0,null,4300,null,12,"LED Exterior Lighting Fixtures (Includes Street and Area, Decorative, Soffit and Canopy, Wall-mounted, and Landscape and Flood lighting)",37,null,"< 175 W HID Fixture",151,null,"=ROUND((W246-T246)*(AE246)*P246/1000,4)","=ROUND(K246*L246,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing > 175W Fixture or Mogul Screw-Base Lamp",198.1,"Small C&I","Lighting",null,"per fixture",520,{"$f":"ROUND((W247-T247)*(AE247)*P247/1000,4)","v":902.28},null,{"$f":"(W247-T247)*AH247/1000","v":0.10299999999999999},1,null,0.10299999999999999,null,8760,null,{"$f":"ROUND(50000/P247,0)","v":6},"LED Parking Garage Lighting Fixtures",155,null,"200W - 250W HID Fixture",258,null,"=ROUND((W247-T247)*(AE247)*P247/1000,4)","=ROUND(K247*L247,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing 101W-175W Fixture or Mogul Screw-Base Lamp",199.1,"Small C&I","Lighting",null,"per fixture",380,981.12,null,0.112,1,null,0.112,null,8760,null,6,"LED Parking Garage Lighting Fixtures",84,null,"125W - 175W HID Fixture",196,null,"=ROUND((W248-T248)*(AE248)*P248/1000,4)","=ROUND(K248*L248,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Parking Garage LED replacing <= 100W Fixture or Mogul Screw-Base Lamp",200.1,"Small C&I","Lighting",null,"per fixture",320,613.20000000000005,null,7.0000000000000007E-2,1,null,7.0000000000000007E-2,null,8760,null,6,"LED Parking Garage Lighting Fixtures",54,null,"≤ 100 W HID Fixture",124,null,"=ROUND((W249-T249)*(AE249)*P249/1000,4)","=ROUND(K249*L249,4)","2017-04-07",null,null,null,1,"Waste Heat Factor_Energy",null,1,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Linear Lamp Replacing 4ft T8, T12, or T5 Lamp",201.1,"Small C&I","Lighting",null,"per fixture",24,{"$f":"ROUND((W250-T250)*(AE250)*P250/1000,4)","v":54.489600000000003},null,{"$f":"(W250-T250)*AH250/1000","v":1.6500000000000001E-2},0.75,null,1.24E-2,null,4128,null,{"$f":"ROUND(50000/P250,0)","v":12},"4-ft LED Linear Replacement Lamps",18,null,"32W 4-ft T8 with Electronic NBF Ballast",29,null,"=ROUND((W250-T250)*(AE250)*P250/1000,4)","=ROUND(K250*L250,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Linear Lamp Replacing 2ft T8, T12, or T5 Lamp",202.1,"Small C&I","Lighting",null,"per fixture",22,34.675199999999997,null,1.0500000000000001E-2,0.75,null,7.9000000000000008E-3,null,4128,null,12,"2-ft LED Linear Replacement Lamps",10,null,"17W 2-ft T8 with Electronic NBF Ballast",17,null,"=ROUND((W251-T251)*(AE251)*P251/1000,4)","=ROUND(K251*L251,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 1X4 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",203.1,"Small C&I","Lighting",null,"per fixture",155,199.773,null,6.0493275000000006E-2,0.75,null,4.5400000000000003E-2,null,4128,null,12,"LED 1X4 Retrofit Kits",37,null,"1x4 T8, T12 or T5 Fluorescents",77.328850000000003,null,"=ROUND((W252-T252)*(AE252)*P252/1000,4)","=ROUND(K252*L252,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X4 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",204.1,"Small C&I","Lighting",null,"per fixture",145,257.87029999999999,null,7.8085724370000012E-2,0.75,null,5.8599999999999999E-2,null,4128,null,12,"LED 2X4 Retrofit Kits",46,null,"2x4 T8, T12 or T5 Fluorescents",98.057149580000001,null,"=ROUND((W253-T253)*(AE253)*P253/1000,4)","=ROUND(K253*L253,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X2 Retrofit Kit replacing T8, T12 or T5/T5HO fixture",205.1,"Small C&I","Lighting",null,"per fixture",130,194.8194,null,5.8993275000000005E-2,0.75,null,4.4200000000000003E-2,null,4128,null,12,"LED 2X2 Retrofit Kits",38,null,"2x2 T8, T12 or T5 Fluorescents",77.328850000000003,null,"=ROUND((W254-T254)*(AE254)*P254/1000,4)","=ROUND(K254*L254,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 1X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",206.1,"Small C&I","Lighting",null,"per fixture",180,209.68020000000001,null,6.3493275000000002E-2,0.75,null,4.7600000000000003E-2,null,4128,null,12,"LED 1X4 Troffer or Linear Ambient Fixtures",35,null,"1X4 Troffer or Linear Ambient T8, T12 or T5/T5HO",77.328850000000003,null,"=ROUND((W255-T255)*(AE255)*P255/1000,4)","=ROUND(K255*L255,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",207.1,"Small C&I","Lighting",null,"per fixture",170,257.87029999999999,null,7.8085724370000012E-2,0.75,null,{"$f":"ROUND(K256*L256,4)","v":5.8599999999999999E-2},null,4128,null,12,"LED 2X4 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",46,null,"2X4 Troffer or Linear Ambient T8, T12 or T5/T5HO",98.057149580000001,null,"=ROUND((W256-T256)*(AE256)*P256/1000,4)","=ROUND(K256*L256,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED 2X2 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",208.1,"Small C&I","Lighting",null,"per fixture",155,204.72659999999999,null,6.1993275000000007E-2,0.75,null,4.65E-2,null,4128,null,12,"LED 2X2 Troffer or Linear Ambient replacing T8, T12 or T5/T5HO fixture",36,null,"2X2 Troffer or Linear Ambient T8, T12 or T5/T5HO",77.328850000000003,null,"=ROUND((W257-T257)*(AE257)*P257/1000,4)","=ROUND(K257*L257,4)","2017-04-07",null,null,null,1.2,"Waste Heat Factor_Energy",null,1.5,"Waste Heat Factor_Demand"]
["Business Standard","LED Refrig Case Lights w/Doors 4ft 5ft or 6ft repl Fluor Refrig Case Lights w/Doors 4ft 5ft or 6ft",209.1,"Small C&I","Lighting",null,"per fixture",230,594.93539999999996,null,9.5879999999999993E-2,0.92,null,8.8200000000000001E-2,null,6205,null,8,"LED Refrigerated (Medium Temp) Case Light Fixtures (4, 5, and 6-foot)",34,null,"Linear Fluorescent T12 and T8 Fixtures",102,null,{"$f":"cellformula(I258)","v":"=ROUND((W258-T258)*(AE258)*P258/1000,4)"},{"$f":"cellformula(N258)","v":"=ROUND(K258*L258,4)"},"2017-04-07",null,null,null,1.41,"Waste Heat Factor_Energy",null,1.41,"Waste Heat Factor_Demand"]
["Business Standard","LED Freezer Case Lights w/Doors 4ft 5ft or 6ft repl Fluor Frezer Case Lights w/Doors 4ft 5ft or 6ft",210.1,"Small C&I","Lighting",null,"per fixture",230,641.34879999999998,null,0.10335999999999999,0.92,null,9.5100000000000004E-2,null,6205,null,8,"LED Freezer (Low Temp) Case Light Fixtures (4, 5, and 6-foot)",34,null,"Linear Fluorescent T12 and T8 Fixtures",102,null,"=ROUND((W259-T259)*(AE259)*P259/1000,4)","=ROUND(K259*L259,4)","2017-04-07",null,null,null,1.52,"Waste Heat Factor_Energy",null,1.52,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 45-60W Fixture",211.1,"Small C&I","Lighting",null,"per fixture",35,195.07679999999999,null,6.0399999999999995E-2,0.7,null,4.2299999999999997E-2,null,3933,null,13,"LED Downlight or Retrofit Kit ≤ 13W",11,null,"Incandescent and Halogen Downlights < 1000 lumens",51,null,"=ROUND((W260-T260)*(AE260)*P260/1000,4)","=ROUND(K260*L260,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 61-100W Fixture",212.1,"Small C&I","Lighting",null,"per fixture",68,321.87670000000003,null,9.9659999999999999E-2,0.7,null,6.9800000000000001E-2,null,3933,null,13,"LED Downlight or Retrofit Kit 14 to 21W",18,null,"Incandescent and Halogen Downlights 1000 to 2000 lumens",84,null,"=ROUND((W261-T261)*(AE261)*P261/1000,4)","=ROUND(K261*L261,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","Interior LED Downlight or Retrofit Kit replacing 101-155W Fixture",213.1,"Small C&I","Lighting",null,"per fixture",120,512.07659999999998,null,0.15855000000000002,0.7,null,0.111,null,3933,null,13,"LED Downlight or Retrofit Kit ≥ 22W",28,null,"Incandescent, HID and Halogen Downlights > 2000 lumens",133,null,"=ROUND((W262-T262)*(AE262)*P262/1000,4)","=ROUND(K262*L262,4)","2017-04-07",null,null,null,1.24,"Waste Heat Factor_Energy",null,1.51,"Waste Heat Factor_Demand"]
["Business Standard","LED Low Bay Fixture replacing 150W-300W fixture",214.1,"Small C&I","Lighting",null,"per fixture",305,806.62860000000001,null,0.17554000000000003,0.83,null,0.1457,null,4367,null,12,"LED Low Bay (watts)",70,null,"Pulse Start Metal Halide (watts)",201,null,"=ROUND((W263-T263)*(AE263)*P263/1000,4)","=ROUND(K263*L263,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Low/High Bay Fixture replacing 301W-450W fixture",215.1,"Small C&I","Lighting",null,"per fixture",330,1096.0297,null,0.23852000000000001,0.83,null,0.19800000000000001,null,4367,null,12,"LED High/Low Bay (watts)",110,null,"Pulse Start Metal Halide (watts)",288,null,"=ROUND((W264-T264)*(AE264)*P264/1000,4)","=ROUND(K264*L264,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED High Bay Fixture replacing 451W - 750W fixture",216.1,"Small C&I","Lighting",null,"per fixture",430,1711.7766999999999,null,0.37252000000000002,0.83,null,0.30919999999999997,null,4367,null,12,"LED High Bay (watts)",175,null,"Pulse Start Metal Halide (watts)",453,null,"=ROUND((W265-T265)*(AE265)*P265/1000,4)","=ROUND(K265*L265,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED High Bay fixture replacing > 750W fixture",217.1,"Small C&I","Lighting",null,"per fixture",725,4482.6382000000003,null,0.97552000000000005,0.83,null,0.80969999999999998,null,4367,null,12,"LED High Bay (watts)",350,null,"Pulse Start Metal Halide (watts)",1078,null,"=ROUND((W266-T266)*(AE266)*P266/1000,4)","=ROUND(K266*L266,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","28W - 4 ft fluorescent T8 lamp",218,"Small C&I","Lighting",null,"per lamp",1,17.9222,null,4.3550000000000004E-3,0.72,null,3.0999999999999999E-3,null,3911,null,7,"28W - 4 ft fluorescent T8 lamp",24.75,null,"32W 4 ft fluorescent T8 lamp",28,null,"=ROUND((W267-T267)*(AE267)*P267/1000,4)","=ROUND(K267*L267,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","25W - 4 ft fluorescent T8 lamp",219,"Small C&I","Lighting",null,"per lamp",2.5,35.844299999999997,null,8.7100000000000007E-3,0.72,null,{"$f":"ROUND(K268*L268,4)","v":6.3E-3},null,3911,null,7,"25W - 4 ft fluorescent T8 lamp",21.5,null,"32W 4 ft fluorescent T8 lamp",28,null,"=ROUND((W268-T268)*(AE268)*P268/1000,4)","=ROUND(K268*L268,4)","2016-04-01",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Low Bay Fixture replacing 150W-300W fixture",220.1,"C&I","Lighting",null,"per fixture",305,806.62860000000001,null,0.17554000000000003,0.83,null,0.1457,null,4367,null,12,"LED Low Bay (watts)",70,null,"Pulse Start Metal Halide (watts)",201,null,"=ROUND((W269-T269)*(AE269)*P269/1000,4)","=ROUND(K269*L269,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED Low/High Bay Fixture replacing 301W‐450W fixture",221.2,"C&I","Lighting",null,"per fixture",330,{"$f":"ROUND((W270-T270)/1000*P270*AE270,4)","v":1508.5802000000001},"IL TRM v5",{"$f":"(W270-T270)/1000*AH270","v":0.30992431121712727},0.70264904374341364,"IL TRM v5",0.21779999999999999,"IL TRM v5",4367,"IL TRM v5",12,"LED High/Low Bay (watts)",120,"IL TRM v5","Pulse Start Metal Halide (watts)",365,"IL TRM v5",{"$f":"cellformula(I270)","v":"=ROUND((W270-T270)/1000*P270*AE270,4)"},{"$f":"cellformula(N270)","v":"=ROUND(K270*L270,4)"},"2018-04-01","2019-03-31",null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.2649971886413358,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED Low/High Bay Fixture replacing 301W‐450W fixture",221.3,"C&I","Lighting",null,"per fixture",330,949.00810000000001,"IL TRM v5",0.24279736695610535,0.66077261181013702,"IL TRM v5",0.16039999999999999,"IL TRM v5",4431.5553592345677,"IL TRM v5",12,"LED High/Low Bay (watts)",174.50399265984163,"IL TRM v5","Pulse Start Metal Halide (watts)",375,"IL TRM v5",{"$f":"cellformula(I271)","v":"=ROUND((W271-T271)/1000*P271*AE271,4)"},{"$f":"cellformula(N271)","v":"=ROUND(K271*L271,4)"},"2019-04-01",null,null,null,1.0680904520679591,"Waste Heat Factor Energy","IL TRM v5",1.2109835511296698,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED High Bay Fixture replacing 451W - 750W fixture",222.1,"C&I","Lighting",null,"per fixture",430,{"$f":"ROUND((W272-T272)*(AE272)*P272/1000,4)","v":1711.7766999999999},null,{"$f":"(W272-T272)*AH272/1000","v":0.37252000000000002},0.83,null,0.30919999999999997,null,4367,null,12,"LED High Bay (watts)",175,null,"Pulse Start Metal Halide (watts)",453,null,"=ROUND((W272-T272)*(AE272)*P272/1000,4)","=ROUND(K272*L272,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED High Bay fixture replacing > 750W fixture",223.1,"C&I","Lighting",null,"per fixture",725,{"$f":"ROUND((W273-T273)*(AE273)*P273/1000,4)","v":4482.6382000000003},null,{"$f":"(W273-T273)*AH273/1000","v":0.97552000000000005},0.83,null,0.80969999999999998,null,4367,null,12,"LED High Bay (watts)",350,null,"Pulse Start Metal Halide (watts)",1078,null,"=ROUND((W273-T273)*(AE273)*P273/1000,4)","=ROUND(K273*L273,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","28W 4ft T8 Lamp Replacing 32W 4ft T8 Lamp",224.1,"C&I","Lighting",null,"per lamp",1,{"$f":"ROUND((W274-T274)*(AE274)*P274/1000,4)","v":17.9222},null,{"$f":"(W274-T274)*AH274/1000","v":4.3550000000000004E-3},0.72,null,3.0999999999999999E-3,null,3911,null,7,"28W - 4 ft fluorescent T8 lamp",24.75,null,"32W 4 ft fluorescent T8 lamp",28,null,"=ROUND((W274-T274)*(AE274)*P274/1000,4)","=ROUND(K274*L274,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","25W 4ft T8 Lamp Replacing 32W 4ft T8 Lamp",225.1,"C&I","Lighting",null,"per lamp",2.5,35.844299999999997,null,8.7100000000000007E-3,0.72,null,6.3E-3,null,3911,null,7,"25W - 4 ft fluorescent T8 lamp",21.5,null,"32W 4 ft fluorescent T8 lamp",28,null,"=ROUND((W275-T275)*(AE275)*P275/1000,4)","=ROUND(K275*L275,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED low bay mogul screw-base lamp/retrofit kit replacing 150W - 300W fixture",226,"C&I","Lighting",null,"per fixture",100,806.62860000000001,null,0.17554000000000003,0.83,null,0.1457,null,4367,null,12,"LED Low Bay (watts)",70,null,"Pulse Start Metal Halide (watts)",201,null,"=ROUND((W276-T276)*(AE276)*P276/1000,4)","=ROUND(K276*L276,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED low/high bay mogul screw-base lamp/retrofit kit replacing 301W - 450W fixture",227,"C&I","Lighting",null,"per fixture",150,1096.0297,null,0.23852000000000001,0.83,null,0.19800000000000001,null,4367,null,12,"LED High/Low Bay (watts)",110,null,"Pulse Start Metal Halide (watts)",288,null,"=ROUND((W277-T277)*(AE277)*P277/1000,4)","=ROUND(K277*L277,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED high bay mogul screw-base lamp/retrofit kit replacing 451W - 750W fixture",228,"C&I","Lighting",null,"per fixture",200,1711.7766999999999,null,0.37252000000000002,0.83,null,0.30919999999999997,null,4367,null,12,"LED High Bay (watts)",175,null,"Pulse Start Metal Halide (watts)",453,null,"=ROUND((W278-T278)*(AE278)*P278/1000,4)","=ROUND(K278*L278,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED high bay mogul screw-base lamp/retrofit kit replacing > 750W fixture",229,"C&I","Lighting",null,"per fixture",350,4482.6382000000003,null,0.97552000000000005,0.83,null,0.80969999999999998,null,4367,null,12,"LED High Bay (watts)",350,null,"Pulse Start Metal Halide (watts)",1078,null,"=ROUND((W279-T279)*(AE279)*P279/1000,4)","=ROUND(K279*L279,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Interior 8' LED Linear Lamp Replacing 8ft T8 or T12 Lamp",313,"C&I","Lighting",null,"per lamp",28,{"$f":"ROUND((W280-T280)/1000*P280*AE280,4)","v":88.555499999999995},"IL TRM v5",{"$f":"(W280-T280)/1000*AH280","v":3.09E-2},0.65826050861528551,"IL TRM v5",2.0299999999999999E-2,"IL TRM v5",3582.3430662623045,"IL TRM v5",10,"8' LED Lamp",37.4,"IL TRM v5","96\", T-8 lamp, Instant Start Ballast, NLO",58,"PG&E Appendix B, for Fluorescent, (1) 96\", T-8 lamp, Instant Start Ballast, NLO",{"$f":"cellformula(I280)","v":"=ROUND((W280-T280)/1000*P280*AE280,4)"},{"$f":"cellformula(N280)","v":"=ROUND(K280*L280,4)"},"2018-04-01",null,null,null,1.2,"Waste Heat Factor Energy","IL TRM v5",1.5,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Networked Lighting Controls",284,"C&I","Lighting",null,"per square foot",0.33,{"$f":"ROUND(AE281/1000*AH281*AK281,4)","v":1.0693999999999999},"Wisconsin Focus on Energy 2018 TRM page 251"," ",0.77,"Wisconsin Focus on Energy 2018 TRM page 251",{"$f":"ROUND(AE281/1000*AH281*AN281,4)","v":2.0000000000000001E-4},"Wisconsin Focus on Energy 2018 TRM page 251"," ",null,10,"Control system that meets the DLC networked lighting control specifications."," ",null,"LED or Fluorescent lighting system with no existing or basic lighting controls."," ",null,{"$f":"cellformula(I281)","v":"=ROUND(AE281/1000*AH281*AK281,4)"},{"$f":"cellformula(N281)","v":"=ROUND(AE281/1000*AH281*AN281,4)"},"2019-04-01",null,null,null,0.61,"Lighting Wattage Controlled per Sq.Ft. (LPDcontrolled)","Wisconsin Focus on Energy 2018 TRM page 251",0.47,"Savings Factor for advanced lighting controls (SF)","Wisconsin Focus on Energy 2018 TRM page 251",3730,"Average annual run hours (HOU)","Wisconsin Focus on Energy 2018 TRM page 251",0.77,"Coincidence Factor (CF)","Wisconsin Focus on Energy 2018 TRM page 251"," "]
["Business Standard","VSD Pumps/Fan (Chilled Water Pump)",283,"C&I","Pumps/Fans",null,"per HP",1898,{"$f":"ROUND(AE282/AH282*AK282*AN282,4)","v":1201.1805999999999},"IL TRM v.6.0 Vol. 2_Page216",null,null,null,{"$f":"ROUND(AE282/AH282*AQ282,4)","v":0.32150000000000001},"IL TRM v.6.0 Vol. 2_Page216",null,null,15,"VSD is applied to a motor which does not have a VSD",null,null,"Motor without a VSD",null,null,{"$f":"cellformula(I282)","v":"=ROUND(AE282/AH282*AK282*AN282,4)"},{"$f":"cellformula(N282)","v":"=ROUND(AE282/AH282*AQ282,4)"},"2019-04-01",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 v.6.0 Vol. 2_Page216",0.93,"EFFi (Motor Efficiency)","IL TRM v.6.0 Vol. 2_Page216",2718,"Cooling Run Hours","IL TRM v.6.0 Vol. 2_Page216",0.41099999999999998,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2_Page216",0.29899999999999999,"Demand Savings Factor (DSF)","IL TRM v.6.0 Vol. 2_Page216"]
["Business Standard","VSD Pumps/Fan (Hot Water Pump)",323,"C&I","Pumps/Fans",null,"per HP",1898,{"$f":"ROUND(AE283/AH283*AK283*AN283,4)","v":2119.5441000000001},"IL TRM v.6.0 Vol. 2_Page216",null,null,null,{"$f":"ROUND(AE283/AH283*AQ283,4)","v":0},"IL TRM v.6.0 Vol. 2_Page216",null,null,15,"VSD is applied to a motor which does not have a VSD",null,null,"Motor without a VSD",null,null,{"$f":"cellformula(I283)","v":"=ROUND(AE283/AH283*AK283*AN283,4)"},{"$f":"cellformula(N283)","v":"=ROUND(AE283/AH283*AQ283,4)"},"2019-04-01",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 v.6.0 Vol. 2_Page216",0.93,"EFFi (Motor Efficiency)","IL TRM v.6.0 Vol. 2_Page216",4649,"Heating Run Hours","IL TRM v.6.0 Vol. 2_Page216",0.42399999999999999,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2_Page216",0,"Demand Savings Factor (DSF)","IL TRM v.6.0 Vol. 2_Page216"]
["Business Standard","VSD Pumps/Fan (Cooling Tower Fan)",324,"C&I","Pumps/Fans",null,"per HP",1898,{"$f":"ROUND(AE284/AH284*AK284*AN284,4)","v":368.24520000000001},"IL TRM v.6.0 Vol. 2_Page216",null,null,null,{"$f":"ROUND(AE284/AH284*AQ284,4)","v":0.40649999999999997},"IL TRM v.6.0 Vol. 2_Page216",null,null,15,"VSD is applied to a motor which does not have a VSD",null,null,"Motor without a VSD",null,null,{"$f":"cellformula(I284)","v":"=ROUND(AE284/AH284*AK284*AN284,4)"},{"$f":"cellformula(N284)","v":"=ROUND(AE284/AH284*AQ284,4)"},"2019-04-01",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 v.6.0 Vol. 2_Page216",0.93,"EFFi (Motor Efficiency)","IL TRM v.6.0 Vol. 2_Page216",2718,"Cooling Run Hours","IL TRM v.6.0 Vol. 2_Page216",0.126,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2_Page216",0.378,"Demand Savings Factor (DSF)","IL TRM v.6.0 Vol. 2_Page216"]
["Business Standard","Automatic door closer for walk-in  freezers",300,"Small C&I","Refrigeration",null,"per unit",156.82,{"$f":"ROUND(2307,4)","v":2307},"IL TRM v.6.0 Vol. 2_Page434",null,null,null,{"$f":"ROUND(0.309,4)","v":0.309},"IL TRM v.6.0 Vol. 2_Page434",null,null,8,"Installation of an automatic, hydraulic-type door closer ",null,null,"Walk-in freezer without an automatic closure",null,null,{"$f":"cellformula(I285)","v":"=ROUND(2307,4)"},{"$f":"cellformula(N285)","v":"=ROUND(0.309,4)"},"2019-04-01"]
["Business Standard","Automatic door closer for walk-in coolers ",299,"Small C&I","Refrigeration",null,"per unit",156.82,{"$f":"ROUND(943,4)","v":943},"IL TRM v.6.0 Vol. 2_Page434",null,null,null,{"$f":"ROUND(0.137,4)","v":0.13700000000000001},"IL TRM v.6.0 Vol. 2_Page434",null,null,8,"Installation of an automatic, hydraulic-type door closer ",null,null,"Walk-in cooler without an automatic closure",null,null,"=ROUND(943,4)","=ROUND(0.137,4)","2019-04-01"]
["Business Standard","Door heater controls for cooler (Humidity-based controls)",301,"Small C&I","Refrigeration",null,"per unit",300,{"$f":"ROUND(AE287*AH287*AK287*AN287*AQ287,4)","v":541.14269999999999},"IL TRM v.6.0 Vol. 2_Page439",null,0,null,{"$f":"ROUND(0,4)","v":0},"IL TRM v.6.0 Vol. 2_Page439",null,null,12,"Door heater control utilizing humidity or conductivity control",null,null,"Standard heated door with no controls installed",null,null,{"$f":"cellformula(I287)","v":"=ROUND(AE287*AH287*AK287*AN287*AQ287,4)"},"=ROUND(0,4)","2019-04-01",null,null,null,9.1999999999999998E-2,"kWbase","IL TRM v.6.0 Vol. 2 Page 439",1,"Numdoors","IL TRM v.6.0 Vol. 2 Page 439",0.55000000000000004,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2 Page 439",1.22,"Bonus Factor (BF)","IL TRM v.6.0 Vol. 2 Page 439",8766,"Annual hours of operation","IL TRM v.6.0 Vol. 2 Page 439"]
["Business Standard","Door heater controls for cooler (Conductivity-based controls)",325,"Small C&I","Refrigeration",null,"per unit",200,{"$f":"ROUND(AE288*AH288*AK288*AN288*AQ288,4)","v":688.72709999999995},"IL TRM v.6.0 Vol. 2_Page439",null,0,null,{"$f":"ROUND(0,4)","v":0},"IL TRM v.6.0 Vol. 2_Page439",null,null,12,"Door heater control utilizing humidity or conductivity control",null,null,"Standard heated door with no controls installed",null,null,"=ROUND(AE288*AH288*AK288*AN288*AQ288,4)","=ROUND(0,4)","2019-04-01",null,null,null,9.1999999999999998E-2,"kWbase","IL TRM v.6.0 Vol. 2 Page 439",1,"Numdoors","IL TRM v.6.0 Vol. 2 Page 439",0.7,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2 Page 439",1.22,"Bonus Factor (BF)","IL TRM v.6.0 Vol. 2 Page 439",8766,"Annual hours of operation","IL TRM v.6.0 Vol. 2 Page 439"]
["Business Standard","Door heater controls for freezer (Humidity-based controls)",302,"Small C&I","Refrigeration",null,"per unit",300,{"$f":"ROUND(AE289*AH289*AK289*AN289*AQ289,4)","v":1278.6088},"IL TRM v.6.0 Vol. 2_Page439",null,0,null,0,"IL TRM v.6.0 Vol. 2_Page439",null,null,12,"Door heater control utilizing humidity or conductivity control",null,null,"Standard heated door with no controls installed",null,null,{"$f":"cellformula(I289)","v":"=ROUND(AE289*AH289*AK289*AN289*AQ289,4)"},"=ROUND(0,4)","2019-04-01",null,null,null,0.19500000000000001,"kWbase","IL TRM v.6.0 Vol. 2 Page 439",1,"Numdoors","IL TRM v.6.0 Vol. 2 Page 439",0.55000000000000004,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2 Page 439",1.36,"Bonus Factor (BF)","IL TRM v.6.0 Vol. 2 Page 439",8766,"Annual hours of operation","IL TRM v.6.0 Vol. 2 Page 439"]
["Business Standard","Door heater controls for freezer (Conductivity-based controls)",326,"Small C&I","Refrigeration",null,"per unit",200,{"$f":"ROUND(AE290*AH290*AK290*AN290*AQ290,4)","v":1627.3202000000001},"IL TRM v.6.0 Vol. 2_Page439",null,0,null,0,"IL TRM v.6.0 Vol. 2_Page439",null,null,12,"Door heater control utilizing humidity or conductivity control",null,null,"Standard heated door with no controls installed",null,null,"=ROUND(AE290*AH290*AK290*AN290*AQ290,4)","=ROUND(0,4)","2019-04-01",null,null,null,0.19500000000000001,"kWbase","IL TRM v.6.0 Vol. 2 Page 439",1,"Numdoors","IL TRM v.6.0 Vol. 2 Page 439",0.7,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2 Page 439",1.36,"Bonus Factor (BF)","IL TRM v.6.0 Vol. 2 Page 439",8766,"Annual hours of operation","IL TRM v.6.0 Vol. 2 Page 439"]
["Business Standard","ECM Motors Walk-In Coolers & Freezers",303,"Small C&I","Refrigeration",null,"per motor",177,{"$f":"ROUND(AH291*AE291,4)","v":408},"IL TRM v.6.0 Vol. 2_Page442",null,1,null,{"$f":"ROUND(I291/AK291*AN291,4)","v":4.6600000000000003E-2},"IL TRM v.6.0 Vol. 2_Page442",null,null,15,"ECM Motor",null,null,"Standard Motor",null,null,{"$f":"cellformula(I291)","v":"=ROUND(AH291*AE291,4)"},{"$f":"cellformula(N291)","v":"=ROUND(I291/AK291*AN291,4)"},"2019-04-01",null,null,null,1,"Number of Motors","IL TRM v.6.0 Vol. 2 Page 442",408,"Savings per motor","IL TRM v.6.0 Vol. 2_Page 442",8760,"Full Load hours per year","IL TRM v.6.0 Vol. 2_Page 442",1,"Summer Peak Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 442"]
["Business Standard","LED A-19 - 9W",293,"Small C&I","Lighting","Direct Install","per unit",1.96,{"$f":"ROUND(((AE292-AH292)/1000)*AK292*AN292*AT292,4)","v":128.93969999999999},"IL TRM v.6.0 Vol. 2_Page363",null,0.66,"IL TRM v.6.0 Vol. 2_Page363",{"$f":"ROUND(((AE292-AH292)/1000)*AQ292*AT292*AW292,4)","v":3.3599999999999998E-2},"IL TRM v.6.0 Vol. 2_Page363",null,null,15,"ENERGY STAR labeled LED lamp",null,null,"Non-ENERGY STAR lamp",null,null,{"$f":"cellformula(I292)","v":"=ROUND(((AE292-AH292)/1000)*AK292*AN292*AT292,4)"},{"$f":"cellformula(N292)","v":"=ROUND(((AE292-AH292)/1000)*AQ292*AT292*AW292,4)"},"2019-04-01",null,null,null,43,"WATTSbase","IL TRM v.6.0 Vol. 2_Page 363",9,"WATTSee",null,2954,"Hours","IL TRM v.6.0 Vol. 2_Page 338",1.31,"Waste Heat Factor Energy (WHFe)","IL TRM v.6.0 Vol. 2_Page 338",1.53,"Waste Heat Factor Demand (WHFd)","IL TRM v.6.0 Vol. 2_Page 338",0.98,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2_Page 363",0.66,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 338"]
["Business Standard","LED BR20 - 7.5W",296,"Small C&I","Lighting","Direct Install","per unit",1.65,{"$f":"ROUND(((AE293-AH293)/1000)*AK293*AN293*AT293,4)","v":142.21289999999999},"IL TRM v.6.0 Vol. 2_Page363",null,0.66,"IL TRM v.6.0 Vol. 2_Page363",{"$f":"ROUND(((AE293-AH293)/1000)*AQ293*AT293*AW293,4)","v":3.7100000000000001E-2},"IL TRM v.6.0 Vol. 2_Page363",null,null,15,"ENERGY STAR labeled LED lamp",null,null,"Non-ENERGY STAR lamp",null,null,{"$f":"cellformula(I293)","v":"=ROUND(((AE293-AH293)/1000)*AK293*AN293*AT293,4)"},{"$f":"cellformula(N293)","v":"=ROUND(((AE293-AH293)/1000)*AQ293*AT293*AW293,4)"},"2019-04-01",null,null,null,45,"WATTSbase","IL TRM v.6.0 Vol. 2_Page 363",7.5,"WATTSee",null,2954,"Hours","IL TRM v.6.0 Vol. 2_Page 338",1.31,"Waste Heat Factor Energy (WHFe)","IL TRM v.6.0 Vol. 2_Page 338",1.53,"Waste Heat Factor Demand (WHFd)","IL TRM v.6.0 Vol. 2_Page 338",0.98,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2_Page 363",0.66,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 338"]
["Business Standard","LED BR30 - 8W",295,"Small C&I","Lighting","Direct Install","per unit",1.65,{"$f":"ROUND(((AE294-AH294)/1000)*AK294*AN294*AT294,4)","v":159.27850000000001},"IL TRM v.6.0 Vol. 2_Page363",null,0.66,"IL TRM v.6.0 Vol. 2_Page363",{"$f":"ROUND(((AE294-AH294)/1000)*AQ294*AT294*AW294,4)","v":4.1599999999999998E-2},"IL TRM v.6.0 Vol. 2_Page363",null,null,15,"ENERGY STAR labeled LED lamp",null,null,"Non-ENERGY STAR lamp",null,null,{"$f":"cellformula(I294)","v":"=ROUND(((AE294-AH294)/1000)*AK294*AN294*AT294,4)"},{"$f":"cellformula(N294)","v":"=ROUND(((AE294-AH294)/1000)*AQ294*AT294*AW294,4)"},"2019-04-01",null,null,null,50,"WATTSbase","IL TRM v.6.0 Vol. 2_Page 363",8,"WATTSee",null,2954,"Hours","IL TRM v.6.0 Vol. 2_Page 338",1.31,"Waste Heat Factor Energy (WHFe)","IL TRM v.6.0 Vol. 2_Page 338",1.53,"Waste Heat Factor Demand (WHFd)","IL TRM v.6.0 Vol. 2_Page 338",0.98,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2_Page 363",0.66,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 338"]
["Business Standard","LED BR30 -12W",294,"Small C&I","Lighting","Direct Install","per unit",1.65,{"$f":"ROUND(((AE295-AH295)/1000)*AK295*AN295*AT295,4)","v":200.99430000000001},"IL TRM v.6.0 Vol. 2_Page363",null,0.66,"IL TRM v.6.0 Vol. 2_Page363",{"$f":"ROUND(((AE295-AH295)/1000)*AQ295*AT295*AW295,4)","v":5.2400000000000002E-2},"IL TRM v.6.0 Vol. 2_Page363",null,null,15,"ENERGY STAR labeled LED lamp",null,null,"Non-ENERGY STAR lamp",null,null,{"$f":"cellformula(I295)","v":"=ROUND(((AE295-AH295)/1000)*AK295*AN295*AT295,4)"},{"$f":"cellformula(N295)","v":"=ROUND(((AE295-AH295)/1000)*AQ295*AT295*AW295,4)"},"2019-04-01",null,null,null,65,"WATTSbase","IL TRM v.6.0 Vol. 2_Page 363",12,"WATTSee",null,2954,"Hours","IL TRM v.6.0 Vol. 2_Page 338",1.31,"Waste Heat Factor Energy (WHFe)","IL TRM v.6.0 Vol. 2_Page 338",1.53,"Waste Heat Factor Demand (WHFd)","IL TRM v.6.0 Vol. 2_Page 338",0.98,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2_Page 363",0.66,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 338"]
["Business Standard","LED G25 - 8W",297,"Small C&I","Lighting","Direct Install","per unit",1.66,{"$f":"ROUND(((AE296-AH296)/1000)*AK296*AN296*AT296,4)","v":197.202},"IL TRM v.6.0 Vol. 2_Page363",null,0.66,"IL TRM v.6.0 Vol. 2_Page363",{"$f":"ROUND(((AE296-AH296)/1000)*AQ296*AT296*AW296,4)","v":5.1499999999999997E-2},"IL TRM v.6.0 Vol. 2_Page363",null,null,15,"ENERGY STAR labeled LED lamp",null,null,"Non-ENERGY STAR lamp",null,null,{"$f":"cellformula(I296)","v":"=ROUND(((AE296-AH296)/1000)*AK296*AN296*AT296,4)"},{"$f":"cellformula(N296)","v":"=ROUND(((AE296-AH296)/1000)*AQ296*AT296*AW296,4)"},"2019-04-01",null,null,null,60,"WATTSbase","IL TRM v.6.0 Vol. 2_Page 363",8,"WATTSee",null,2954,"Hours","IL TRM v.6.0 Vol. 2_Page 338",1.31,"Waste Heat Factor Energy (WHFe)","IL TRM v.6.0 Vol. 2_Page 338",1.53,"Waste Heat Factor Demand (WHFd)","IL TRM v.6.0 Vol. 2_Page 338",0.98,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2_Page 363",0.66,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2_Page 338"]
["Business Standard","Low Flow Faucet Aerator - Kitchen",287,"Small C&I","Hot Water","Direct Install","per unit",8,{"$f":"ROUND(AE297*((AH297-AK297)/AH297)*AN297*AQ297*AT297,4)","v":74.504900000000006},"IL TRM v.6.0 Vol. 2 Page 90",null,6.4000000000000003E-3,"IL TRM v.6.0 Vol. 2 Page 90",{"$f":"ROUND((I297/AW297)*AZ297,4)","v":1.9900000000000001E-2},"IL TRM v.6.0 Vol. 2 Page 90",null,null,9,"Energy Efficient Faucet Aerator rated at 2.2 GPM or less",null,null,"Standard Faucet Aerator rated at 2.75 GPM or more",null,null,{"$f":"cellformula(I297)","v":"=ROUND(AE297*((AH297-AK297)/AH297)*AN297*AQ297*AT297,4)"},{"$f":"cellformula(N297)","v":"=ROUND((I297/AW297)*AZ297,4)"},"2019-04-01",null,null,null,1,"%Electric DHW","IL TRM v.6.0 Vol. 2 Page 90",1.39,"GPM_base","IL TRM v.6.0 Vol. 2 Page 90",0.94,"GPM_low","IL TRM v.6.0 Vol. 2 Page 90",2500,"Usage","IL TRM v.6.0 Vol. 2 Page 90",9.69E-2,"EPG_electric","IL TRM v.6.0 Vol. 2 Page 90",0.95,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2 Page 90",24,"Annual Recovery Hours","IL TRM v.6.0 Vol. 2 Page 90",6.4000000000000003E-3,"Coincidence Factor","IL TRM v.6.0 Vol. 2 Page 90"]
["Business Standard","Low Flow Faucet Aerator - Bathroom",327,"Small C&I","Hot Water","Direct Install","per unit",8,{"$f":"ROUND(AE298*((AH298-AK298)/AH298)*AN298*AQ298*AT298,4)","v":61.126300000000001},"IL TRM v.6.0 Vol. 2 Page 90",null,6.4000000000000003E-3,"IL TRM v.6.0 Vol. 2 Page 90",{"$f":"ROUND((I298/AW298)*AZ298,4)","v":1.6299999999999999E-2},"IL TRM v.6.0 Vol. 2 Page 90",null,null,9,"Energy Efficient Faucet Aerator rated at 1.5 GPM or less",null,null,"Standard Faucet Aerator rated at 2.25 GPM or more",null,null,"=ROUND(AE298*((AH298-AK298)/AH298)*AN298*AQ298*AT298,4)","=ROUND((I298/AW298)*AZ298,4)","2019-04-01",null,null,null,1,"%Electric DHW","IL TRM v.6.0 Vol. 2 Page 90",1.39,"GPM_base","IL TRM v.6.0 Vol. 2 Page 90",0.94,"GPM_low","IL TRM v.6.0 Vol. 2 Page 90",2500,"Usage","IL TRM v.6.0 Vol. 2 Page 90",7.9500000000000001E-2,"EPG_electric","IL TRM v.6.0 Vol. 2 Page 90",0.95,"In Service Rate (ISR)","IL TRM v.6.0 Vol. 2 Page 90",24,"Annual Recovery Hours","IL TRM v.6.0 Vol. 2 Page 90",6.4000000000000003E-3,"Coincidence Factor","IL TRM v.6.0 Vol. 2 Page 90"]
["Business Standard","Pre-Rinse Spray Valves Small",286,"Small C&I","Hot Water","Direct Install","per unit",92.9,{"$f":"ROUND(((AE299-AH299)*60*AK299*AN299)*8.33*1*(AT299-AQ299)*(1/AW299)/3413*AZ299,4)","v":2769.6197999999999},"IL TRM v.6.0 Vol. 2 Page 60",null,0,"IL TRM v.6.0 Vol. 2 Page 60",{"$f":"ROUND(0,4)","v":0},"IL TRM v.6.0 Vol. 2 Page 60",null,null,5,"Low Flow (GPM)",1.06,null,"Standard (GPM)",1.9,null,{"$f":"cellformula(I299)","v":"=ROUND(((AE299-AH299)*60*AK299*AN299)*8.33*1*(AT299-AQ299)*(1/AW299)/3413*AZ299,4)"},"=ROUND(0,4)","2019-04-01",null,null,null,1.9,"FLObase","IL TRM v.6.0 Vol. 2 Page 60",1.06,"FLOeff","IL TRM v.6.0 Vol. 2 Page 60",1,"HOURSday","IL TRM v.6.0 Vol. 2 Page 60",312,"Days per year","IL TRM v.6.0 Vol. 2 Page 60",54.1,"Tin","IL TRM v.6.0 Vol. 2 Page 60",{"$f":"AQ299+70","v":124.1},"Tout","IL TRM v.6.0 Vol. 2 Page 60",0.97,"Eff_Elec","IL TRM v.6.0 Vol. 2 Page 60",1,"FLAG (1 for electric, 0 for gas)","IL TRM v.6.0 Vol. 2 Page 60"]
["Business Standard","Refrigerated Vending Machine Controls",291,"Small C&I","Refrigeration","Direct Install","per unit",180,{"$f":"ROUND(AE300/1000*AH300*AK300,4)","v":1612.944},"IL TRM v.6.0 Vol. 2 Page 436",null,0,"IL TRM v.6.0 Vol. 2 Page 436",0,"IL TRM v.6.0 Vol. 2 Page 436",null,null,5,"Standard efficiency refrigerated vending machine with a control system.",null,null,"Standard efficiency refrigerated vending machine without a control system.",null,null,{"$f":"cellformula(I300)","v":"=ROUND(AE300/1000*AH300*AK300,4)"},"=ROUND(0,4)","2019-04-01",null,null,null,400,"WATTSbase","IL TRM v.6.0 Vol. 2 Page 436",8766,"Hours","IL TRM v.6.0 Vol. 2 Page 436",0.46,"Energy Savings Factor (ESF)","IL TRM v.6.0 Vol. 2 Page 436"]
["Business Standard","Low Flow Showerhead",289,"Small C&I","Hot Water","Direct Install","per unit",12,{"$f":"ROUND(AE301*((AH301*AN301-AK301*AQ301)*AT301*365.25)*AW301*AZ301,4)","v":1308.4014},"IL TRM v.6.0 Vol. 2 Page 98",null,2.7799999999999998E-2,"IL TRM v.6.0 Vol. 2 Page 98",{"$f":"ROUND(I301*BF301/(((AH301*AN301)*AT301*365.25)*0.773/BC301),4)","v":5.3999999999999999E-2},"IL TRM v.6.0 Vol. 2 Page 98",null,null,10,"Energy efficient showerhead rated at 2.0 GPM or less",null,null,"Standard showerhead rated at 2.5 GPM",null,null,{"$f":"cellformula(I301)","v":"=ROUND(AE301*((AH301*AN301-AK301*AQ301)*AT301*365.25)*AW301*AZ301,4)"},{"$f":"cellformula(N301)","v":"=ROUND(I301*BF301/(((AH301*AN301)*AT301*365.25)*0.773/BC301),4)"},"2019-04-01",null,null,null,1,"%Electric DHW","IL TRM v.6.0 Vol. 2 Page 98",2.67,"GPM_base","IL TRM v.6.0 Vol. 2 Page 98",1.5,"GPM_low","IL TRM v.6.0 Vol. 2 Page 98",8.1999999999999993,"L_base","IL TRM v.6.0 Vol. 2 Page 98",8.1999999999999993,"L_low","IL TRM v.6.0 Vol. 2 Page 98",3,"NSPD","IL TRM v.6.0 Vol. 2 Page 98",0.127,"EPG_electric","IL TRM v.6.0 Vol. 2 Page 98",0.98,"ISR","IL TRM v.6.0 Vol. 2 Page 98",27.51,"Gallons per hour recovery of electric water heater","IL TRM v.6.0 Vol. 2 Page 98",2.7799999999999998E-2,"Coincidence Factor","IL TRM v.6.0 Vol. 2 Page 98"]
["Business Standard","Smart Power Strip",288,"Small C&I","Electronics","Direct Install","per unit",26,{"$f":"ROUND(((AE302*(AH302-AK302)+AN302*(AQ302-AT302))*AW302)*AZ302,4)","v":108.5759},"IL TRM v.6.0 Vol. 2 Page 498",null,0,"IL TRM v.6.0 Vol. 2 Page 498",0,"IL TRM v.6.0 Vol. 2 Page 498",null,null,7,"Advanced power strip with a load-sensing master plug and at least two controlled plugs",null,null,"Standard power strip with surge protection that does not control connected loads",null,null,{"$f":"cellformula(I302)","v":"=ROUND(((AE302*(AH302-AK302)+AN302*(AQ302-AT302))*AW302)*AZ302,4)"},"=ROUND(0,4)","2019-04-01",null,null,null,3.15E-2,"kWwkday","IL TRM v.6.0 Vol. 2 Page 498",106,"hrswkday","IL TRM v.6.0 Vol. 2 Page 498",50,"hrswkday-open","IL TRM v.6.0 Vol. 2 Page 498",6.1700000000000001E-3,"kWwkend","IL TRM v.6.0 Vol. 2 Page 498",62,"hrswkend","IL TRM v.6.0 Vol. 2 Page 498",0,"hrswkend-open","IL TRM v.6.0 Vol. 2 Page 498",52.2,"weeks/year","IL TRM v.6.0 Vol. 2 Page 498",0.96899999999999997,"ISR","IL TRM v.6.0 Vol. 2 Page 498"]
["Business Standard","Smart Thermostat",292,"Small C&I","HVAC","Direct Install","per unit",181,{"$f":"ROUND((AE303+AQ303*(0.83*AH303+0.83*AK303+1.67*AT303-293.018)-0.0922*AH303*AK303+1.291*AT303)-(AE303+BF303*(0.83*AW303+0.83*AZ303+1.67*AT303-293.018)-0.0922*AW303*AZ303+1.291*AT303),4)","v":121.97799999999999},"IL TRM v.6.0 Vol. 2 Page 220",null,0,"IL TRM v.6.0 Vol. 2 Page 220",0,"IL TRM v.6.0 Vol. 2 Page 220",null,null,8,"Thermostat that has capability to adjust temperature setpoints without manual intervention",null,null,"Non-programmable thermostat requiring manual intervention to change temperature setpoints",null,null,{"$f":"cellformula(I303)","v":"=ROUND((AE303+AQ303*(0.83*AH303+0.83*AK303+1.67*AT303-293.018)-0.0922*AH303*AK303+1.291*AT303)-(AE303+BF303*(0.83*AW303+0.83*AZ303+1.67*AT303-293.018)-0.0922*AW303*AZ303+1.291*AT303),4)"},"=ROUND(0,4)","2019-04-01",null,null,null,928.92399999999998,"Climate zone coefficient (CZ)","IL TRM v.6.0 Vol. 2 Page 220",0,"Degrees of cooling setback_base","IL TRM v.6.0 Vol. 2 Page 220",0,"Degrees of heating setback_base","IL TRM v.6.0 Vol. 2 Page 220","Continuous","Fan mode during occupied period_base (Fo_base)","IL TRM v.6.0 Vol. 2 Page 220",0,"Fan mode during unoccupied period_base (Fu_base)","IL TRM v.6.0 Vol. 2 Page 220",98,"Weekly hours thermostat is in occupied mode","IL TRM v.6.0 Vol. 2 Page 220",10,"Degrees of cooling setback_ee","IL TRM v.6.0 Vol. 2 Page 220",10,"Degrees of heating setback_ee","IL TRM v.6.0 Vol. 2 Page 220","Continuous","Fan mode during occupied period_ee (Fo_ee)","IL TRM v.6.0 Vol. 2 Page 220",1,"Fan mode during unoccupied period_ee (Fu_ee)","IL TRM v.6.0 Vol. 2 Page 220"]
["Business Standard","Strip curtain for walk-in freezers - Convenience Store (No strip curtain)",305,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,{"$f":"ROUND(AE304,4)","v":27},"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",{"$f":"ROUND(I304/8766*AK304,4)","v":3.0999999999999999E-3},"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"No strip curtain",null,null,{"$f":"cellformula(I304)","v":"=ROUND(AE304,4)"},{"$f":"cellformula(N304)","v":"=ROUND(I304/8766*AK304,4)"},"2019-04-01",null,null,null,27,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in freezers - Convenience Store (Old strip curtain)",328,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,8,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",8.9999999999999998E-4,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"Old, ineffective strip curtain",null,null,"=ROUND(AE305,4)","=ROUND(I305/8766*AK305,4)","2019-04-01",null,null,null,8,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in freezers - Restaurant (No strip curtain)",307,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,119,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",1.3599999999999999E-2,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"No strip curtain",null,null,{"$f":"cellformula(I306)","v":"=ROUND(AE306,4)"},{"$f":"cellformula(N306)","v":"=ROUND(I306/8766*AK306,4)"},"2019-04-01",null,null,null,119,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in freezers - Restaurant (Old strip curtain)",329,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,34,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",3.8999999999999998E-3,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"Old, ineffective strip curtain",null,null,"=ROUND(AE307,4)","=ROUND(I307/8766*AK307,4)","2019-04-01",null,null,null,34,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in coolers - Convenience Store (No strip curtain)",304,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,20,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",2.3E-3,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"No strip curtain",null,null,{"$f":"cellformula(I308)","v":"=ROUND(AE308,4)"},{"$f":"cellformula(N308)","v":"=ROUND(I308/8766*AK308,4)"},"2019-04-01",null,null,null,20,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in coolers - Convenience Store (Old strip curtain)",330,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,5,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",5.9999999999999995E-4,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"Old, ineffective strip curtain",null,null,"=ROUND(AE309,4)","=ROUND(I309/8766*AK309,4)","2019-04-01",null,null,null,5,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in coolers - Restaurant (No strip curtain)",306,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,30,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",3.3999999999999998E-3,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"No strip curtain",null,null,{"$f":"cellformula(I310)","v":"=ROUND(AE310,4)"},{"$f":"cellformula(N310)","v":"=ROUND(I310/8766*AK310,4)"},"2019-04-01",null,null,null,30,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Strip curtain for walk-in coolers - Restaurant (Old strip curtain)",331,"Small C&I","Refrigeration",null,"sq.ft of door opening",10.220000000000001,8,"IL TRM v.6.0 Vol. 2 Page 450",null,1,"IL TRM v.6.0 Vol. 2 Page 450",8.9999999999999998E-4,"IL TRM v.6.0 Vol. 2 Page 450",null,null,4,"Strip curtain at least 0.06 inches thick",null,null,"Old, ineffective strip curtain",null,null,"=ROUND(AE311,4)","=ROUND(I311/8766*AK311,4)","2019-04-01",null,null,null,8,"ΔkWh/sq ft","IL TRM v.6.0 Vol. 2 Page 450",21,"Area","IL TRM v.6.0 Vol. 2 Page 450",1,"Coincidence Factor (CF)","IL TRM v.6.0 Vol. 2 Page 450"]
["Business Standard","Water Heater Pipe Insulation",290,"Small C&I","Hot Water","Direct Install","per foot",20,{"$f":"ROUND(280.6951,4)","v":280.69510000000002},"IL TRM v.6.0 Vol. 2 Page 189, 9.85 therms/ft",null,1,"IL TRM v.6.0 Vol. 2 Page 189, constant recirculation",{"$f":"ROUND(I312/8760,4)","v":3.2000000000000001E-2},"IL TRM v.6.0 Vol. 2 Page 189, constant recirculation",8760,"IL TRM v.6.0 Vol. 2 Page 189, constant recirculation",15,"Insulation on water heater pipe",null,null,null,null,null,"=ROUND(280.6951,4)","=ROUND(I312/8760,4)","2019-04-01"]
["Business Standard","LED low bay mogul screw-base lamp/retrofit kit replacing 150W - 300W fixture",230,"Small C&I","Lighting",null,"per fixture",100,806.62860000000001,null,0.17554000000000003,0.83,null,0.1457,null,4367,null,12,"LED Low Bay (watts)",70,null,"Pulse Start Metal Halide (watts)",201,null,"=ROUND((W313-T313)*(AE313)*P313/1000,4)","=ROUND(K313*L313,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED low/high bay mogul screw-base lamp/retrofit kit replacing 301W - 450W fixture",231,"Small C&I","Lighting",null,"per fixture",150,1096.0297,null,0.23852000000000001,0.83,null,0.19800000000000001,null,4367,null,12,"LED High/Low Bay (watts)",110,null,"Pulse Start Metal Halide (watts)",288,null,"=ROUND((W314-T314)*(AE314)*P314/1000,4)","=ROUND(K314*L314,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED high bay mogul screw-base lamp/retrofit kit replacing 451W - 750W fixture",232,"Small C&I","Lighting",null,"per fixture",200,1711.7766999999999,null,0.37252000000000002,0.83,null,0.30919999999999997,null,4367,null,12,"LED High Bay (watts)",175,null,"Pulse Start Metal Halide (watts)",453,null,"=ROUND((W315-T315)*(AE315)*P315/1000,4)","=ROUND(K315*L315,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","LED high bay mogul screw-base lamp/retrofit kit replacing > 750W fixture",233,"Small C&I","Lighting",null,"per fixture",350,4482.6382000000003,null,0.97552000000000005,0.83,null,0.80969999999999998,null,4367,null,12,"LED High Bay (watts)",350,null,"Pulse Start Metal Halide (watts)",1078,null,"=ROUND((W316-T316)*(AE316)*P316/1000,4)","=ROUND(K316*L316,4)","2017-04-07",null,null,null,1.41,"Waste Heat Factor",null,1.34,"Waste Heat Factor"]
["Business Standard","Clothes Washer (Electric DHW; Electric Dryer)",332,"C&I","Misc",null,"per unit",200,{"$f":"ROUND(((AE317*1/W317*AH317)*(AK317+(AQ317*BC317)+(AW317*BF317)))-(AE317*1/T317*AH317)*(AN317+(AT317*BC317)+(AZ317*BF317)),4)","v":650.90679999999998},"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",{"$f":"ROUND(I317/BL317*L317,4)","v":1.5699999999999999E-2},"IL TRM V6",null,null,11,"MEFeff",2.2000000000000002,"Ameren MO TRM","MEFbase",1.7,"Ameren MO TRM",{"$f":"cellformula(I317)","v":"=ROUND(((AE317*1/W317*AH317)*(AK317+(AQ317*BC317)+(AW317*BF317)))-(AE317*1/T317*AH317)*(AN317+(AT317*BC317)+(AZ317*BF317)),4)"},{"$f":"cellformula(N317)","v":"=ROUND(I317/BL317*L317,4)"},"2019-04-01",null,null,null,3.1,"Capacity (cubic feet)","Ameren MO TRM",{"$f":"4.3*BI317","v":1570.575},"Ncycles","IL TRM V6.0",6.5000000000000002E-2,"%CWbase","Ameren MO TRM",3.5000000000000003E-2,"%CWeff","Ameren MO TRM",0.25900000000000001,"%DHWbase","Ameren MO TRM",0.14099999999999999,"%DHWeff","Ameren MO TRM",0.67600000000000005,"%Dryerbase","Ameren MO TRM",0.82399999999999995,"%Dryereff","Ameren MO TRM",1,"%ElectricDHW","Ameren MO TRM",1,"%ElectricDryer","Ameren MO TRM",365.25,"Days","Ameren MO TRM",{"$f":"AH317*1","v":1570.575},"Hours","IL TRM V6"]
["Business Standard","Clothes Washer (Gas DHW; Electric Dryer)",333,"C&I","Misc",null,"per unit",200,{"$f":"ROUND(((AE318*1/W318*AH318)*(AK318+(AQ318*BC318)+(AW318*BF318)))-(AE318*1/T318*AH318)*(AN318+(AT318*BC318)+(AZ318*BF318)),4)","v":221.1781},"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",{"$f":"ROUND(I318/BL318*L318,4)","v":5.4000000000000003E-3},"IL TRM V6",null,null,11,"MEFeff",2.2000000000000002,"Ameren MO TRM","MEFbase",1.7,"Ameren MO TRM",{"$f":"cellformula(I318)","v":"=ROUND(((AE318*1/W318*AH318)*(AK318+(AQ318*BC318)+(AW318*BF318)))-(AE318*1/T318*AH318)*(AN318+(AT318*BC318)+(AZ318*BF318)),4)"},{"$f":"cellformula(N318)","v":"=ROUND(I318/BL318*L318,4)"},"2019-04-01",null,null,null,3.1,"Capacity (cubic feet)","Ameren MO TRM",{"$f":"4.3*BI318","v":1570.575},"Ncycles","IL TRM V6.0",6.5000000000000002E-2,"%CWbase","Ameren MO TRM",3.5000000000000003E-2,"%CWeff","Ameren MO TRM",0.25900000000000001,"%DHWbase","Ameren MO TRM",0.14099999999999999,"%DHWeff","Ameren MO TRM",0.67600000000000005,"%Dryerbase","Ameren MO TRM",0.82399999999999995,"%Dryereff","Ameren MO TRM",0,"%ElectricDHW","Ameren MO TRM",1,"%ElectricDryer","Ameren MO TRM",365.25,"Days","Ameren MO TRM",{"$f":"AH318*1","v":1570.575},"Hours","IL TRM V6"]
["Business Standard","Clothes Washer (Electric DHW; Gas Dryer)",334,"C&I","Misc",null,"per unit",200,538.43010000000004,"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",1.2999999999999999E-2,"IL TRM V6",null,null,11,"MEFeff",2.2000000000000002,"Ameren MO TRM","MEFbase",1.7,"Ameren MO TRM",{"$f":"cellformula(I319)","v":"=ROUND(((AE319*1/W319*AH319)*(AK319+(AQ319*BC319)+(AW319*BF319)))-(AE319*1/T319*AH319)*(AN319+(AT319*BC319)+(AZ319*BF319)),4)"},{"$f":"cellformula(N319)","v":"=ROUND(I319/BL319*L319,4)"},"2019-04-01",null,null,null,3.1,"Capacity (cubic feet)","Ameren MO TRM",1570.575,"Ncycles","IL TRM V6.0",6.5000000000000002E-2,"%CWbase","Ameren MO TRM",3.5000000000000003E-2,"%CWeff","Ameren MO TRM",0.25900000000000001,"%DHWbase","Ameren MO TRM",0.14099999999999999,"%DHWeff","Ameren MO TRM",0.67600000000000005,"%Dryerbase","Ameren MO TRM",0.82399999999999995,"%Dryereff","Ameren MO TRM",1,"%ElectricDHW","Ameren MO TRM",0,"%ElectricDryer","Ameren MO TRM",365.25,"Days","Ameren MO TRM",1570.575,"Hours","IL TRM V6"]
["Business Standard","Clothes Washer (Gas DHW; Gas Dryer)",335,"C&I","Misc",null,"per unit",200,108.70140000000001,"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",2.5999999999999999E-3,"IL TRM V6",null,null,11,"MEFeff",2.2000000000000002,"Ameren MO TRM","MEFbase",1.7,"Ameren MO TRM","=ROUND(((AE320*1/W320*AH320)*(AK320+(AQ320*BC320)+(AW320*BF320)))-(AE320*1/T320*AH320)*(AN320+(AT320*BC320)+(AZ320*BF320)),4)","=ROUND(I320/BL320*L320,4)","2019-04-01",null,null,null,3.1,"Capacity (cubic feet)","Ameren MO TRM",1570.575,"Ncycles","IL TRM V6.0",6.5000000000000002E-2,"%CWbase","Ameren MO TRM",3.5000000000000003E-2,"%CWeff","Ameren MO TRM",0.25900000000000001,"%DHWbase","Ameren MO TRM",0.14099999999999999,"%DHWeff","Ameren MO TRM",0.67600000000000005,"%Dryerbase","Ameren MO TRM",0.82399999999999995,"%Dryereff","Ameren MO TRM",0,"%ElectricDHW","Ameren MO TRM",0,"%ElectricDryer","Ameren MO TRM",365.25,"Days","Ameren MO TRM",1570.575,"Hours","IL TRM V6"]
["Business Standard","Clothes Dryer Vented Electric, Standard (≥ 4.4 ft3)",336,"C&I","Misc",null,"per unit",152,{"$f":"ROUND((AE321/W321-AE321/T321)*AH321*AK321,4)","v":840.73429999999996},"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",{"$f":"ROUND(I321/AN321*L321,4)","v":2.1499999999999998E-2},"IL TRM V6",null,null,14,"CEFeff",3.93,"IL TRM V6","CEFbase",3.11,"IL TRM V6","=ROUND((AE321/W321-AE321/T321)*AH321*AK321,4)","=ROUND(I321/AN321*L321,4)","2019-04-01",null,null,null,8.4499999999999993,"Load","IL TRM V6",1483,"Ncycles","Ameren MO TRM",1,"%Electric","IL TRM V6",{"$f":"AH321*1","v":1483},"Hours","Ameren MO TRM"]
["Business Standard","Clothes Dryer Vented Electric, Compact (120V) (< 4.4 ft3)",337,"C&I","Misc",null,"per unit",152,{"$f":"ROUND((AE322/W322-AE322/T322)*AH322*AK322,4)","v":307.28359999999998},"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",{"$f":"ROUND(I322/AN322*L322,4)","v":7.9000000000000008E-3},"IL TRM V6",null,null,14,"CEFeff",3.8,"IL TRM V6","CEFbase",3.01,"IL TRM V6","=ROUND((AE322/W322-AE322/T322)*AH322*AK322,4)","=ROUND(I322/AN322*L322,4)","2019-04-01",null,null,null,3,"Load","IL TRM V6",1483,"Ncycles","Ameren MO TRM",1,"%Electric","IL TRM V6",{"$f":"AH322*1","v":1483},"Hours","Ameren MO TRM"]
["Business Standard","Clothes Dryer Vented Electric, Compact (240V) (<4.4 ft3)",338,"C&I","Misc",null,"per unit",152,340.10509999999999,"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",8.6999999999999994E-3,"IL TRM V6",null,null,14,"CEFeff",3.45,"IL TRM V6","CEFbase",2.73,"IL TRM V6","=ROUND((AE323/W323-AE323/T323)*AH323*AK323,4)","=ROUND(I323/AN323*L323,4)","2019-04-01",null,null,null,3,"Load","IL TRM V6",1483,"Ncycles","Ameren MO TRM",1,"%Electric","IL TRM V6",1483,"Hours","Ameren MO TRM"]
["Business Standard","Clothes Dryer Ventless Electric, Compact (240V) (<4.4 ft3)",339,"C&I","Misc",null,"per unit",152,428.65780000000001,"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",1.0999999999999999E-2,"IL TRM V6",null,null,14,"CEFeff",2.68,"IL TRM V6","CEFbase",2.13,"IL TRM V6","=ROUND((AE324/W324-AE324/T324)*AH324*AK324,4)","=ROUND(I324/AN324*L324,4)","2019-04-01",null,null,null,3,"Load","IL TRM V6",1483,"Ncycles","Ameren MO TRM",1,"%Electric","IL TRM V6",1483,"Hours","Ameren MO TRM"]
["Business Standard","Clothes Dryer Vented Gas",340,"C&I","Misc",null,"per unit",152,40.574199999999998,"IL TRM V6",null,3.7999999999999999E-2,"IL TRM V6",1E-3,"IL TRM V6",null,null,14,"CEFeff",3.48,"IL TRM V6","CEFbase",2.84,"IL TRM V6",{"$f":"cellformula(I325)","v":"=ROUND((AE325/W325-AE325/T325)*AH325*AK325,4)"},{"$f":"cellformula(N325)","v":"=ROUND(I325/AN325*L325,4)"},"2019-04-01",null,null,null,8.4499999999999993,"Load","IL TRM V6",1483,"Ncycles","Ameren MO TRM",0.05,"%Electric","IL TRM V6",1483,"Hours","Ameren MO TRM"]
["Business Standard","Combination Oven (Pan Capacity < 15)",341,"C&I","Cooking",null,"per unit",4300,{"$f":"ROUND(((AE326*(AH326/W326-AH326/T326)*AK326)+(AE326*(AN326/AQ326-AN326/AT326)*AW326)+((AZ326*(BF326-AE326/BI326)*AK326)-(BO326*(BF326-AE326/BX326)*AK326))+((BC326*(BF326-AE326/BL326)*AW326)-(CA326*(BF326-AE326/BU326)*AW326)))*CD326/1000,4)","v":6439.8019000000004},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I326/(BF326*CD326)*L326,4)","v":0.52890000000000004},"IL TRM V6",null,null,12,"ElecEFFConvEE",0.76,"IL TRM V6","ElecEFFConvBase",0.72,"IL TRM V6","=ROUND(((AE326*(AH326/W326-AH326/T326)*AK326)+(AE326*(AN326/AQ326-AN326/AT326)*AW326)+((AZ326*(BF326-AE326/BI326)*AK326)-(BO326*(BF326-AE326/BX326)*AK326))+((BC326*(BF326-AE326/BL326)*AW326)-(CA326*(BF326-AE326/BU326)*AW326)))*CD326/1000,4)","=ROUND(I326/(BF326*CD326)*L326,4)","2019-04-01",null,null,null,200,"FoodCookedElec (lbs)","IL TRM V6",73.2,"EFOODConvElec (Wh/lb)","IL TRM V6.0",0.5,"%Conv","IL TRM V6",30.8,"EFOODSteamElec (Wh/lb)","IL TRM V6",0.49,"ElecEFFSteamBase","IL TRM V6",0.55000000000000004,"ElecEFFSteamEE","IL TRM V6",{"$f":"1-AK326","v":0.5},"%Steam","IL TRM V6",1320,"ElecIDLEConvBase (W)","IL TRM V6",5260,"ElecIDLESteamBase (W)","IL TRM V6",12,"Hours (Daily)","IL TRM V6",79,"ElecPCConvBase (lbs/hr)","IL TRM V6",126,"ElecPCSteamBase (lbs/hr)","IL TRM V6",{"$f":"(0.08*BR326+0.4989)*1000","v":1298.9000000000001},"ElecIDLEConvEE","IL TRM V6",10,"P (Pan Capacity)","IL TRM V6",119,"ElecPCSteamEE (lbs/hr)","IL TRM V6",177,"ElecPCConvEE (lbs/hr)","IL TRM V6",{"$f":"(0.133*BR326+0.64)*1000","v":1970.0000000000002},"ElecIDLESteamEE","IL TRM V6",365.25,"Days","IL TRM V6"]
["Business Standard","Combination Oven (Pan Capacity ≥ 15)",342,"C&I","Cooking",null,"per unit",4300,{"$f":"ROUND(((AE327*(AH327/W327-AH327/T327)*AK327)+(AE327*(AN327/AQ327-AN327/AT327)*AW327)+((AZ327*(BF327-AE327/BI327)*AK327)-(BO327*(BF327-AE327/BX327)*AK327))+((BC327*(BF327-AE327/BL327)*AW327)-(CA327*(BF327-AE327/BU327)*AW327)))*CD327/1000,4)","v":11859.3208},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I327/(BF327*CD327)*L327,4)","v":0.97409999999999997},"IL TRM V6",null,null,12,"ElecEFFConvEE",0.76,"IL TRM V6","ElecEFFConvBase",0.72,"IL TRM V6","=ROUND(((AE327*(AH327/W327-AH327/T327)*AK327)+(AE327*(AN327/AQ327-AN327/AT327)*AW327)+((AZ327*(BF327-AE327/BI327)*AK327)-(BO327*(BF327-AE327/BX327)*AK327))+((BC327*(BF327-AE327/BL327)*AW327)-(CA327*(BF327-AE327/BU327)*AW327)))*CD327/1000,4)","=ROUND(I327/(BF327*CD327)*L327,4)","2019-04-01",null,null,null,250,"FoodCookedElec (lbs)","IL TRM V6",73.2,"EFOODConvElec (Wh/lb)","IL TRM V6.0",0.5,"%Conv","IL TRM V6",30.8,"EFOODSteamElec (Wh/lb)","IL TRM V6",0.49,"ElecEFFSteamBase","IL TRM V6",0.55000000000000004,"ElecEFFSteamEE","IL TRM V6",{"$f":"1-AK327","v":0.5},"%Steam","IL TRM V6",2280,"ElecIDLEConvBase (W)","IL TRM V6",8710,"ElecIDLESteamBase (W)","IL TRM V6",12,"Hours (Daily)","IL TRM V6",166,"ElecPCConvBase (lbs/hr)","IL TRM V6",295,"ElecPCSteamBase (lbs/hr)","IL TRM V6",{"$f":"(0.08*BR327+0.4989)*1000","v":2098.9},"ElecIDLEConvEE","IL TRM V6",20,"P (Pan Capacity)","IL TRM V6",201,"ElecPCSteamEE (lbs/hr)","IL TRM V6",349,"ElecPCConvEE (lbs/hr)","IL TRM V6",{"$f":"(0.133*BR327+0.64)*1000","v":3300.0000000000005},"ElecIDLESteamEE","IL TRM V6",365.25,"Days","IL TRM V6"]
["Business Standard","Standard Open Deep-Fat Fryer",343,"C&I","Cooking",null,"per unit",1120,{"$f":"ROUND(((W328*(AE328-AH328/AK328))-(T328*(AE328-AH328/AN328))+(AH328*AQ328/AT328)-(AH328*AQ328/AW328))*AZ328/1000,4)","v":2377.9549999999999},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I328/(AE328*AZ328)*L328,4)","v":0.14649999999999999},"IL TRM V6",null,null,12,"ElecIdleESTAR (W)",800,"EnergySTAR Requirement","ElecIdleBase (W)",1050,"Ameren MO TRM",{"$f":"cellformula(I328)","v":"=ROUND(((W328*(AE328-AH328/AK328))-(T328*(AE328-AH328/AN328))+(AH328*AQ328/AT328)-(AH328*AQ328/AW328))*AZ328/1000,4)"},{"$f":"cellformula(N328)","v":"=ROUND(I328/(AE328*AZ328)*L328,4)"},"2019-04-01",null,null,null,16,"Hours (Daily)","Ameren MO TRM",150,"Food Cooked (lbs per day)","Ameren MO TRM",65,"ElecPCBase (lb/hr)","Ameren MO TRM",70,"ElecPCESTAR (lb/hr)","Ameren MO TRM",167,"EFOODElec (Wh/lb)","Ameren MO TRM",0.75,"ElecEffBase","Ameren MO TRM",0.83,"ElecEffESTAR","Ameren MO TRM",365.25,"Days","Ameren MO TRM"]
["Business Standard","Large Vat Open Deep-Fat Fryer",344,"C&I","Cooking",null,"per unit",1120,{"$f":"ROUND(((W329*(AE329-AH329/AK329))-(T329*(AE329-AH329/AN329))+(AH329*AQ329/AT329)-(AH329*AQ329/AW329))*AZ329/1000,4)","v":2537.8353000000002},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I329/(AE329*AZ329)*L329,4)","v":0.2084},"IL TRM V6",null,null,12,"ElecIdleESTAR (W)",1100,"EnergySTAR Requirement","ElecIdleBase (W)",1350,"Ameren MO TRM","=ROUND(((W329*(AE329-AH329/AK329))-(T329*(AE329-AH329/AN329))+(AH329*AQ329/AT329)-(AH329*AQ329/AW329))*AZ329/1000,4)","=ROUND(I329/(AE329*AZ329)*L329,4)","2019-04-01",null,null,null,12,"Hours (Daily)","Ameren MO TRM",150,"Food Cooked (lbs per day)","Ameren MO TRM",100,"ElecPCBase (lb/hr)","Ameren MO TRM",110,"ElecPCESTAR (lb/hr)","Ameren MO TRM",167,"EFOODElec (Wh/lb)","Ameren MO TRM",0.7,"ElecEffBase","Ameren MO TRM",0.8,"ElecEffESTAR","Ameren MO TRM",365.25,"Days","Ameren MO TRM"]
["Business Standard","ENERGY STAR Hot Holding Cabinet (0 < V <13)",345,"C&I","Cooking",null,"per unit",1783,{"$f":"ROUND((W330-T330)*AE330*AH330/1000,4)","v":709.49810000000002},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I330/(AE330*AH330)*L330,4)","v":4.6600000000000003E-2},"IL TRM V6",null,null,12,"IdleRateESTAR",150.5,"Ameren MO TRM","IdleRateBase",280,"Ameren MO TRM","=ROUND((W330-T330)*AE330*AH330/1000,4)","=ROUND(I330/(AE330*AH330)*L330,4)","2019-04-01",null,null,null,15,"Hours (Daily)","Ameren MO TRM",365.25,"Days","Ameren MO TRM"]
["Business Standard","ENERGY STAR Hot Holding Cabinet (13 ≤ V <28)",346,"C&I","Cooking",null,"per unit",1783,{"$f":"ROUND((W331-T331)*AE331*AH331/1000,4)","v":2772.2474999999999},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I331/(AE331*AH331)*L331,4)","v":0.1822},"IL TRM V6",null,null,12,"IdleRateESTAR",294,"Ameren MO TRM","IdleRateBase",800,"Ameren MO TRM","=ROUND((W331-T331)*AE331*AH331/1000,4)","=ROUND(I331/(AE331*AH331)*L331,4)","2019-04-01",null,null,null,15,"Hours (Daily)","Ameren MO TRM",365.25,"Days","Ameren MO TRM"]
["Business Standard","ENERGY STAR Hot Holding Cabinet (28 ≤ V)",347,"C&I","Cooking",null,"per unit",1783,4438.3353999999999,"IL TRM V6",null,0.36,"IL TRM V6",0.29160000000000003,"IL TRM V6",null,null,12,"IdleRateESTAR",309.89999999999998,"Ameren MO TRM","IdleRateBase",1120,"Ameren MO TRM","=ROUND((W332-T332)*AE332*AH332/1000,4)","=ROUND(I332/(AE332*AH332)*L332,4)","2019-04-01",null,null,null,15,"Hours (Daily)","Ameren MO TRM",365.25,"Days","Ameren MO TRM"]
["Business Standard","3 Pan ENERGY STAR Steam Cooker",348,"C&I","Cooking",null,"per unit",2490,{"$f":"ROUND((AE333+AH333+AK333)*AN333/1000,4)","v":30239.2287},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I333/(AN333*BO333)*L333,4)","v":2.4836999999999998},"IL TRM V6",null,null,12,"SteamModeESTAR",0,"IL TRM V6","SteamModeBase",0.9,"IL TRM V6",{"$f":"cellformula(I333)","v":"=ROUND((AE333+AH333+AK333)*AN333/1000,4)"},{"$f":"cellformula(N333)","v":"=ROUND(I333/(AN333*BO333)*L333,4)"},"2019-04-01",null,null,null,{"$f":"ROUND(((1-W333)*AQ333+(W333*AW333*BC333*BF333/BI333)*(BO333-BR333/(AW333*BC333)-(BU333*CA333)))-((1-T333)*AT333+(T333*AZ333*BC333*BF333/BL333)*(BO333-BR333/(AZ333*BC333)-(BU333*CA333))),4)","v":76604.342300000004},"∆IdleEnergy","Calculated",{"$f":"ROUND((BR333*BF333/BI333)-(BR333*BF333/BL333),4)","v":5686.1538},"∆CookingEnergy","Calculated",{"$f":"ROUND(BU333*BX333,4)","v":500},"∆PreheatEnergy","Calculated",365.25,"Days","IL TRM V6",1000,"IdleRateBase (W)","IL TRM V6",400,"IdleRateESTAR (W)","IL TRM V6",23.3,"ProductionBase (lb/hr/pan)","IL TRM V6",16.7,"ProductionESTAR (lb/hr/pan)","IL TRM V6",3,"Pans","IL TRM V6",30.8,"EFOOD (Wh/lb)","IL TRM V6",0.26,"EffBase","IL TRM V6",0.5,"EffESTAR","IL TRM V6",12,"Hours","IL TRM V6",100,"FoodCooked (lbs)","IL TRM V6",1,"PREnumber","IL TRM V6",500,"PREheat (Wh/preheat)","IL TRM V6",0.25,"PREheat Time (hours)","IL TRM V6"]
["Business Standard","4 Pan ENERGY STAR Steam Cooker",349,"C&I","Cooking",null,"per unit",2490,{"$f":"ROUND((AE334+AH334+AK334)*AN334/1000,4)","v":40864.945399999997},"IL TRM V6",null,0.36,"IL TRM V6",{"$f":"ROUND(I334/(AN334*BO334)*L334,4)","v":3.3565},"IL TRM V6",null,null,12,"SteamModeESTAR",0,"IL TRM V6","SteamModeBase",0.9,"IL TRM V6","=ROUND((AE334+AH334+AK334)*AN334/1000,4)","=ROUND(I334/(AN334*BO334)*L334,4)","2019-04-01",null,null,null,{"$f":"ROUND(((1-W334)*AQ334+(W334*AW334*BC334*BF334/BI334)*(BO334-BR334/(AW334*BC334)-(BU334*CA334)))-((1-T334)*AT334+(T334*AZ334*BC334*BF334/BL334)*(BO334-BR334/(AZ334*BC334)-(BU334*CA334))),4)","v":105695.96920000001},"∆IdleEnergy","Calculated",{"$f":"ROUND((BR334*BF334/BI334)-(BR334*BF334/BL334),4)","v":5686.1538},"∆CookingEnergy","Calculated",{"$f":"ROUND(BU334*BX334,4)","v":500},"∆PreheatEnergy","Calculated",365.25,"Days","IL TRM V6",1330,"IdleRateBase (W)","IL TRM V6",530,"IdleRateESTAR (W)","IL TRM V6",23.3,"ProductionBase (lb/hr/pan)","IL TRM V6",16.7,"ProductionESTAR (lb/hr/pan)","IL TRM V6",4,"Pans","IL TRM V6",30.8,"EFOOD (Wh/lb)","IL TRM V6",0.26,"EffBase","IL TRM V6",0.5,"EffESTAR","IL TRM V6",12,"Hours","IL TRM V6",100,"FoodCooked (lbs)","IL TRM V6",1,"PREnumber","IL TRM V6",500,"PREheat (Wh/preheat)","IL TRM V6",0.25,"PREheat Time (hours)","IL TRM V6"]
["Business Standard","5 Pan ENERGY STAR Steam Cooker",350,"C&I","Cooking",null,"per unit",2490,51487.374900000003,"IL TRM V6",null,0.36,"IL TRM V6",4.2289000000000003,"IL TRM V6",null,null,12,"SteamModeESTAR",0,"IL TRM V6","SteamModeBase",0.9,"IL TRM V6","=ROUND((AE335+AH335+AK335)*AN335/1000,4)","=ROUND(I335/(AN335*BO335)*L335,4)","2019-04-01",null,null,null,{"$f":"ROUND(((1-W335)*AQ335+(W335*AW335*BC335*BF335/BI335)*(BO335-BR335/(AW335*BC335)-(BU335*CA335)))-((1-T335)*AT335+(T335*AZ335*BC335*BF335/BL335)*(BO335-BR335/(AZ335*BC335)-(BU335*CA335))),4)","v":134778.5962},"∆IdleEnergy","Calculated",{"$f":"ROUND((BR335*BF335/BI335)-(BR335*BF335/BL335),4)","v":5686.1538},"∆CookingEnergy","Calculated",{"$f":"ROUND(BU335*BX335,4)","v":500},"∆PreheatEnergy","Calculated",365.25,"Days","IL TRM V6",1670,"IdleRateBase (W)","IL TRM V6",670,"IdleRateESTAR (W)","IL TRM V6",23.3,"ProductionBase (lb/hr/pan)","IL TRM V6",16.7,"ProductionESTAR (lb/hr/pan)","IL TRM V6",5,"Pans","IL TRM V6",30.8,"EFOOD (Wh/lb)","IL TRM V6",0.26,"EffBase","IL TRM V6",0.5,"EffESTAR","IL TRM V6",12,"Hours","IL TRM V6",100,"FoodCooked (lbs)","IL TRM V6",1,"PREnumber","IL TRM V6",500,"PREheat (Wh/preheat)","IL TRM V6",0.25,"PREheat Time (hours)","IL TRM V6"]
["Business Standard","6 Pan ENERGY STAR Steam Cooker",351,"C&I","Cooking",null,"per unit",2490,62113.091699999997,"IL TRM V6",null,0.36,"IL TRM V6",5.1017000000000001,"IL TRM V6",null,null,12,"SteamModeESTAR",0,"IL TRM V6","SteamModeBase",0.9,"IL TRM V6","=ROUND((AE336+AH336+AK336)*AN336/1000,4)","=ROUND(I336/(AN336*BO336)*L336,4)","2019-04-01",null,null,null,{"$f":"ROUND(((1-W336)*AQ336+(W336*AW336*BC336*BF336/BI336)*(BO336-BR336/(AW336*BC336)-(BU336*CA336)))-((1-T336)*AT336+(T336*AZ336*BC336*BF336/BL336)*(BO336-BR336/(AZ336*BC336)-(BU336*CA336))),4)","v":163870.2231},"∆IdleEnergy","Calculated",{"$f":"ROUND((BR336*BF336/BI336)-(BR336*BF336/BL336),4)","v":5686.1538},"∆CookingEnergy","Calculated",{"$f":"ROUND(BU336*BX336,4)","v":500},"∆PreheatEnergy","Calculated",365.25,"Days","IL TRM V6",2000,"IdleRateBase (W)","IL TRM V6",800,"IdleRateESTAR (W)","IL TRM V6",23.3,"ProductionBase (lb/hr/pan)","IL TRM V6",16.7,"ProductionESTAR (lb/hr/pan)","IL TRM V6",6,"Pans","IL TRM V6",30.8,"EFOOD (Wh/lb)","IL TRM V6",0.26,"EffBase","IL TRM V6",0.5,"EffESTAR","IL TRM V6",12,"Hours","IL TRM V6",100,"FoodCooked (lbs)","IL TRM V6",1,"PREnumber","IL TRM V6",500,"PREheat (Wh/preheat)","IL TRM V6",0.25,"PREheat Time (hours)","IL TRM V6"]
["Business Standard","LED <=11 Watt Lamp Replacing Interior Halogen A 28-52 Watt Lamp",352,"C&I","Lighting",null,"per lamp",15.64,{"$f":"ROUND((W337-T337)*P337*AE337/1000,4)","v":121.91419999999999},"IL TRM V6",null,0.62,"IL TRM V5",{"$f":"ROUND((W337-T337)*AH337*L337/1000,4)","v":2.3300000000000001E-2},"IL TRM V6",3088,"IL TRM V5",17,"Watts EE",8,"Ameren MO TRM","Watts Base",36,"Ameren MO TRM",{"$f":"cellformula(I337)","v":"=ROUND((W337-T337)*P337*AE337/1000,4)"},{"$f":"cellformula(N337)","v":"=ROUND((W337-T337)*AH337*L337/1000,4)"},"2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED 7-20 Watt Lamp Replacing Interior Halogen 53-70 Watt Lamp",353,"C&I","Lighting",null,"per lamp",19.64,{"$f":"ROUND((W338-T338)*P338*AE338/1000,4)","v":213.34989999999999},"IL TRM V6",null,0.62,"IL TRM V5",{"$f":"ROUND((W338-T338)*AH338*L338/1000,4)","v":4.07E-2},"IL TRM V6",3088,"IL TRM V5",17,"Watts EE",14,"Ameren MO TRM","Watts Base",63,"Ameren MO TRM","=ROUND((W338-T338)*P338*AE338/1000,4)","=ROUND((W338-T338)*AH338*L338/1000,4)","2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED <=14 Watt Lamp Replacing Interior Halogen BR/R 45-65 Watt Lamp",354,"C&I","Lighting",null,"per lamp",48.27,187.22540000000001,"IL TRM V6",null,0.62,"IL TRM V5",3.5700000000000003E-2,"IL TRM V6",3088,"IL TRM V5",11,"Watts EE",12,"Ameren MO TRM","Watts Base",55,"Ameren MO TRM","=ROUND((W339-T339)*P339*AE339/1000,4)","=ROUND((W339-T339)*AH339*L339/1000,4)","2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED <=13 Watt Lamp Replacing Interior Halogen MR-16 35-50 Watt Lamp",355,"C&I","Lighting",null,"per lamp",36.64,165.45500000000001,"IL TRM V6",null,0.62,"IL TRM V5",3.1600000000000003E-2,"IL TRM V6",3088,"IL TRM V5",11,"Watts EE",12,"Ameren MO TRM","Watts Base",50,"Ameren MO TRM","=ROUND((W340-T340)*P340*AE340/1000,4)","=ROUND((W340-T340)*AH340*L340/1000,4)","2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","LED <=20 Watt Lamp Replacing Interior Halogen PAR 48-90 Watt Lamp",356,"C&I","Lighting",null,"per lamp",74.64,239.4744,"IL TRM V6",null,0.62,"IL TRM V5",4.5699999999999998E-2,"IL TRM V6",3088,"IL TRM V5",11,"Watts EE",15,"Ameren MO TRM","Watts Base",70,"Ameren MO TRM","=ROUND((W341-T341)*P341*AE341/1000,4)","=ROUND((W341-T341)*AH341*L341/1000,4)","2019-04-01",null,null,null,1.41,"Waste Heat Factor Energy","IL TRM v5",1.34,"Waste Heat Factor Demand","IL TRM v5"]
["Business Standard","Pool Heater Heat Pump (Uncovered)",357,"C&I","Water Heating"," ","per unit",1000,{"$f":"ROUND(AE342*(1/W342-1/T342),4)","v":35272.879999999997},"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",{"$f":"ROUND(I342*L342,4)","v":6.3898000000000001},"Ameren MO TRM",null,null,15,"EffEE",5,"Ameren MO TRM","EffBase",1,"Ameren MO TRM",{"$f":"cellformula(I342)","v":"=ROUND(AE342*(1/W342-1/T342),4)"},{"$f":"cellformula(N342)","v":"=ROUND(I342*L342,4)"},"2019-04-01",null,null,null,44091.1,"QPoolHeating","Ameren MO TRM"]
["Business Standard","Pool Heater Heat Pump (Covered)",358,"C&I","Water Heating"," ","per unit",1000,{"$f":"ROUND(AE343*(1/W343-1/T343),4)","v":6206.88},"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",{"$f":"ROUND(I343*L343,4)","v":1.1244000000000001},"Ameren MO TRM",null,null,15,"EffEE",5,"Ameren MO TRM","EffBase",1,"Ameren MO TRM","=ROUND(AE343*(1/W343-1/T343),4)","=ROUND(I343*L343,4)","2019-04-01",null,null,null,7758.6,"QPoolHeating","Ameren MO TRM"]
["Business Standard","Pool Pump Timer",359,"C&I","Motor",null,"per unit",100,{"$f":"ROUND(AE344*AH344*0.746,4)","v":601.27599999999995},"Ameren MO TRM",null,1.379439E-4,"Ameren MO TRM",{"$f":"ROUND(I344*L344,4)","v":8.2900000000000001E-2},"Ameren MO TRM",null,null,10,null,null,null,null,null,null,"=ROUND(AE344*AH344*0.746,4)","=ROUND(I344*L344,4)","2019-04-01",null,null,null,403,"TimeSaved (hrs)","Ameren MO TRM",2,"Size (HP)","Ameren MO TRM"]
["Business Standard","Packaged DX 135 - 240kbtu",360,"C&I","Cooling",null,"per ton",100,{"$f":"ROUND(AE345*(1/AH345-1/AK345)*AT345,4)","v":148.2749},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE345*(1/AN345-1/AQ345)*L345,4)","v":0.1585},"IL TRM V6",null,null,15,null,null,null,null,null,null,{"$f":"cellformula(I345)","v":"=ROUND(AE345*(1/AH345-1/AK345)*AT345,4)"},{"$f":"cellformula(N345)","v":"=ROUND(AE345*(1/AN345-1/AQ345)*L345,4)"},"2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",11,"IEERBase","IL TRM V6.0",12.3,"IEERee","Actually Installed Values",10.8,"EERBase","IL TRM V6.0",12.8,"EERee","Actually Installed Values",1286,"EFLH","IL TRM V6"]
["Business Standard","Packaged DX 240 - 760kbtu",361,"C&I","Cooling",null,"per ton",100,{"$f":"ROUND(AE346*(1/AH346-1/AK346)*AT346,4)","v":74.941699999999997},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE346*(1/AN346-1/AQ346)*L346,4)","v":0.1895},"IL TRM V6",null,null,15,null,null,null,null,null,null,"=ROUND(AE346*(1/AH346-1/AK346)*AT346,4)","=ROUND(AE346*(1/AN346-1/AQ346)*L346,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",9.9,"IEERBase","IL TRM V6.0",10.4,"IEERee","Actually Installed Values",9.8000000000000007,"EERBase","IL TRM V6.0",11.8,"EERee","Actually Installed Values",1286,"EFLH","IL TRM V6"]
["Business Standard","Packaged DX 65 -135kbtu",362,"C&I","Cooling",null,"per ton",100,102.48520000000001,"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE347*(1/AN347-1/AQ347)*L347,4)","v":0.1532},"IL TRM V6",null,null,15,null,null,null,null,null,null,"=ROUND(AE347*(1/AH347-1/AK347)*AT347,4)","=ROUND(AE347*(1/AN347-1/AQ347)*L347,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",11.2,"IEERBase","IL TRM V6.0",12.1,"IEERee","Actually Installed Values",11,"EERBase","IL TRM V6.0",13,"EERee","Actually Installed Values",1286,"EFLH","IL TRM V6"]
["Business Standard","Packaged DX >760kbtu",363,"C&I","Cooling",null,"per ton",100,79.5792,"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE348*(1/AN348-1/AQ348)*L348,4)","v":0.2006},"IL TRM V6",null,null,15,null,null,null,null,null,null,"=ROUND(AE348*(1/AH348-1/AK348)*AT348,4)","=ROUND(AE348*(1/AN348-1/AQ348)*L348,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",9.6,"IEERBase","IL TRM V6.0",10.1,"IEERee","Actually Installed Values",9.5,"EERBase","IL TRM V6.0",11.5,"EERee","Actually Installed Values",1286,"EFLH","IL TRM V6"]
["Business Standard","Packaged DX <65kbtu",364,"C&I","Cooling",null,"per ton",100,{"$f":"ROUND(AE349*(1/AN349-1/AQ349)*AT349,4)","v":84.791200000000003},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE349*(1/AH349-1/AK349)*L349,4)","v":4.8300000000000003E-2},"IL TRM V6",null,null,15,null,null,null,null,null,null,"=ROUND(AE349*(1/AN349-1/AQ349)*AT349,4)","=ROUND(AE349*(1/AH349-1/AK349)*L349,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",{"$f":"-0.02*AN349^2+1.12*AN349","v":11.180000000000003},"EER Base","IL TRM V6.0",{"$f":"-0.02*AQ349^2+1.12*AQ349","v":11.760000000000002},"EERee","Actually Installed Values",13,"SEERBase","IL TRM V6.0",14,"SEERee","Actually Installed Values",1286,"EFLH","IL TRM V6"]
["Business Standard","GSHP <135kbtu; ≥17EER",365,"C&I","HVAC",null,"per ton",180,{"$f":"ROUND(AE350*(1/W350-1/T350)*BF350+AZ350*(1/AN350-1/AQ350)*BC350/3.412,4)","v":67.403199999999998},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE350*(1/W350-1/T350)*L350,4)","v":3.1800000000000002E-2},"IL TRM V6",null,null,15,"EERee",17,"Actually Installed Values","EERBase",16.2,"IL TRM V6",{"$f":"cellformula(I350)","v":"=ROUND(AE350*(1/W350-1/T350)*BF350+AZ350*(1/AN350-1/AQ350)*BC350/3.412,4)"},{"$f":"cellformula(N350)","v":"=ROUND(AE350*(1/W350-1/T350)*L350,4)"},"2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,3.6,"COPbase","IL TRM V6.0",3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","GSHP <135kbtu; ≥19EER",366,"C&I","HVAC",null,"per ton",180,{"$f":"ROUND(AE351*(1/W351-1/T351)*BF351+AZ351*(1/AN351-1/AQ351)*BC351/3.412,4)","v":162.95740000000001},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE351*(1/W351-1/T351)*L351,4)","v":9.9699999999999997E-2},"IL TRM V6",null,null,15,"EERee",19,"Actually Installed Values","EERBase",16.2,"IL TRM V6","=ROUND(AE351*(1/W351-1/T351)*BF351+AZ351*(1/AN351-1/AQ351)*BC351/3.412,4)","=ROUND(AE351*(1/W351-1/T351)*L351,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,3.6,"COPbase","IL TRM V6.0",3.7,"COPee","Actually Installed Values",null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","ASHP 65 - 135kbtu",367,"C&I","HVAC",null,"Per ton",100,194.95869999999999,"IL TRM V6",null,0.91300000000000003,"IL TRM V6",0.1014,"IL TRM V6",null,null,15,"EERee",12,"Actually Installed Values","EERBase",10.8,"IL TRM V6","ROUND(AG373*(1/Y373-1/V373)*BH373+BB373*(1/AP373-1/AS373)*BE373/3.412,4)","ROUND(AG367*(1/Y367-1/V367)*N367,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,3.3,"COPbase","IL TRM V6.0",3.5,"COPee","Actually Installed Values",null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","ASHP 135 - 240kbtu",368,"C&I","HVAC",null,"per ton",100,229.31049999999999,"IL TRM V6",null,0.91300000000000003,"IL TRM V6",5.7500000000000002E-2,"IL TRM V6",null,null,15,"EERee",11,"Actually Installed Values","EERBase",10.4,"IL TRM V6","=ROUND(AE353*(1/W353-1/T353)*BF353+AZ353*(1/AN353-1/AQ353)*BC353/3.412,4)","=ROUND(AE353*(1/W353-1/T353)*L353,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,3.2,"COPbase","IL TRM V6.0",3.8,"COPee","Actually Installed Values",null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","ASHP >240kbtu",369,"C&I","HVAC",null,"per ton",100,307.91669999999999,"IL TRM V6",null,0.91300000000000003,"IL TRM V6",0.14449999999999999,"IL TRM V6",null,null,15,"EERee",10.6,"Actually Installed Values","EERBase",9.3000000000000007,"IL TRM V6","=ROUND(AE354*(1/W354-1/T354)*BF354+AZ354*(1/AN354-1/AQ354)*BC354/3.412,4)","=ROUND(AE354*(1/W354-1/T354)*L354,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",null,null,null,null,null,null,3.2,"COPbase","IL TRM V6.0",3.6,"COPee","Actually Installed Values",null,null,null,null,null,null,12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","ASHP <65kbtu",370,"C&I","HVAC",null,"Per ton",100,{"$f":"ROUND(AE355*(1/AH355-1/AK355)*BF355+AZ355*(1/AT355-1/AW355)*BC355,4)","v":134.7587},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",4.8300000000000003E-2,"IL TRM V6",null,null,15,"EERee",{"$f":"-0.02*AK355^2+1.12*AK355","v":11.760000000000002},"Actually Installed Values","EERBase",{"$f":"-0.02*AH355^2+1.12*AH355","v":11.180000000000003},"IL TRM V6","ROUND(AG376*(1/AJ376-1/AM376)*BH376+BB376*(1/AV376-1/AY376)*BE376,4)","ROUND(AG370*(1/Y370-1/V370)*N370,4)","2019-04-01",null,null,null,12,"kBtu/hrCool","Actually Installed Values",13,"SEERBase","IL TRM V6.0",14,"SEERee","Actually Installed Values",null,null,null,null,null,null,7.7,"HSPFBase","IL TRM V6",8,"HSPFee","Actually Installed Values",12,"kBtu/hrHeat","Actually Installed Values",855,"EFLHHeat","IL TRM V6",1286,"EFLHCool","IL TRM V6"]
["Business Standard","Kitchen Demand Ventillation Controls",371,"C&I","Cooking",null,"per HP",1988,{"$f":"ROUND(4966,4)","v":4966},"IL TRM V6",null,null,null,{"$f":"ROUND(0.68,4)","v":0.68},"IL TRM V6",null,null,15,null,null,null,null,null,null,{"$f":"cellformula(I356)","v":"=ROUND(4966,4)"},{"$f":"cellformula(N356)","v":"=ROUND(0.68,4)"},"2019-04-01"]
["Business Standard","Demand Controlled Ventillation (Gas Heat)",372,"C&I","HVAC",null,"per square feet",0.3,{"$f":"ROUND(AE357/1000*AH357+AE357/1000*AK357,4)","v":0.42799999999999999},"IL TRM V6",null,null,null,{"$f":"ROUND(I357*L357,4)","v":0},"IL TRM V6",null,null,10,null,null,null,null,null,null,"=ROUND(AE357/1000*AH357+AE357/1000*AK357,4)","=ROUND(I357*L357,4)","2019-04-01",null,null,null,1,"SQFTcond","Actually Installed Values",428,"SFcooling","IL TRM V6.0",0,"SFheat","IL TRM V6.0"]
["Business Standard","Demand Controlled Ventillation (Electric Heat)",373,"C&I","HVAC",null,"per square feet",0.3,{"$f":"ROUND(AE358/1000*AH358+AE358/1000*AK358,4)","v":0.78},"IL TRM V6",null,null,null,{"$f":"ROUND(I358*L358,4)","v":0},"IL TRM V6",null,null,10,null,null,null,null,null,null,"=ROUND(AE358/1000*AH358+AE358/1000*AK358,4)","=ROUND(I358*L358,4)","2019-04-01",null,null,null,1,"SQFTcond","Actually Installed Values",428,"SFcooling","IL TRM V6.0",352,"SFheat","IL TRM V6.0"]
["Business Standard","Demand Controlled Ventillation (Heat Pump)",374,"C&I","HVAC",null,"per square feet",0.3,0.54500000000000004,"IL TRM V6",null,null,null,0,"IL TRM V6",null,null,10,null,null,null,null,null,null,"=ROUND(AE359/1000*AH359+AE359/1000*AK359,4)","=ROUND(I359*L359,4)","2019-04-01",null,null,null,1,"SQFTcond","Actually Installed Values",428,"SFcooling","IL TRM V6.0",117,"SFheat","IL TRM V6.0"]
["Business Standard","Heat Pump Water Heater w/ 98% Efficiency 2.9-14.6 kW (10 to 50 MBH)",376,"C&I","Water Heating"," ","per unit",4000,{"$f":"ROUND(((1/W360-1/T360)*AE360*AK360*(AN360-AQ360)*1)/3412+AT360-AW360,4)","v":21156},"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",{"$f":"ROUND(I360*L360,4)","v":3.8325},"Ameren MO TRM",null,null,15,"EFEE",4,"Ameren MO TRM","EFBASE",0.94799999999999995,"Ameren MO TRM",{"$f":"cellformula(I360)","v":"=ROUND(((1/W360-1/T360)*AE360*AK360*(AN360-AQ360)*1)/3412+AT360-AW360,4)"},{"$f":"cellformula(N360)","v":"=ROUND(I360*L360,4)"},"2019-04-01",null,null,null,{"$f":"558*AH360","v":149421.71926647448},"HotWaterUse (Gallon)","Ameren MO TRM",267.78085890049192,"Capacity (gal)","Ameren MO TRM",8.33,"γWater","Ameren MO TRM",125,"Tout","Ameren MO TRM",57.898000000000003,"TIn","Ameren MO TRM",{"$f":"((1-1/T360)*AE360*AK360*(AN360-AQ360)*1)*BF360*53%*BO360/(AZ360*3412)*BI360","v":10425.227215592167},"kWhCool","Ameren MO TRM",{"$f":"((1-1/T360)*AE360*AK360*(AN360-AQ360)*1)*BF360*43%/(BC360*3412)*BL360","v":8970.821589174504},"kWhHeat","Ameren MO TRM",2.8,"COPCool","Ameren MO TRM",0.88,"COPHeat","Ameren MO TRM",1,"Location Factor   LF","Ameren MO TRM",1,"%Cool","Ameren MO TRM",1,"%ElectricHeat","Ameren MO TRM",3,"Latent Multiplier (LM)","Ameren MO TRM"]
["Business Standard","Heat Pump Water Heater w/ 98% Efficiency 14.7-29.3 kW (50 to 100 MBH)",377,"C&I","Water Heating"," ","per unit",7000,{"$f":"ROUND(((1/W361-1/T361)*AE361*AK361*(AN361-AQ361)*1)/3412+AT361-AW361,4)","v":52890},"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",{"$f":"ROUND(I361*L361,4)","v":9.5813000000000006},"Ameren MO TRM",null,null,15,"EFEE",4,"Ameren MO TRM","EFBASE",0.98,"Ameren MO TRM","=ROUND(((1/W361-1/T361)*AE361*AK361*(AN361-AQ361)*1)/3412+AT361-AW361,4)","=ROUND(I361*L361,4)","2019-04-01",null,null,null,{"$f":"558*AH361","v":389059.7149286035},"HotWaterUse (Gallon)","Ameren MO TRM",697.2396324885367,"Capacity (gal)","Ameren MO TRM",8.33,"γWater","Ameren MO TRM",125,"Tout","Ameren MO TRM",57.898000000000003,"TIn","Ameren MO TRM",{"$f":"((1-1/T361)*AE361*AK361*(AN361-AQ361)*1)*BF361*53%*BO361/(AZ361*3412)*BI361","v":27144.88863115534},"kWhCool","Ameren MO TRM",{"$f":"((1-1/T361)*AE361*AK361*(AN361-AQ361)*1)*BF361*43%/(BC361*3412)*BL361","v":23357.95162372143},"kWhHeat","Ameren MO TRM",2.8,"COPCool","Ameren MO TRM",0.88,"COPHeat","Ameren MO TRM",1,"Location Factor   LF","Ameren MO TRM",1,"%Cool","Ameren MO TRM",1,"%ElectricHeat","Ameren MO TRM",3,"Latent Multiplier (LM)","Ameren MO TRM"]
["Business Standard","Heat Pump Water Heater w/ 98% Efficiency 29.4-87.9 kW (100 to 300 MBH)",378,"C&I","Water Heating"," ","per unit",10000,141041,"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",25.5502,"Ameren MO TRM",null,null,15,"EFEE",4,"Ameren MO TRM","EFBASE",0.98,"Ameren MO TRM","=ROUND(((1/W362-1/T362)*AE362*AK362*(AN362-AQ362)*1)/3412+AT362-AW362,4)","=ROUND(I362*L362,4)","2019-04-01",null,null,null,1037499.9291594848,"HotWaterUse (Gallon)","Ameren MO TRM",1859.3188694614423,"Capacity (gal)","Ameren MO TRM",8.33,"γWater","Ameren MO TRM",125,"Tout","Ameren MO TRM",57.898000000000003,"TIn","Ameren MO TRM",72386.882915991271,"kWhCool","Ameren MO TRM",62288.312629254913,"kWhHeat","Ameren MO TRM",2.8,"COPCool","Ameren MO TRM",0.88,"COPHeat","Ameren MO TRM",1,"Location Factor   LF","Ameren MO TRM",1,"%Cool","Ameren MO TRM",1,"%ElectricHeat","Ameren MO TRM",3,"Latent Multiplier (LM)","Ameren MO TRM"]
["Business Standard","Heat Pump Water Heater w/ 98% Efficiency 88-146.5 kW (300 to 500 MBH)",379,"C&I","Water Heating"," ","per unit",14000,282081,"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",51.100200000000001,"Ameren MO TRM",null,null,15,"EFEE",4,"Ameren MO TRM","EFBASE",0.98,"Ameren MO TRM","=ROUND(((1/W363-1/T363)*AE363*AK363*(AN363-AQ363)*1)/3412+AT363-AW363,4)","=ROUND(I363*L363,4)","2019-04-01",null,null,null,2074992.5023024278,"HotWaterUse (Gallon)","Ameren MO TRM",3718.6245560975408,"Capacity (gal)","Ameren MO TRM",8.33,"γWater","Ameren MO TRM",125,"Tout","Ameren MO TRM",57.898000000000003,"TIn","Ameren MO TRM",144773.25259907221,"kWhCool","Ameren MO TRM",124576.1836258454,"kWhHeat","Ameren MO TRM",2.8,"COPCool","Ameren MO TRM",0.88,"COPHeat","Ameren MO TRM",1,"Location Factor   LF","Ameren MO TRM",1,"%Cool","Ameren MO TRM",1,"%ElectricHeat","Ameren MO TRM",3,"Latent Multiplier (LM)","Ameren MO TRM"]
["Business Standard","Heat Pump Water Heater w/ 98% Efficiency >146.6 kW (above 500 MBH)",380,"C&I","Water Heating"," ","per unit",18000,423122,"Ameren MO TRM",null,1.811545E-4,"Ameren MO TRM",76.650499999999994,"Ameren MO TRM",null,null,15,"EFEE",4,"Ameren MO TRM","EFBASE",0.98,"Ameren MO TRM","=ROUND(((1/W364-1/T364)*AE364*AK364*(AN364-AQ364)*1)/3412+AT364-AW364,4)","=ROUND(I364*L364,4)","2019-04-01",null,null,null,3112492.431461913,"HotWaterUse (Gallon)","Ameren MO TRM",5577.943425558984,"Capacity (gal)","Ameren MO TRM",8.33,"γWater","Ameren MO TRM",125,"Tout","Ameren MO TRM",57.898000000000003,"TIn","Ameren MO TRM",217160.13551506354,"kWhCool","Ameren MO TRM",186864.49625510038,"kWhHeat","Ameren MO TRM",2.8,"COPCool","Ameren MO TRM",0.88,"COPHeat","Ameren MO TRM",1,"Location Factor   LF","Ameren MO TRM",1,"%Cool","Ameren MO TRM",1,"%ElectricHeat","Ameren MO TRM",3,"Latent Multiplier (LM)","Ameren MO TRM"]
["Business Standard","PTAC - Early Replacement",381,"C&I","Cooling"," ","per ton",1047,{"$f":"ROUND(AE365*(1/AH365-1/T365)*AN365,4)","v":502.27609999999999},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE365*(1/AH365-1/T365)*L365,4)","v":0.35659999999999997},"IL TRM V6",null,null,5,"EERee",11,"Actually Installed Values","EERbase",{"$f":"10.9-0.213*AE365","v":8.3440000000000012},"IL TRM V6",{"$f":"cellformula(I365)","v":"=ROUND(AE365*(1/AH365-1/T365)*AN365,4)"},{"$f":"cellformula(N365)","v":"=ROUND(AE365*(1/AH365-1/T365)*L365,4)"},"2019-04-01",null,null,null,12,"kBtucool/hr","Actually Installed Values",8.1,"EERexist","Actual value",null,null,null,1286,"EFLHcool","IL TRM V6.0"]
["Business Standard","PTAC - Early Replacement (future)",382,"C&I","Cooling",null,"per ton",1047,{"$f":"ROUND(AE366*(1/W366-1/T366)*AN366,4)","v":446.56360000000001},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE366*(1/W366-1/T366)*L366,4)","v":0.317},"IL TRM V6",null,null,10,"EERee",11,"Actually Installed Values","EERbase",{"$f":"10.9-0.213*AE366","v":8.3440000000000012},"IL TRM V6","=ROUND(AE366*(1/W366-1/T366)*AN366,4)","=ROUND(AE366*(1/W366-1/T366)*L366,4)","2019-04-01",null,null,null,12,"kBtucool/hr","Actually Installed Values",8.1,"EERexist","Actual value",null,null,null,1286,"EFLHcool","IL TRM V6.0"]
["Business Standard","PTHP - Early Replacement",383,"C&I","HVAC",null,"per ton",1047,{"$f":"ROUND(AE367*(1/AH367-1/T367)*AN367+AK367*(1/AT367-1/AZ367)*AQ367/3.412,4)","v":747.60519999999997},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE367*(1/AH367-1/T367)*L367,4)","v":0.35659999999999997},"IL TRM V6",null,null,5,"EERee",11,"Actually Installed Values","EERbase",{"$f":"10.8-0.213*AE367","v":8.2439999999999998},"IL TRM V6","=ROUND(AE367*(1/AH367-1/T367)*AN367+AK367*(1/AT367-1/AZ367)*AQ367/3.412,4)","=ROUND(AE367*(1/AH367-1/T367)*L367,4)","2019-04-01",null,null,null,12,"kBtucool/hr","Actually Installed Values",8.1,"EERexist","Actual value",12,"kBtuheat/hr","Actually Installed Value",1286,"EFLHcool","IL TRM V6.0",855,"EFLHheat","IL TRM V6.0",2.6,"COPexist","Actual Value",{"$f":"2.9-0.026*AK367","v":2.5880000000000001},"COPbase","IL TRM V6",3.3,"COPee","Actually Installed Value"]
["Business Standard","PTHP - Early Replacement (future)",384,"C&I","HVAC",null,"per ton",1047,{"$f":"ROUND(AE368*(1/W368-1/T368)*AN368+AK368*(1/AW368-1/AZ368)*AQ368/3.412,4)","v":719.68949999999995},"IL TRM V6",null,0.91300000000000003,"IL TRM V6",{"$f":"ROUND(AE368*(1/W368-1/T368)*L368,4)","v":0.33300000000000002},"IL TRM V6",null,null,10,"EERee",11,"Actually Installed Values","EERbase",{"$f":"10.8-0.213*AE368","v":8.2439999999999998},"IL TRM V6","=ROUND(AE368*(1/W368-1/T368)*AN368+AK368*(1/AW368-1/AZ368)*AQ368/3.412,4)","=ROUND(AE368*(1/W368-1/T368)*L368,4)","2019-04-01",null,null,null,12,"kBtucool/hr","Actually Installed Values",8.1,"EERexist","Actual value",12,"kBtuheat/hr","Actually Installed Value",1286,"EFLHcool","IL TRM V6.0",855,"EFLHheat","IL TRM V6.0",2.6,"COPexist","Actual Value",{"$f":"2.9-0.026*AK368","v":2.5880000000000001},"COPbase","IL TRM V6",3.3,"COPee","Actually Installed Value"]
["R & P - Energy Efficient Trees","Tuliptree - Years 1-5",421,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(25.8476,4)","v":25.8476},"Arbor Day Foundation"," ",null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(25.8476,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Tuliptree - Years 6-10",422,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(110.7809,4)","v":110.7809},"Arbor Day Foundation"," ",null,null,{"$f":"ROUND(0,4)","v":0},null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(110.7809,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Tuliptree - Years 11-15",423,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(153.9746,4)","v":153.97460000000001},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(153.9746,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Tuliptree - Years 16-20",424,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(153.9746,4)","v":153.97460000000001},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(153.9746,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Autumn Flame Red Maple - Years 1-5",425,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(10.9465,4)","v":10.9465},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(10.9465,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Autumn Flame Red Maple - Years 6-10",426,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(26.0066,4)","v":26.006599999999999},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(26.0066,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Autumn Flame Red Maple - Years 11-15",427,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(43.7378,4)","v":43.7378},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(43.7378,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Autumn Flame Red Maple - Years 16-20",428,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(67.1979,4)","v":67.197900000000004},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(67.1979,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Swamp White Oak - Years 1-5",429,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(18.5175,4)","v":18.517499999999998},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(18.5175,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Swamp White Oak- Years 6-10",430,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(41.4775,4)","v":41.477499999999999},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(41.4775,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Swamp White Oak - Years 11-15",431,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(81.0249,4)","v":81.024900000000002},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(81.0249,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Swamp White Oak - Years 16-20",432,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(134.6371,4)","v":134.6371},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(134.6371,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Short Leaf Pine - Years 1-5",433,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(7.5105,4)","v":7.5105000000000004},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(7.5105,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Short Leaf Pine - Years 6-10",434,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(43.44,4)","v":43.44},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(43.44,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Short Leaf Pine - Years 11-15",435,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(130.4435,4)","v":130.4435},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(130.4435,4)","=ROUND(0,4)","2019-04-01"]
["R & P - Energy Efficient Trees","Short Leaf Pine - Years 16-20",436,"All","HVAC",null,"per tree",53.293790338851487,{"$f":"ROUND(228.2325,4)","v":228.23249999999999},"Arbor Day Foundation"," ",null,null,0,null,null,null,5,"Tree",null,null,"No Tree",null,null,"=ROUND(228.2325,4)","=ROUND(0,4)","2019-04-01"]
["Heating, Cooling & Weatherization","Heating, Cooling & Weatherization Bonus Incentive",0.01,"Single Family","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01",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,null,null," "]
["Income-Eligible Multi-Family","Income-Eligible Multi-Family Custom Measure",0.02,"Multi-Family","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Home Energy Report","Home Energy Report Custom Measure",0.04,"Single Family","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Income-Eligible Home Energy Report","Income-Eligible Home Energy Report Custom Measure",0.05,"Single Family","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Business Custom","Business Custom Measure",0.06,"C&I","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Business Custom","Block Bidding Custom Measure",7.0000000000000007E-2,"C&I","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Business Process Efficiency","Strategic Energy Management Custom Measure",0.08,"C&I","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Business Demand Response","Business Demand Repsonse Custom Measure",0.09,"C&I","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2016-04-01"]
["Business Process Efficiency","Retrocomissioning Custom Measure",0.1,"C&I","All",null,"per customer",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2019-04-01"]