Net Zero Cloud Developer Guide

Introduction to Net Zero Cloud
Net Zero Cloud Standard Objects
Net Zero Cloud Fields on Standard Objects
Net Zero Cloud Business APIs
Net Zero Cloud Metadata API Types
Net Zero Cloud Tooling API Objects
Net Zero Cloud Calculations
Energy Use Records
Air Travel Energy Use
Freight Hauling Energy Use
Ground Travel Energy Use
Hotel Stay Energy Use
Rental Car Energy Use
Stationary Asset Energy Use
Vehicle Asset Energy Use
Scope 3 Procurement Summary
Emissions Factor Records
Carbon Footprint
Waste Management
Water Management
Science Based Targets
Emissions Forecasts
Sustainability Scorecard
Building Size Category
Building Energy Intensity
Data Gap Filling
Allocate Carbon Credits
Allocate Energy Attribute Certificates
Materiality Assessment
Annual Emissions Inventory
Disclosures Using Managed Packages
Conversion Factors
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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.
Available in: Lightning Experience and the Salesforce mobile app
Available in: Enterprise, Developer, Performance, and Unlimited Editions

Permission Set Needed
To enter and modify data: Net Zero Cloud Manager
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 X X X X X X X X X X X X
GWh X X X X X X X X X X X X
MWh X X X X X X X X X X X X
GJ X X X X X X X X X X X X
MJ X X X X X X X X X X X X
kcal X X X X X X X X X X X X
MMBtu X X X X X X X X X X X X
Therm X X X X X X X X X X X X
Kg X
lbs X
Tonnes X
Short Tons X
Long Tons X
US Gallon X X X X X X X X
UK Gallon X X X X X X X X
Liter X X X X X X X X
Kiloliters X X X X X X X X
m3 X X X X X X X X
1000 m3 X X X X X X X X
ccf X X X X X X X X

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.

Table 2. Default Scope Allocation Consideration
Fuel Asset Owned Asset Not Owned
Electricity Scope 2 Scope 2
City Gas Scope 1 Scope 2
Cooling Scope 2 Scope 2
Diesel Scope 1 Scope 2
Fuel Oil Scope 1 Scope 2
Heat Scope 2 Scope 2
Heavy Oil Scope 1 Scope 2
Kerosene Scope 1 Scope 2
Light Oil Scope 1 Scope 2
Liquid Natural Gas (LNG) Scope 1 Scope 2
Natural Gas Scope 1 Scope 2
Propane Scope 1 Scope 2
Refrigerant Scope 1 Scope 2
Steam Scope 2 Scope 2
IT Electricity Scope 2 Scope 2
Biomass Scope 1 Scope 2

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 (OtherEmissionFactors)
    • Supplemental Scope 1 Emissions (SuplScope1Emissions)
    • Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
    • Stationary Asset Environmental Source (StnryAssetEnvrSrc)

    Calculations

    If the scope allocation for a fuel is scope 1, then

    StnryAssetEnvrSrc.Carbon Emissions Scope Allocation.Fuel Type Allocation = “Scope 1” where StnryAssetEnvrSrc.CrbnEmssnScopeAlloc.FuelType = FuelType.

    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 SuppliedEmssnFactorInTco2eMwh = 0, then Scope 1 Emissions (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.Other Emissions Factor Set Item.CO2e Emissions Factor (tCO2e/MWh) (FuelType = OtherEmissionFactors.Other Emissions Factor Set Item.Fuel Type)/1000 + Supplemental Scope 1 Emissions.

    Else, if SuppliedEmssnFactorInTco2eMwh ! = 0, then Scope 1 Emissions (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.Other Emissions Factor Set Item.Supplied Emissions Factor (tCO2e/MWh) (Fuel Type = OtherEmissionFactors.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

    • Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
    • Electricity Emissions Factors (ElectricityEmissionFactors)
    • Company-Owned Asset (IsCompanyOwnedAsset)
    • Supplemental Scope 2 Location-Based Emissions (SuplScope2LocationBasedEmssn)

    Calculations

    StnryAssetEnvrSrc.Carbon Emission Scope Allocation Value.Fuel Type Allocation = “Scope 2” ( where StnryAssetEnvrSrc.Carbon Emission Scope Allocation Value.Fuel Type = Fuel Type )

    • 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 & Electricity

      If (Supplied Emissions Factor (tCO2e/MWh) = 0) then Scope 2 Location-Based Emission (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.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 (Supplied Emissions Factor (tCO2e/MWh) != 0) then

      Scope 2 Location-Based Emission (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.Other Emissions Factor Set Item.Supplied Emissions Factor (tCO2e/MWh) (Fuel Type =Other Emissions Factor Set.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

    • Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
    • Electricity Emissions Factors (ElectricityEmissionFactors)
    • Company-Owned Asset (IsCompanyOwnedAsset)
    • Supplemental Scope 2 Market-Based Emissions (SuplScope2MarketBasedEmssn)
    • Allocated Renewable Energy (kWh) (AllocatedRenewableEnergyInKwh)

    Calculations

    StnryAssetEnvrSrc.Carbon Emission Scope Allocation Value.Fuel Type Allocation = “Scope 2” ( where StnryAssetEnvrSrc.Carbon Emission Scope Allocation Value.Fuel Type = Fuel Type )

    • If Renewable Energy Type ! = Empty, then Scope 2 Market-Based Emissions (tCO2e) = (Total Fuel Consumption (kWh) - Allocated Renewable Energy (kWh) ) ×Electricity Emissions Factor Set.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000 + Supplemental Scope 2 Market-Based Emissions
    • When the renewable energy allocation is happening from the Energy Attribute Credit Distribution object, if Renewable Energy Type == Empty (None), then Scope 2 Market-Based Emissions (tCO2e) =(Total Fuel Consumption (kWh) - Allocated Energy Attribute Credits (kWh)] ) × Electricity Emissions Factor Set.Market-Based CO2e Emissions Rate (tonnes/MWh) / 1000 + Supplemental Scope 2 Market-Based Emissions
    • For any fuel other than refrigerants & Electricity
      • If (Supplied Emissions Factor (tCO2e/MWh) = 0)

        then Scope 2 Market-Based Emissions (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.Other Emissions Factor Set Item.CO2e Emissions Factor (tCO2e/MWh) (Fuel Type =OtherEmissionFactors.Other Emissions Factor Set Item.Fuel Type) / 1000 + Supplemental Scope 2 Market-Based Emissions

        else if (Supplied Emissions Factor (tCO2e/MWh) != 0) Scope 2 Market-Based Emissions (tCO2e) = Total Fuel Consumption (kWh) × OtherEmissionFactors.Other Emissions Factor Set Item.Supplied Emissions Factor (tCO2e/MWh) (Fuel Type =OtherEmissionFactors.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

  • 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 Energy from Non-Renewable (LocBsdEnrgyFrNonRenewablesKwh)

    Input Fields

    • Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
    • Location-Based Energy from Biomass (kWh) (LocBasedEnrgyFromBiomassInKwh)
    • Location-Based Energy from Hydro (kWh) (LocBasedEnrgyFromHydroInKwh)
    • Location-Based Energy from Solar (kWh) (LocBasedEnrgyFromSolarInKwh)
    • Location-Based Energy from Wind (kWh) (LocBasedEnrgyFromWindInKwh)
    • Location-Based Energy from Geothermal (LocBsdEnrgyFromGeothermalInKwh)

    Calculations

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

  • 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 (kWh) (AllocatedRenewableEnergyInKwh)
      • Renewable Energy Type (RenewableEnergyType)
      • Allocated Energy Attribute Credits (kWh) (AllocEnrgyAttrCrInKwh)
      • Allocated Energy Attribute Credits from Biomass (kWh) (AllocEnrgyAttrCrBiomass)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Biomass Mix Percentage (MarketBasedBiomassMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type = “Biomass”, then Market-Based Electricity from Biomass (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Biomass Mix Percentage/100 + AllocatedRenewableEnergyInKwh.
    • If Renewable Energy Type ! = “Biomass” && !Empty, then Market-Based Electricity from Biomass (kWh) = [Total Fuel Consumption (kWh) (Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Biomass 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 Biomass (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Biomass Mix Percentage/100 + Allocated Energy Attribute Credits from Biomass (kWh)
  • Market-Based Electricity from Coal (kWh) (MktBasedElectrFromCoalInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Coal Mix Percentage (MarketBasedCoalMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Coal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Coal 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 Coal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)]× ElectricityEmssnFctrSet.Market-Based Coal Mix Percentage/100
  • Market-Based Electricity from Gas (kWh) (MktBasedElectrFromGasInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Gas Mix Percentage (MarketBasedGasMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Gas (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Gas 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 Coal (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)]× ElectricityEmssnFctrSet.Market-Based Gas Mix Percentage/100
  • Market-Based Electricity from Hydro (kWh) (MktBasedElectrFromHydroInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Hydroelectric Mix Percentage (MarketBasedHydroMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type = “Hydroelectricity”, then Market-Based Electricity from Hydro (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Hydroelectric Mix Percentage/100 + Allocated Renewable Energy (kWh)
    • If Renewable Energy Type ! = “Hydroelectricity” && !Empty, then Market-Based Electricity from Hydro (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Hydroelectric 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 Hydro (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Hydroelectric Mix Percentage/100
  • Market-Based Electricity from Nuclear (kWh) (MktBasedElectrFrNuclearInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Nuclear Mix Percentage (MarketBasedNuclearMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Nuclear (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Nuclear 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 Nuclear (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Nuclear Mix Percentage/100
  • Market-Based Electricity from Oil (kWh) (MktBasedElectrFromOilInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Oil Mix Percentage (MarketBasedOilMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Oil (kWh) = (Total Fuel Consumption (kWh) (FuelType = “Electricity”) – Allocated Renewable Energy (kWh)) × ElectricityEmssnFctrSet.Market-Based Oil 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 Oil (kWh) = (Total Fuel Consumption (kWh) (FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)) × ElectricityEmssnFctrSet.Market-Based Oil Mix Percentage /100
  • Market-Based Electricity from Other Fuel (kWh) (MktBasedEnrgyFromOthrFuelInKwh)

    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)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Other Fuel Mix Percentage (MarketBasedOtherFuelMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Other Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Other Fuel 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 Other Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Other Fuel Mix Percentage/100
  • Market-Based Electricity from Solar (kWh) (MktBasedEnrgyFromSolarInKwh)

    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 Solar (kWh) (AllocEnrgyAttrCrSolar)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Solar Mix Percentage (MarketBasedSolarMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If RenewableEnergyType = “Solar”, then Market-Based Electricity from Solar (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Solar Mix Percentage/100 + Allocated Renewable Energy (kWh).
    • If RenewableEnergyType ! = “Solar” && !Empty, then Market-Based Electricity from Solar (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Solar 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 Solar (kWh) = [Total Fuel Consumption (kWh) (where Fuel Type = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Solar Mix Percentage/100 + Allocated Energy Attribute Credits from Solar (kWh)
  • Market-Based Electricity from Wind (kWh) (MktBasedEnrgyFromWindInKwh)

    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 Wind (kWh) (AllocEnrgyAttrCrWind)
      • Fuel Type (FuelType)
    • Electricity Emissions Factor Set (ElectricityEmssnFctrSet)
      • Market-Based Wind Mix Percentage (MarketBasedWindMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If RenewableEnergyType = “Wind”, then Market-Based Electricity from Wind (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Wind Mix Percentage/100 + Allocated Renewable Energy (kWh).
    • If RenewableEnergyType ! = “Wind” && !Empty, then Market-Based Electricity from Wind (kWh) = [Total Fuel Consumption (kWh) (FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Wind 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 Wind (kWh) = [Total Fuel Consumption (kWh) (Fuel Type = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Wind Mix Percentage/100 + Allocated Energy Attribute Credits from Wind (kWh)
  • Market-Based Electricity from Non-Renewables (kWh) (MktBsdEnrgyFrNonRenewablesKwh)

    Input Fields

    • Total Fuel Consumption (kWh) (TotalFuelConsumptionInKwh)
    • Market-Based Energy from Biomass (kWh) (MktBasedEnrgyFromBiomassInKwh)
    • Market-Based Energy from Hydro (kWh) (MktBasedEnrgyFromHydroInKwh)
    • Market-Based Energy from Solar (kWh) (MktBasedEnrgyFromSolarInKwh)
    • Market-Based Energy from Wind (kWh) (MktBasedEnrgyFromWindInKwh)
    • Market-Based Energy from Geothermal (MktBsdEnrgyFromGeothermalInKwh)

    Calculations

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

  • 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)
  • Market-Based Electricity from Other Fossil Fuel (kWh) (MktBsdElectrOthrFossilFuelKwh)

    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 Other Fossil Fuel Mix Percentage (MktBasedOtherFossilFuelMixPct)
    • Energy Attribute Credit Distribution (EnergyAttrCreditDstr)

    Calculations

    • If Renewable Energy Type ! = Empty, then Market-Based Electricity from Other Fossil Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Renewable Energy (kWh)] × ElectricityEmssnFctrSet.Market-Based Other Fossil Fuel 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 Other Fossil Fuel (kWh) = [Total Fuel Consumption (kWh) (where FuelType = “Electricity”) – Allocated Energy Attribute Credits (kWh)] × ElectricityEmssnFctrSet.Market-Based Other Fossil Fuel Mix Percentage/100.
  • 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)
    • Stationary Asset Environmental Source (StnryAssetEnvrSrc)
    • Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId) 

    Calculations

    If(StnryAssetEnvrSrc.CrbnEmssnScopeAlloc.CrbnEmssnScopeAllocVal.FuelTypeAllocation 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

    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)
    • Stationary Asset Environmental Source (StnryAssetEnvrSrc)

    Calculations

    If(StnryAssetEnvrSrc.CrbnEmssnScopeAlloc.CrbnEmssnScopeAllocVal.FuelTypeAllocation value is one of these values

    • Scope 3 Upstream
    • Scope 3 Capital Goods
    • Scope 3 Fuel and Energy-Related Activities
    • Scope 3 Purchased Goods and Services
    • Scope 3 Upstream Leased Assets
    • Scope 3 Waste Generated In Operations

    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

    • Stationary Asset Environmental Source (StnryAssetEnvrSrc)
    • Carbon Emissions Scope Allocation (CrbnEmssnScopeAllocId) 

    Calculations

    If(StnryAssetEnvrSrc.CrbnEmssnScopeAlloc.CrbnEmssnScopeAllocVal.FuelTypeAllocation 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 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

    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 (FuelType)

      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)