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Stationary Asset Energy Use

The Stationary Asset Energy Use object represents the energy consumption related to stationary assets across multiple fuel types.

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Table 1. Fuel Consumption (kWh) Units by Fuel Type
Fuel Units	Electricity	Cooling	Diesel	Fuel Oil/Heavy Oil	Heat	Natural Gas	Liquid Natural Gas (LNG)	Propane	Steam	Light Oil	Kerosene	City Gas	Refrigerant
kWh	√	√	√	√	√	√	√	√	√	√	√	√
GWh	√	√	√	√	√	√	√	√	√	√	√	√
MWh	√	√	√	√	√	√	√	√	√	√	√	√
GJ	√	√	√	√	√	√	√	√	√	√	√	√
MJ	√	√	√	√	√	√	√	√	√	√	√	√
kcal	√	√	√	√	√	√	√	√	√	√	√	√
MMBtu	√	√	√	√	√	√	√	√	√	√	√	√
Therm	√	√	√	√	√	√	√	√	√	√	√	√
Kg													√
lbs													√
Tonnes													√
Short Tons													√
Long Tons													√
US Gallon			√	√		√	√	√		√	√	√
UK Gallon			√	√		√	√	√		√	√	√
Liter			√	√		√	√	√		√	√	√
Kiloliters			√	√		√	√	√		√	√	√
m3			√	√		√	√	√		√	√	√
1000 m3			√	√		√	√	√		√	√	√
ccf			√	√		√	√	√		√	√	√

Allocate the default scope for the fuel. Depending on the scope, the relevant fields are populated and the other fields default to 0:

Scope 1 Emissions (tCO2e).
Scope 2 Location-Based Emissions (tCO2e) and Scope 2 Market-Based Emissions (tCO2e). Scope 2 means both these fields are populated.
Scope 3 Downstream Emissions (tCO2e).
Scope 3 Upstream Emissions (tCO2e).

If you have not associated a scope allocation, then use the default scope allocations.

Fuel	Company-Owned Asset = Yes	Company-Owned Asset = No
Electricity	Scope 2	Scope 3 Upstream Leased Assets
City Gas	Scope 1	Scope 3 Upstream Leased Assets
Cooling	Scope 2	Scope 3 Upstream Leased Assets
Diesel	Scope 1	Scope 3 Upstream Leased Assets
Fuel Oil	Scope 1	Scope 3 Upstream Leased Assets
Heat	Scope 2	Scope 3 Upstream Leased Assets
Heavy Oil	Scope 1	Scope 3 Upstream Leased Assets
Kerosene	Scope 1	Scope 3 Upstream Leased Assets
Light Oil	Scope 1	Scope 3 Upstream Leased Assets
Liquid Natural Gas	Scope 1	Scope 3 Upstream Leased Assets
Natural Gas	Scope 1	Scope 3 Upstream Leased Assets
Propane	Scope 1	Scope 3 Upstream Leased Assets
Refrigerant	Scope 1	Scope 3 Upstream Leased Assets
Steam	Scope 2	Scope 3 Upstream Leased Assets

For information about converting the values from one unit of measure to another compatible unit of measure, see Conversion Factors.

Here are the calculated fields:

Fuel Consumption (kWh) (FuelConsumptionInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Fuel Consumption (FuelConsumption)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  Fuel Type (FuelType)
  
  Calorific Value (CalorificValue)
  
  Calorific Value Unit (CalorificValueUnit)
- Conversion constant
Calculations

If these fuels are measured in volume units:
- City Gas
- Diesel
- Fuel Oil
- Heavy Oil
- Kerosene
- Light Oil
- Liquid Natural Gas (LNG)
- Natural Gas
- Propane
- Biomass
Then to convert the volume to energy units:

Fuel Consumption (kWh) = Fuel Consumption (converted to m³) × OtherEmssnFctrSet.OtherEmssnFctrSetItem.Calorific Value (converted to kWh/m3) and Fuel Type = OtherEmssnFctrSet.OtherEmssnFctrSetItem.Fuel Type

Fuel Consumption (GJ) (FuelConsumptionInGigajoule)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Conversion constant
Calculations

Fuel Consumption (GJ) = Total Fuel Consumption (kWh)/277.7777777

Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
Input Fields
- Fuel Consumption (kWh) (FuelConsumptionInKwh)
- Power Usage Effectiveness (PowerUsageEffectiveness)
Calculations

If Record Type = "Data Center", then Total Fuel Consumption (kWh) = Fuel Consumption (kWh) × Power Usage Effectiveness.

else, for all other fuel types and record types, Total Fuel Consumption (kWh) = Fuel Consumption (kWh).

Occupied Floor Area (sqft) (OccupiedFloorAreaInSqft)
Input Fields
- Occupied Floor Area (OccupiedFloorArea)
- Occupied Floor Area Unit (OccupiedFloorAreaUnit)
- Conversion constant
External Object Calculations

If Occupied Floor Area Unit = "sqft", then Occupied Floor Area (sqft) = Occupied Floor Area.

If Occupied Floor Area Unit = "m2", then Occupied Floor Area (sqft) = Occupied Floor Area × 10.76391042.

Scope 1 Emissions (tCO2e) (Scope1EmissionsInTco2e)
Input Fields
- Other Emissions Factors (OtherEmssnFctrId)
- Supplemental Scope 1 Emissions (SuplScope1Emissions)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations
- If Carbon Emission Scope Allocation = "Scope 1"
  
  or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation = "Scope 1" ( where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type )
  
  If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
  Note
- If Fuel Type = "Electricity", then Scope 1 Emissions (tCO2e) = (Total Fuel Consumption (kWh)) × ElectricityEmssnFctrSet.CO2e Emissions Rate (tonnes/MWh)/1000 + Supplemental Scope 1 Emissions.
- For any fuel other than refrigerants and electricity,
  If (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor = 0) then Scope 1 Emissions (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.CO2e Emissions Factor (tCO2e/MWh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 1 Emissions
  
  else if (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor != 0) then Scope 1 Emissions (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor (convert to Kg/Kwh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 1 Emissions.
- If FuelType = "Refrigerant", then Scope 1 Emissions (tCO2e) = FuelConsumption (converted to Kgs) × RefrigerantEmssnFctr.Global Warming Potential/1000 + Supplemental Scope 1 Emission
Default Value

Scope 1 Emissions (tCO2e) = Supplemental Scope 1 Emissions

Scope 2 Location-Based Emission (tCO2e) (Scope2LocBasedEmssnInTco2e)
Input Fields
- Other Emissions Factors (OtherEmssnFctrId)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factors (ElectricityEmissionFactorsId)
- Company-Owned Asset (IsCompanyOwnedAsset)
- Supplemental Scope 2 Location-Based Emissions (SuplScope2LocationBasedEmssn)
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations
- If Carbon Emission Scope Allocation = "Scope 2"
  
  or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation = "Scope 2" (where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type)
  
  If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
  Note
- If Fuel Type = "Electricity" then Scope 2 Location-Based Emission (tCO2e) =(Total Fuel Consumption (kWh) ) × Electricity Emissions Factor Set.Co2eEmissionRateInTmwh / 1000 + SuplScope2LocationBasedEmssn
- For any fuel other than refrigerants and Electricity
  If (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor = 0) then Scope 2 Location-Based Emission (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.CO2e Emissions Factor (tCO2e/MWh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 2 Location-Based Emissions
  
  else if (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor != 0) then Scope 2 Location-Based Emission (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor (convert to Kg/Kwh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 2 Location-Based Emissions
- If Fuel Type="Refrigerant" then Scope 2 Location-Based Emission (tCO2e) = Fuel Consumption (converted to Kgs) × RefrigerantEmssnFctr.Global Warming Potential/1000 + Supplemental Scope 2 Location-Based Emissions
Default Value

Scope 2 Location-Based Emission (tCO2e) = Supplemental Scope 2 Location-Based Emissions

Scope 2 Market-Based Emission (tCO2e) (Scope2MktBasedEmssnInTco2e)
Input Fields
- Allocated Renewable Energy (kWh) (AllocatedRenewableEnergyInKwh)
- Company-Owned Asset (IsCompanyOwnedAsset)
- Electricity Emissions Factors (ElectricityEmissionFactorsId)
- Emissions Factor Type (EmissionsFactorType)
- Market-Based CO2 Emissions Rate (tonnes/MWh) (MktBsdCo2EmssnRtInTmwh)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
- Emissions Factor Type (EmissionsFactorType)
- Market-Based CO2 Emissions Rate (tonnes/MWh) (MktBsdCo2EmssnRtInTmwh)
- Supplemental Scope 2 Market-Based Emissions (SuplScope2MarketBasedEmssn)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Renewable Energy Type Override (RenewableEnergyType)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
- Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
- Clean Energy Project (CleanEnergyProject)
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations

If Carbon Emission Scope Allocation = "Scope 2"

or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation = "Scope 2" ( where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type)

If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
Note
- If Renewable Energy Type Override ! = Empty, then Scope 2 Market-Based Emissions (tCO2e) = ((Total Fuel Consumption (kWh) - Allocated Renewable Energy Override (kWh) ) × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000))
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None) (MktBsdElectriEmssnFctrId.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000))
  
  else 0))
  
  When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object,
  
  if Renewable Energy Type Override == Empty (None),
  
  then Scope 2 Market-Based Emissions (tCO2e) =(Total Fuel Consumption (kWh) - Allocated Energy Attribute Credits (kWh)] ) × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000)))
  
  else if (MktBsdElectriEmssnFctrId.Emissions Factor Type == LocationAndMarketBased or None) (MktBsdElectriEmssnFctrId.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000))
  
  else 0+ Supplemental Scope 2 Market-Based Emissions) + for each Energy Attribute Credit Distribution associated with this record if (EnergyAttrCreditDstr.EnergyAttrCertPurchase.CleanEnergyProject.Electricity Emissions Factors !=NULL (EnergyAttrCreditDstr.Allocated Energy Attribute Credits (kWh) × EnergyAttrCreditDstr.EnergyAttrCertPurchase.CleanEnergyProject.ElectrEmissionsFactorsId.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000))
- For any fuel other than refrigerants and Electricity
  If (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor = 0) then Scope 2 Market-Based Emissions (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.CO2e Emissions Factor (tCO2e/MWh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 2 Market-Based Emissions
  
  else if (Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor != 0) then Scope 2 Market-Based Emissions (tCO2e) = Total Fuel Consumption (kWh) × Other Emissions Factor Set.Other Emissions Factor Set Item.Supplied CO2e Emissions Factor (convert to Kg/Kwh) (Fuel Type = Other Emissions Factor Set.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 2 Market-Based Emissions
- If FuelType="Refrigerant", Scope 2 Market-Based Emissions (tCO2e) = Fuel Consumption (converted to Kgs) × RefrigerantEmssnFctr.Global Warming Potential/1000 + Supplemental Scope 2 Market-Based Emissions
Default Value

Scope 2 Market-Based Emission (tCO2e) = Supplemental Scope 2 Market-Based Emissions

Market-Based CO2 Emissions (kg) (MktBsdCo2EmssnInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  - Fuel Type (FuelType)
  - CO2 Emissions Factor (Co2EmissionFactor)
  - CO2 Emissions Factor Unit (Co2EmissionFactorUnit)
- Electricity Emissions Factors (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based CO2 Emissions Rate (tonnes/MWh) (MktBsdCo2EmssnRtInTmwh)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based CO2 Emissions Rate (tonnes/MWh) (MktBsdCo2EmssnRtInTmwh)
- Renewable Energy Type Override (RenewableEnergyType)
- Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
- Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
- Clean Energy Project (CleanEnergyProject)
  - Market-Based CO2 Emissions Rate (tonnes/MWh) (MktBsdCo2EmssnRtInTmwh)
Calculations

if (Fuel Type == ELECTRICITY)

{

If (Renewable Energy Type Override!= Empty) { Market-Based CO2 Emissions (kg) = (Total Fuel Consumption (kWh) TotalFuelConsumptionInKwh - Allocated Renewable Energy Override (kWh)) * ElectricityEmssnFctrSet.Market-Based CO2 Emissions Rate (tonnes/MWh) }

else { Market-Based CO2 Emissions (kg) = (Total Fuel Consumption (kWh) * ElectricityEmssnFctrSet.Market-Based CO2 Emissions Rate (tonnes/MWh)) }

}

Else { // Default calculation for all other fuel types

Market-Based CO2 Emissions (kg) = 0

}

Market-Based CH4 Emissions (kg) (MktBsdCh4EmssnInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  - Fuel Type (FuelType)
  - CH4 Emissions Factor (Ch4EmissionFactor)
  - CH4 Emissions Factor Unit (Ch4EmissionFactorUnit)
- Electricity Emission Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based CH4 Emissions Rate (tonnes/GWh) (MktBsdCh4EmssnRtInTgwh)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based CH4 Emissions Rate (tonnes/GWh) (MktBsdCh4EmssnRtInTgwh)
- Renewable Energy Type Override (RenewableEnergyType)
- Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
  - Stationary Asset Energy Use (StnryAssetEnergyUseId)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
- Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
- Clean Energy Project (CleanEnergyProject)
  - Electricity Emissions Factors (ElectrEmissionsFactorsId)
    Market-Based CH4 Emissions Rate (tonnes/GWh) (MktBsdCh4EmssnRtInTgwh)
Calculations

if (Fuel Type == ELECTRICITY)

{

If (Renewable Energy Type Override!= Empty) { Market-Based CH4 Emissions (kg) = (Total Fuel Consumption (kWh) TotalFuelConsumptionInKwh - Allocated Renewable Energy Override (kWh)) * ElectricityEmssnFctrSet.Market-Based CH4 Emissions Rate (tonnes/GWh)/1000.0 } else { Market-Based CH4 Emissions (kg) = Total Fuel Consumption (kWh) * ElectricityEmssnFctrSet.Market-Based CH4 Emissions Rate (tonnes/GWh)/1000.0 }

}

Else { // Default calculation for all other fuel types

Market-Based CH4 Emissions (kg) = 0

}

Market-Based N2O Emissions (kg) (MktBsdN2oEmssnInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  - Fuel Type (FuelType)
  - N2O Emissions Factor (N2oEmissionFactor)
  - N2O Emissions Factor Unit (N2oEmissionFactorUnit)
- Electricity Emission Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based N2O Emissions Rate (tonnes/GWh) (MktBsdN2oEmssnRtInTgwh)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based N2O Emissions Rate (tonnes/GWh) (MktBsdN2oEmssnRtInTgwh)
- Renewable Energy Type Override (RenewableEnergyType)
- Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
  - Stationary Asset Energy Use (StnryAssetEnergyUseId)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
  Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
- Clean Energy Project (CleanEnergyProject)
  - Electricity Emissions Factors (ElectrEmissionsFactorsId)
  - Market-Based N2O Emissions Rate (tonnes/GWh) (MktBsdN2oEmssnRtInTgwh)
Calculations

if (Fuel Type == ELECTRICITY)

{

If (Renewable Energy Type Override!= Empty) { Market-Based N2O Emissions (kg) = (Total Fuel Consumption (kWh) TotalFuelConsumptionInKwh - Allocated Renewable Energy Override (kWh)) * ElectricityEmssnFctrSet.Market-Based N2O Emissions Rate (tonnes/GWh)/1000.0 } else { Market-Based N2O Emissions (kg) = (Total Fuel Consumption (kWh) * ElectricityEmssnFctrSet.Market-Based N2O Emissions Rate (tonnes/GWh)/1000.0) }

}

Else { // Default calculation for all other fuel types

Market-Based N2O Emissions (kg) = 0

}

Total Floor Area (sqft) (TotalFloorAreaInSqft)
Input Fields
- Total Floor Area (TotalFloorArea)
- Total Floor Area Unit (TotalFloorAreaUnit)
- Conversion constant
External Object Calculations

If Total Floor Area Unit = "sqft", then Total Floor Area (sqft) = Total Floor Area.

If Total Floor Area Unit = "m2", then Total Floor Area (sqft) = Total Floor Area × 10.76391042.

Total Renewable Energy (kWh) (TotalRenewableEnergyInKwh)
Input Fields
- Market-Based Electricity from Biomass (kWh) (MktBasedElectrFrBiomassInKwh)
- Market-Based Electricity from Geothermal (kWh) (MktBsdElectrFrGeothermalInKwh)
- Market-Based Electricity from Hydro (kWh) (MktBasedElectrFromHydroInKwh)
- Market-Based Electricity from Solar (kWh) (MktBasedElectrFromSolarInKwh)
- Market-Based Electricity from Wind (kWh) (MktBasedElectrFromWindInKwh)
Calculations

Total Renewable Energy (kWh) = Market-Based Electricity from Biomass (kWh) + Market-Based Electricity from Geothermal (kWh) + Market-Based Electricity from Hydro (kWh) + Market-Based Electricity from Solar (kWh) + Market-Based Electricity from Wind (kWh)

Default Value

0

Total Renewable Energy Excluding Hydro (kWh) (TotRnwlEnrgyExclHydroInKwh)
Input Fields
- Market-Based Electricity from Biomass (kWh) (MktBasedElectrFrBiomassInKwh)
- Market-Based Electricity from Geothermal (kWh) (MktBsdElectrFrGeothermalInKwh)
- Market-Based Electricity from Solar (kWh) (MktBasedElectrFromSolarInKwh)
- Market-Based Electricity from Wind (kWh) (MktBasedElectrFromWindInKwh)
Calculations

Total Renewable Energy Excluding Hydro (kWh) = Market-Based Electricity from Biomass (kWh) + Market-Based Electricity from Geothermal (kWh) + Market-Based Electricity from Solar (kWh) + Market-Based Electricity from Wind (kWh)

Default Value

0

Power Usage Effectiveness Monthly Range (IsPueMonthlyRange)
Input Fields
- Power Usage Effectiveness (PowerUsageEffectiveness)
- Record Type
Calculations

If Record Type = "Data Center":

If Power Usage Effectiveness >= 1 and Power Usage Effectiveness <= 2, then Power Usage Effectiveness Monthly Range = TRUE.

If Power Usage Effectiveness <1 or Power Usage Effectiveness > 2, then Power Usage Effectiveness Monthly Range = FALSE.

Normalized Monthly Electricity Consumption (kWh) (NormalizedMoElectrCnsmpInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- End Date (EndDate)
- Start Date (StartDate)
Calculations

Normalized Monthly Electricity Consumption (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × [30/(End Date – Start Date + 1)]

Location-Based Electricity from Biomass (kWh) (LocBasedElectrFrBiomassInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Biomass Mix Percentage (ElectricityEmssnFctrSet.LocationBasedBiomassMixPct)
Calculations

Location-Based Electricity from Biomass (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Biomass Mix Percentage/100

Location-Based Electricity from Coal (kWh) (LocBasedElectrFrCoalInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Coal Mix Percentage (ElectricityEmssnFctrSet.LocationBasedCoalMixPct)
Calculations

Location-Based Electricity from Coal (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Coal Mix Percentage/100

Location-Based Electricity from Gas (kWh) (LocBasedElectrFrGasInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Gas Mix Percentage (ElectricityEmssnFctrSet.LocationBasedGasMixPct)
Calculations

Location-Based Electricity from Gas (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Gas Mix Percentage/100

Location-Based Electricity from Hydro (kWh) (LocBasedElectrFrHydroInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Hydro Mix Percentage (ElectricityEmssnFctrSet.LocationBasedHydroMixPct)
Calculations

Location-Based Electricity from Hydro (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Hydro Mix Percentage/100

Location-Based Electricity from Nuclear (kWh) (LocBasedElectrFrNuclearInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Nuclear Mix Percentage (ElectricityEmssnFctrSet.LocationBasedNuclearMixPct)
Calculations

Location-Based Electricity from Nuclear (kWh) = Total Fuel Consumption (kWh) (where FuelType = "Electricity") × Electricity Emissions Factor Set.Location-Based Nuclear Mix Percentage/100

Location-Based Electricity from Oil (kWh) (LocBasedElectrFrOilInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Oil Mix Percentage (ElectricityEmssnFctrSet.LocationBasedOilMixPct)
Calculations

Location-Based Electricity from Oil (kWh) = Total Fuel Consumption (kWh) (where FuelType = "Electricity") × ElectricityEmssnFctrSet.Location-Based Oil Mix Percentage/100

Location-Based Electricity from Other Fuel (kWh) (LocBasedElectrFrOthrFuelInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Other Fuel Mix Percentage (ElectricityEmssnFctrSet.LocationBasedOtherFuelMixPct)
Calculations

Location-Based Electricity from Other Fuel (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Other Fuel Mix Percentage/100

Location-Based Electricity from Solar (kWh) (LocBasedElectrFrSolarInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Solar Mix Percentage (ElectricityEmssnFctrSet.LocationBasedSolarMixPct)
Calculations

Location-Based Electricity from Solar (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Solar Mix Percentage/100

Location-Based Electricity from Wind (kWh) (LocBasedElectrFrWindInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Wind Mix Percentage (ElectricityEmssnFctrSet.LocationBasedWindMixPct)
Calculations

Location-Based Electricity from Wind (kWh) = Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") × ElectricityEmssnFctrSet.Location-Based Wind Mix Percentage/100

Location-Based Electricity from Non-Renewables (kWh) (LocBsdElectrFrNonRenewablesKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Location-Based Electricity from Biomass (kWh) (LocBasedElectrFrBiomassInKwh)
- Location-Based Electricity from Hydro (kWh) (LocBasedElectrFromHydroInKwh)
- Location-Based Electricity from Solar (kWh) (LocBasedElectrFromSolarInKwh)
- Location-Based Electricity from Wind (kWh) (LocBasedElectrFromWindInKwh)
- Location-Based Electricity from Geothermal (kWh) (LocBsdElectrFrGeothermalInKwh)
Calculations

Location-Based Electricity from Non-Renewable (kWh) = Total Fuel Consumption (kWh) – Location-Based Electricity from Biomass (kWh) – Location-Based Electricity from Hydro (kWh) – Location-Based Electricity from Solar (kWh) – Location-Based Electricity from Wind (kWh) – Location-Based Electricity from Geothermal (kWh)

Location-Based Electricity from Geothermal (kWh) (LocBsdElectrFrGeothermalInKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Geothermal Mix Percentage (ElectricityEmssnFctrSet.LocBasedGeothermalMixPct)
Calculations

Location-Based Electricity from Geothermal (kWh) = Total Fuel Consumption (kWh) (where FuelType = "Electricity") × ElectricityEmssnFctrSet.Location-Based Geothermal Mix Percentage/100

Location-Based Electricity from Other Fossil Fuel (kWh) (LocBsdElectrOthrFossilFuelKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Emissions Factor Set.Location-Based Other Fossil Fuel Mix Percentage (ElectricityEmssnFctrSet.LocBasedOtherFossilFuelMixPct)
Calculations

Location-Based Electricity from Other Fossil Fuel (kWh) = Total Fuel Consumption (kWh) (where FuelType = "Electricity") × ElectricityEmssnFctrSet.Location-Based Other Fossil Fuel Mix Percentage/100

Market-Based Electricity from Biomass (kWh) (MktBasedElectrFrBiomassInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Allocated Energy Attribute Credits from Biomass (kWh) (AllocEnrgyAttrCrBiomass)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Biomass Mix Percentage (MarketBasedBiomassMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Biomass Mix Percentage (MarketBasedBiomassMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
  - Stationary Asset Energy Use (StnryAssetEnergyUseId)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
- Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Biomass (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctr.Market-Based Biomass Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Biomass Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Biomass (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctr.Market-Based Biomass Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Biomass Mix Percentage))
  
  else 0

Market-Based Electricity from Coal (kWh) (MktBasedElectrFromCoalInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Coal Mix Percentage (MarketBasedCoalMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Coal Mix Percentage (MarketBasedCoalMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Coal (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Coal Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Coal Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Coal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Coal Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Coal Mix Percentage))
  
  else 0

Market-Based Electricity from Gas (kWh) (MktBasedElectrFromGasInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Gas Mix Percentage (MarketBasedGasMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Gas Mix Percentage (MarketBasedGasMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
  - Stationary Asset Energy Use (StnryAssetEnergyUseId)
- Energy Attribute Certificate Credit (EnergyAttrCertCredit)
- Energy Attribute Certificate Purchase (EnergyAttrCertPurchase)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Gas (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Gas Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Gas Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object,
  if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Gas (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Gas Mix Percentage)
  
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Gas Mix Percentage))
  
  else 0

Market-Based Electricity from Hydro (kWh) (MktBasedElectrFromHydroInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Hydroelectric Mix Percentage (MarketBasedHydroMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Hydroelectric Mix Percentage (MarketBasedHydroelectricMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Hydro (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Hydro Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Hydro Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Hydro (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Hydro Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Hydro Mix Percentage))
  
  else 0

Market-Based Electricity from Nuclear (kWh) (MktBasedElectrFrNuclearInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Nuclear Mix Percentage (MarketBasedNuclearMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Nuclear Mix Percentage (MarketBasedNuclearMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Nuclear (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Nuclear Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Nuclear Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Nuclear (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Nuclear Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Nuclear Mix Percentage))
  
  else 0

Market-Based Electricity from Oil (kWh) (MktBasedElectrFromOilInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Oil Mix Percentage (MarketBasedOilMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Oil Mix Percentage (MarketBasedOilMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Oil (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Oil Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Oil Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Oil (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Oil Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Oil Mix Percentage))
  
  else 0

Market-Based Electricity from Other Fuel (kWh) (MktBasedEnrgyFromOthrFuelInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Other Fuel Mix Percentage (MarketBasedOtherFuelMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Other Fuel Mix Percentage (MarketBasedOtherFuelMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Other Fuel (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Other Fuel Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Other Fuel Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Other Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Other Fuel Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Other Fuel Mix Percentage))
  
  else 0

Market-Based Electricity from Solar (kWh) (MktBasedEnrgyFromSolarInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Allocated Energy Attribute Credits from Solar (kWh) (AllocEnrgyAttrCrSolar)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Solar Mix Percentage (MarketBasedSolarMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Solar Mix Percentage (MarketBasedSolarMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Solar (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Solar Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Solar Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Solar (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Solar Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Solar Mix Percentage))
  
  else 0

Market-Based Electricity from Wind (kWh) (MktBasedEnrgyFromWindInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Allocated Energy Attribute Credits from Wind (kWh) (AllocEnrgyAttrCrWind)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Wind Mix Percentage (MarketBasedWindMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Wind Mix Percentage (MarketBasedWindMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Wind (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Wind Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Wind Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Wind (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Wind Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Wind Mix Percentage))
  
  else 0

Market-Based Electricity from Non-Renewables (kWh) (MktBsdEnrgyFrNonRenewablesKwh)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Market-Based Electricity from Biomass (kWh) (MktBasedElectrFrBiomassInKwh)
- Market-Based Electricity from Hydro (kWh) (MktBasedElectrFromHydroInKwh)
- Market-Based Electricity from Solar (kWh) (MktBasedElectrFromSolarInKwh)
- Market-Based Electricity from Wind (kWh) (MktBasedElectrFromWindInKwh)
- Market-Based Electricity from Geothermal (kWh) (MktBsdElectrFrGeothermalInKwh)
Calculations

Market-Based Electricity from Non-Renewables (kWh) = Total Fuel Consumption (kWh) – Market-Based Electricity from Biomass (kWh) – Market-Based Electricity from Hydro (kWh) – Market-Based Electricity from Solar (kWh) – Market-Based Electricity from Wind (kWh) – Market-Based Electricity from Geothermal (kWh)

Market-Based Electricity from Geothermal (kWh) (MktBsdEnrgyFromGeothermalInKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Allocated Energy Attribute Credits from Geothermal (kWh) (AllocEnrgyAttrCrGeothermal)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
  - Market-Based Geothermal Mix Percentage (MktBasedGeothermalMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type = "Geothermal", then Market-Based Electricity from Geothermal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Geothermal Mix Percentage/100 + Allocated Renewable Energy (kWh)
- If Renewable Energy Type ! = "Geothermal" && !Empty, then Market-Based Electricity from Geothermal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Geothermal Mix Percentage/100
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type == Empty (None), then Market-Based Electricity from Geothermal (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Geothermal Mix Percentage/100 + Allocated Energy Attribute Credits from Geothermal (kWh)
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Geothermal (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Geothermal Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Geothermal Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Geothermal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Geothermal Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Geothermal Mix Percentage))
  
  else 0

Market-Based Electricity from Other Fossil Fuel (kWh) (MktBsdElectrOthrFossilFuelKwh)
Input Fields
- Stationary Asset Energy Use (StnryAssetEnrgyUse)
  - Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
  - Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
  - Renewable Energy Type Override (RenewableEnergyType)
  - Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
  - Allocated Energy Attribute Credits from Geothermal (kWh) (AllocEnrgyAttrCrGeothermal)
  - Fuel Type (FuelType)
- Electricity Emissions Factor Set (ElectricityEmissionFactorsId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Other Fossil Fuel Mix Percentage (MktBasedOtherFossilFuelMixPct)
- Market-Based Electricity Emissions Factors (MktBsdElectriEmssnFctrId)
  - Emissions Factor Type (EmissionsFactorType)
  - Market-Based Other Fossil Fuel Mix Percentage (MktBasedOtherFossilFuelMixPct)
- Energy Attribute Credit Distribution (EnergyAttrCreditDstr)
Calculations
- If Renewable Energy Type Override ! = Empty, then Market-Based Electricity from Other Fossil Fuel (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = "Electricity") – Allocated Renewable Energy (kWh)] × (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Other Fossil Fuel Mix Percentage)
  else if (Electricity Emissions Factors == LocationAndMarketBased or –None– (Electricity Emissions Factor Set.Market-Based Other Fossil Fuel Mix Percentage))
  
  else 0
- When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type Override == Empty (None), then Market-Based Electricity from Other Fossil Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = "Electricity") – Allocated Energy Attribute Credits (kWh)]× (if Market-Based Electricity Emissions Factors != Empty (MktBsdElectriEmssnFctrId.Market-Based Other Fossil Fuel Mix Percentage)
  else if (ElectricityEmissionFactorsId.Emissions Factor Type == LocationAndMarketBased or None (ElectricityEmissionFactorsId.Market-Based Other Fossil Fuel Mix Percentage))
  
  else 0

Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
Input Fields
- Allocated Energy Attribute Credits from Biomass (kWh) (AllocEnrgyAttrCrBiomassNumber)
- Allocated Energy Attribute Credits from Geothermal (kWh) (AllocEnrgyAttrCrGeothermalNumber)
- Allocated Energy Attribute Credits from Solar (kWh) (AllocEnrgyAttrCrSolarNumber)
- Allocated Energy Attribute Credits from Wind (kWh) (AllocEnrgyAttrCrWind)
Calculations

Allocated Energy Attribute Credits (kWh) = Allocated Energy Attribute Credits from Biomass (kWh) + Allocated Energy Attribute Credits from Geothermal (kWh) + Allocated Energy Attribute Credits from Wind (kWh) + Allocated Energy Attribute Credits from Solar (kWh)

Scope 3 Downstream Emissions (tCO2e) (Scope3DnstrmEmissionsIntCO2e)
Input Fields
- Other Emissions Factors (OtherEmissionFactors)
- Supplemental Scope 3 Downstream Emissions (SuplScope3DnstrmEmissions)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations

If Carbon Emission Scope Allocation value is one of these values
- Scope 3 Downstream
- Scope 3 Downstream Leased Assets
- Scope 3 End-of-Life Treatment of Sold Products
- Scope 3 Franchises
- Scope 3 Investments
- Scope 3 Processing of Sold Products
- Scope 3 Use of Sold Products
or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation value is one of these values
- Scope 3 Downstream
- Scope 3 Downstream Leased Assets
- Scope 3 End-of-Life Treatment of Sold Products
- Scope 3 Franchises
- Scope 3 Investments
- Scope 3 Processing of Sold Products
- Scope 3 Use of Sold Products
(where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type)

If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
Note

Then see the calculations for Scope 1 Emissions (tCO2e)

Default Value

Scope3DnstrmEmissionsIntCO2e = SuplScope3DnstrmEmissions

Scope 3 Upstream Emissions (tCO2e) (Scope3UpstrmEmissionsInTco2e)
Input Fields
- Other Emissions Factors (OtherEmissionFactors)
- Supplemental Scope 3 Upstream Emissions (SuplScope3UpstrmEmissions)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations

If Carbon Emission Scope Allocation value is one of these values
- Scope 3 Upstream
- Scope 3 Capital Goods
- Scope 3 Employee Commuting
- Scope 3 Fuel and Energy-Related Activities
- Scope 3 Purchased Goods and Services
- Scope 3 Upstream Leased Assets
- Scope 3 Waste Generated In Operations
or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation value is one of these values
- Scope 3 Upstream
- Scope 3 Capital Goods
- Scope 3 Employee Commuting
- Scope 3 Fuel and Energy-Related Activities
- Scope 3 Purchased Goods and Services
- Scope 3 Upstream Leased Assets
- Scope 3 Waste Generated In Operations
(where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type)

If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
Note

Then see the calculations for Scope 1 Emissions (tCO2e)

Default Value

Scope 3 Upstream Emissions (tCO2e) = Supplemental Scope 3 Upstream Emissions

Scope 3 GHG Category (Scope3GhgCategory)
Input Fields
- Carbon Emissions Scope Allocation (CrbnEmssnScopeAlloc)
- Stationary Asset Environmental Source (StnryAssetEnvrSrcId)
  - Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId)
Calculations

If Carbon Emission Scope Allocation value is one of these values
- Scope 3 Purchased Goods and Services
- Scope 3 Capital Goods
- Scope 3 Processing of Sold Products
- Scope 3 Upstream Leased Assets
- Scope 3 Fuel and Energy-Related Activities
- Scope 3 Employee Commuting
- Scope 3 End-of-Life Treatment of Sold Products
- Scope 3 Waste Generated In Operations
- Scope 3 Use of Sold Products
- Scope 3 Downstream Leased Assets
- Scope 3 Investments
- Scope 3 Franchises
then

Scope 3 GHG Category = CrbnEmssnScopeAllocVal.FuelTypeAllocation

or if Carbon Emission Scope Allocation = NULL then StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type Allocation value is one of these values
- Scope 3 Purchased Goods and Services
- Scope 3 Capital Goods
- Scope 3 Processing of Sold Products
- Scope 3 Upstream Leased Assets
- Scope 3 Fuel and Energy-Related Activities
- Scope 3 Employee Commuting
- Scope 3 End-of-Life Treatment of Sold Products
- Scope 3 Waste Generated In Operations
- Scope 3 Use of Sold Products
- Scope 3 Downstream Leased Assets
- Scope 3 Investments
- Scope 3 Franchises
(where StnryAssetEnvrSrc.Carbon Emission Scope Allocation.Fuel Type = Fuel Type)

then

Scope 3 GHG Category = StnryAssetEnvrSrc.CrbnEmssnScopeAllocId.FuelTypeAllocation

If the scope isn't specified in either the energy use or the asset records, Net Zero Cloud allocates a default scope based on the fuel type and asset ownership. See How to Override the Default Scope Allocation.
Note

else

Scope 3 GHG Category = null

CH4 Emissions (kg) (Ch4EmissionsInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  Fuel Type (FuelType)
  
  CH4 Emissions Factor (Ch4EmissionFactor)
- Electricity Emission Factor Set (ElectricityEmssnFctrSet)
  CH4 Emissions Rate (tonnes/GWh) (Ch4EmissionRateInTgwh)
Calculations

If Fuel Type = "Electricity"
- CH4 Emissions (kg) = Total Fuel Consumption (kWh) × ElectricityEmssnFctrSet.CH4 Emissions Rate (tonnes/GWh) × 1000/1000000.0
Default = 0

For any fuel other than refrigerants and electricity
- If CH4 Emissions Factor is in energy units
  CH4 Emissions (kg) = Total Fuel Consumption (kWh) × OtherEmissionFactor.OtherEmssnFctrSetItem.CH4 Emissions Factor where Fuel Type = OtherEmissionFactor.OtherEmssnFctrSetItem.Fuel Type and OtherEmissionFactor.OtherEmssnFctrSetItem.CH4 Emissions Factor is converted to Kg/Kwh
- else CH4 Emissions (kg) = 0
CO2 Emissions (kg) (Co2EmissionsInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  Fuel Type (FuelType)
  
  CO2 Emissions Factor (Co2EmissionFactor)
- Electricity Emission Factor Set (ElectricityEmssnFctrSet)
  CO2 Emissions Rate (tonnes/MWh) (Co2EmissionRateInTmwh)
Calculations

If Fuel Type = "Electricity"
- CO2 Emissions (kg) = Total Fuel Consumption (kWh) × ElectricityEmssnFctrSet.CO2 Emissions Rate (tonnes/MWh) × 1000/1000.0
Default = 0

For any fuel other than refrigerants and electricity
- If CO2 Emissions Factor is in energy units
  CO2 Emissions (kg) = Total Fuel Consumption (kWh) × OtherEmissionFactor.OtherEmssnFctrSetItem.CO2 Emissions Factor where Fuel Type = OtherEmissionFactor.OtherEmssnFctrSetItem.Fuel Type and OtherEmissionFactor.OtherEmssnFctrSetItem.CO2 Emissions Factor is converted to Kg/Kwh
- else CO2 Emissions (kg) = 0
N2O Emissions (kg) (N2oEmissionsInKg)
Input Fields
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Fuel Type (FuelType)
- Other Emissions Factor Set (OtherEmssnFctrSet)
- Other Emissions Factor Set Item (OtherEmssnFctrSetItem)
  Fuel Type (FelType)
  
  N2O Emissions Factor (N2oEmissionFactor)
- Electricity Emission Factor Set (ElectricityEmssnFctrSet)
  N2O Emissions Rate (tonnes/GWh) (N2oEmissionRateInTgwh)
Calculations

If Fuel Type = "Electricity"
- N2O Emissions (kg) = Total Fuel Consumption (kWh) × ElectricityEmssnFctrSet.N2O Emissions Rate (tonnes/GWh) × 1000/1000000.0
Default = 0

For any fuel other than refrigerants and electricity
- If N2O Emissions Factor is in energy units
  N2O Emissions (kg) = Total Fuel Consumption (kWh) × OtherEmissionFactor.OtherEmssnFctrSetItem.N2O Emissions Factor where Fuel Type = OtherEmissionFactor.OtherEmssnFctrSetItem.Fuel Type and OtherEmissionFactor.OtherEmssnFctrSetItem.N2O Emissions Factor is converted to Kg/Kwh
- else N2O Emissions (kg) = 0
Fuel Consumption
Inputs
- Occupied Floor Area (OccupiedFloorArea)
- Occupied Floor Area Unit (OccupiedFloorAreaUnit)
- Other Emission Factors (OtherEmissionFactors)
- Refrigerant Leakage Rate (kg/sqft) (RefrigerantLeakageRtInKgSqft)
Calculations

If (Fuel Type = "Refrigerant") and Fuel Consumption is NULL

then

Fuel Consumption = Occupied Floor Area (converted to sqft) × OtherEmissionFactors.Refrigerant Leakage Rate (kg/sqft)
Scope 3 CH4 Emissions from Fuel and Energy-Related Activity (Kg) (Scp3Ch4EmssnFuelEnrgy)
Inputs
- Fuel Type (FuelType)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Other Lifecycle Emission Factor Set (OthrLifecyclEmssnFctrSetId)
  - Other Lifecycle Emission Factor Set Item (OthrLifecyclEmssnFctrSetItem)
    - Well-To-Tank CH4 Emissions Factor (Well2TkCh4EmssnFctr)
    - Well-To-Tank CH4 Emissions Factor Unit (Well2TkCh4EmssnFctrUnit)
    - Transmission and Distribution CH4 Emissions Factor (TrnsmDstrCh4EmssnFctr)
    - Transmission and Distribution CH4 Emissions Factor Unit (TrnsmDstrCh4EmssnFctrUnit)
    - Well-To-Tank Transmission and Distribution CH4 Emissions Factor (Well2TkTrnsmCh4Emssn)
    - Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit (Well2TkTrnsmCh4EmssnUnit)
Calculations

If Fuel Type = "Refrigerant" or Fuel Type = "Electricity", then Scope 3 CH4 Emissions from Fuel and Energy-Related Activity (Kg) = 0.

For any fuel other than refrigerants and electricity, Scope 3 CH4 Emissions from Fuel and Energy-Related Activity (Kg) = Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank CH4 Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank CH4 Emissions Factor Unit) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution CH4 Emissions Factor Unit ) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution CH4 Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution CH4 Emissions Factor Unit)
Scope 3 CO2 Emissions from Fuel and Energy-Related Activity (Kg) (Scp3Co2EmssnFuelEnrgy)
Inputs
- Fuel Type (FuelType)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Other Lifecycle Emission Factor Set (OthrLifecyclEmssnFctrSetId)
  - Other Lifecycle Emission Factor Set Item (OthrLifecyclEmssnFctrSetItem)
    - Well-To-Tank CO2 Emissions Factor (Well2TkCo2EmssnFctr)
    - Well-To-Tank CO2 Emissions Factor Unit (Well2TkCo2EmssnFctrUnit)
    - Transmission and Distribution CO2 Emissions Factor (TrnsmDstrCo2EmssnFctr)
    - Transmission and Distribution CO2 Emissions Factor Unit (TrnsmDstrCo2EmssnFctrUnit)
    - Well-To-Tank Transmission and Distribution CO2 Emissions Factor (Well2TkTrnsmCo2Emssn)
    - Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit (Well2TkTrnsmCo2EmssnUnit)
Calculations

If FuelType = "Refrigerant" or FuelType = "Electricity", then Scope 3 CO2 Emissions from Fuel and Energy-Related Activity (Kg) = 0

For any fuel other than refrigerants and electricity, Scope 3 CO2 Emissions from Fuel and Energy-Related Activity (Kg) = Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank CO2 Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank CO2 Emissions Factor Unit ) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution CO2 Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution CO2 Emissions Factor Unit) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution CO2 Emissions × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution CO2 Emissions Factor Unit)
Scope 3 N2O Emissions from Fuel and Energy-Related Activity (Kg) (Scp3N2oEmssnFuelEnrgy)
Inputs
- Fuel Type (FuelType)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Other Lifecycle Emission Factor Set (OthrLifecyclEmssnFctrSetId)
  - Other Lifecycle Emission Factor Set Item (OthrLifecyclEmssnFctrSetItem)
    - Well-To-Tank N2O Emissions Factor (Well2TkN2oEmssnFctr)
    - Well-To-Tank N2O Emissions Factor Unit (Well2TkN2oEmssnFctrUnit)
    - Transmission and Distribution N2O Emissions Factor (TrnsmDstrN2oEmssnFctr)
    - Transmission and Distribution N2O Emissions Factor Unit (TrnsmDstrN2oEmssnFctrUnit)
    - Well-To-Tank Transmission and Distribution N2O Emissions Factor (Well2TkTrnsmN2oEmssn)
    - Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit (Well2TkTrnsmN2oEmssnUnit)
Calculations

If FuelType = "Refrigerant" or FuelType = "Electricity", then Scope 3 N2O Emissions from Fuel and Energy-Related Activity (Kg) = 0

For any fuel other than refrigerants and electricity, Scope 3 N2O Emissions from Fuel and Energy-Related Activity (Kg) = Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank N2O Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank N2O Emissions Factor Unit) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution N2O Emissions Factor Unit) + Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution N2O Emissions Factor × (conversion factor for kg/kWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution N2O Emissions Factor Unit)
Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) (Scp3EmssnFuelEnrgy)
Inputs
- Fuel Type (FuelType)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Electricity Lifecycle Emission Factor Set (ElectrLifecyclEmssnFctrSet)
  - Fuel-Cycle Factor (FuelCycleFactor)
  - Fuel-Cycle Factor Unit (FuelCycleFactorUnit)
  - Lifecycle Transmission and Distribution Factor (LifecyclTrnsmDstrFctr)
  - Lifecycle Transmission and Distribution Factor Unit (LifecyclTrnsmDstrFctrUnit)
- Other Lifecycle Emission Factor Set (OthrLifecyclEmssnFctrSetId)
  - Other Lifecycle Emission Factor Set Item (OthrLifecyclEmssnFctrSetItem)
    - Well-To-Tank Supplied CO2e Emissions Factor (Well2TkSuplCo2eEmssn)
    - Well-To-Tank Supplied CO2e Emissions Factor Unit (Well2TkSuplCo2eEmssnUnit)
    - Well-To-Tank CO2e Emissions Factor (tCO2e/MWh) (Well2TkCo2eEmssnFctrMwh)
    - Transmission and Distribution Supplied CO2e Emissions Factor (TrnsmDstrSuplCo2eEmssn)
    - Transmission and Distribution Supplied CO2e Emissions Factor Unit (TrnsmDstrSuplCo2eEmssnUnit)
    - Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) (TrnsmDstrCo2eEmssnMwh)
    - Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) (Well2TkTrnsmCo2eEmssnMwh)
    - Well-To-Tank Transmission and Distribution Supplied CO2e Emissions Factor (Well2TkTrnsmSuplCo2e)
    - Well-To-Tank Transmission and Distribution Supplied CO2e Emissions Factor Unit (Well2TkTrnsmSuplCo2eUnit)
    - Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh) (Well2TkTrnsmCo2eEmssnMwh)
Calculations

If Fuel Type = "Refrigerant", then Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) = 0

If Fuel Type = "Electricity", then Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) = (Total Fuel Consumption (kWh) × ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor Unit)) / 1000 + (Total Fuel Consumption (kWh) × ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor Unit)) / 1000

For any fuel other than refrigerants and electricity, Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) = Well2Tk Component + TrnsmDstr Component + Well2TkTrnsm Component, where:

Well2Tk Component: If OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Supplied CO2e Emissions Factor = 0 or NULL, then (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank CO2e Emissions Factor (tCO2e/MWh)) / 1000, else (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Supplied CO2e Emissions Factor × (conversion factor for tonnes/MWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Supplied CO2e Emissions Factor Unit )) / 1000

TrnsmDstr Component: If OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution Supplied CO2e Emissions Factor = 0 or NULL, then (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh)) / 1000, else (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution Supplied CO2e Emissions Factor × (conversion factor for tonnes/MWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Transmission and Distribution Supplied CO2e Emissions Factor Unit)) / 1000

Well2TkTrnsm Component: If OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution Supplied CO2e Emissions Factor = 0 or NULL, then (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution CO2e Emissions Factor (tCO2e/MWh)) / 1000, else (Total Fuel Consumption (kWh) × OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution Supplied CO2e Emissions Factor × (conversion factor for tonnes/MWh based on OthrLifecyclEmssnFctrSet.OthrLifecyclEmssnFctrSetItem.Well-To-Tank Transmission and Distribution Supplied CO2e Emissions Factor Unit)) / 1000
Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e) (Scp3MktEmssnFuelEnrgy)
Inputs
- Fuel Type (FuelType)
- Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) (Scp3EmssnFuelEnrgy)
- Renewable Energy Type Override (RenewableEnergyType)
- Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
- Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
- Allocated Renewable Energy Override (kWh) (AllocatedRenewableEnergyInKwh)
- Electricity Lifecycle Emission Factor Set (ElectrLifecyclEmssnFctrSet)
  - Fuel-Cycle Factor (FuelCycleFactor)
  - Fuel-Cycle Factor Unit (FuelCycleFactorUnit)
  - Lifecycle Transmission and Distribution Factor (LifecyclTrnsmDstrFctr)
  - Lifecycle Transmission and Distribution Factor Unit (LifecyclTrnsmDstrFctrUnit)
Calculations

For Fuel Type != "Electricity", Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e) value would be same as Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e)

For Fuel Type = "Electricity" - If Renewable Energy Type Override is not empty, then Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e) = ((Total Fuel Consumption (kWh) - Allocated Renewable Energy Override (kWh)) × ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor Unit)) / 1000 + (Total Fuel Consumption (kWh) × ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor Unit )) / 1000, else Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e) = ((Total Fuel Consumption (kWh) - Allocated Energy Attribute Credits (kWh)) × ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Fuel-Cycle Factor Unit)) / 1000 + (Total Fuel Consumption (kWh) × ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor × (conversion factor for tonnes/MWh based on ElectrLifecyclEmssnFctrSet.Lifecycle Transmission and Distribution Factor Unit )) / 1000

Net Zero Cloud Developer Guide

Stationary Asset Energy Use