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 Associated Objects
Net Zero Cloud Business APIs
Net Zero Cloud Standard Invocable Actions
Net Zero Cloud Metadata API Types
Net Zero Cloud Tooling API Objects
Net Zero Cloud Fields on Tooling Objects
Net Zero Cloud Calculations
Energy Use Records
Emissions Factor Records
Carbon Footprint
Stationary Asset Carbon Footprint
Stationary Asset Carbon Footprint Item
Vehicle Asset Carbon Footprint
Scope 3 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 Carbon Footprint Item

The Stationary Asset Carbon Footprint Item object represents the total tCO₂e emissions of individual fuel types, which are the child records of the stationary asset carbon footprint record. These are automatically generated after a stationary asset carbon footprint is associated with energy use records.

If the record type of the stationary asset environmental source is Data Center and the fuel type is Electricity, then two stationary asset carbon footprint item records are created.

  • One is for fuel type IT Electricity, which doesn't include the power usage effectiveness factor, so it only represents the electricity consumption from IT equipment.
  • The other is for fuel type Electricity, which includes the power usage effectiveness factor, thus accounting for the total electricity consumption, including non-IT equipment.

Here are the calculated fields:

  • Annual Electricity Intensity Variance Percentage (AnnlElectrIntensityVarPct)

    Input Fields

    • Previous Year Annual Energy Consumption Intensity (kWh/m2) (PrevYrEnrgyIntensityKwhM2)

    • Energy Consumption Intensity (kWh/m2) (EnrgyCnsmpIntensityInKwhM2)

    Calculations

    If Previous Year Annual Energy Consumption Intensity (kWh/m2) isn’t NULL, then Annual Electricity Intensity Variance Percentage = (Energy Consumption Intensity (kWh/m2) - Previous Year Annual Energy Consumption Intensity (kWh/m2))/Previous Year Annual Energy Consumption Intensity (kWh/m2)

  • Energy Consumption Intensity (kWh/m2) (EnrgyCnsmpIntensityInKwhM2)

    Input Fields

    • All Stationary Asset Energy Use (StnryAssetEnrgyUse) records.

      • Occupied Floor Area (sqft) (OccupiedFloorAreaInSqft)

    • Total Energy Consumption (kWh) (TotalEnergyConsumptionInKwh).

    Calculations

    Energy Consumption Intensity (kWh/m2) = Total Energy Consumption (kWh)/(StnryAssetEnrgyUse.Occupied Floor Area (sqft)/10.7639)

  • Energy Consumption Intensity (kWh/sqft) (EnrgyCnsmpIntensityInKwhSqft)

    Input Fields

    • All StnryAssetEnrgyUse records for the related fuel type.

    • Total Energy Consumption (kWh) (TotalEnergyConsumptionInKwh).

    Calculations

    Energy Consumption Intensity (kWh/sqft) = Total Energy Consumption (kWh)/StnryAssetEnrgyUse.Occupied Floor Area (sqft)

  • Total Energy Consumption (GJ) (TotalEnergyConsumptionInGj)

    Input Fields

    Total Energy Consumption (kWh) (TotalEnergyConsumptionInKwh)

    Calculations

    For a fuel type, Total Energy Consumption (GJ) = Total Energy Consumption (kWh) × 0.0036.

  • Total Energy Consumption (kWh) (TotalEnergyConsumptionInKwh)

    Input Fields

    All StnryAssetEnrgyUse records for the related fuel type.

    Calculations

    For a fuel type, Total Energy Consumption (kWh) = SUM (StnryAssetEnrgyUse.Total Fuel Consumption (kWh)).

    For fuel type = ITElectricity, Total Energy Consumption (kWh) = SUM (StnryAssetEnrgyUse.Fuel Consumption (kWh)).

  • Total Emissions (tCO2e) (TotalEmissionsInTco2e)

    Input Fields

    • All StnryAssetEnrgyUse records for the related fuel type.
      • Scope 1 Emissions (tCO2e) (Scope1EmissionsInTco2e)
      • Scope 2 Location-Based Emissions (tCO2e) (Scope2LocBasedEmssnInTco2e)
      • Scope 3 Downstream Emissions (tCO2e) (Scope3DnstrmEmissionsInTco2e)
      • Scope 3 Upstream Emissions (tCO2e) (Scope3UpstrmEmissionsInTco2e)
      • Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e) (Scp3EmssnFuelEnrgy)

    Calculations

    Total Emissions (tCO2e) = SUM (StnryAssetEnrgyUse.Scope 1 Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 2 Location-Based Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 3 Downstream Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 3 Upstream Emissions (tCO2e)) + SUM (StnryAssetEnrgyUse.Scope 3 Emissions from Fuel and Energy-Related Activity (tCO2e))

  • Total Emissions Using Market-Based Method (tCO2e) (TotEmssnUseMktBsdMthd)

    Input Fields

    • All Stationary Asset Energy Use (StnryAssetEnrgyUse) records for the related fuel type
      • Scope 1 Emissions (tCO2e) (Scope1EmissionsInTco2e)
      • Scope 2 Market-Based Emissions (tCO2e) (Scope2MktBasedEmssnInTco2e)
      • Scope 3 Downstream Emissions (tCO2e) (Scope3DnstrmEmissionsInTco2e)
      • Scope 3 Upstream Emissions (tCO2e) (Scope3UpstrmEmissionsInTco2e)
      • Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e) (Scp3MktEmssnFuelEnrgy)

    Calculations

    Total Emissions Using Market-Based Method (tCO2e) = SUM (StnryAssetEnrgyUse.Scope 1 Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 2 Market-Based Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 3 Downstream Emissions (tCO2e) + StnryAssetEnrgyUse.Scope 3 Upstream Emissions (tCO2e)) + SUM (StnryAssetEnrgyUse.Scope 3 Market-Based Emissions from Fuel and Energy-Related Activity (tCO2e))