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 Standard Invocable Actions
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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Ground Travel Energy Use

The Ground Travel Energy Use object represents the energy consumption related to ground travel.
Available in: Lightning Experience and the Salesforce mobile app
Available in: Enterprise, Performance, Unlimited, and Developer Editions

Permission Set Needed
To enter and modify data: Net Zero Cloud Manager

OR

Net Zero Cloud Admin

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:

  • Scope 3 Emissions (tCO2e) (Scope3EmissionsInTco2e)

    Input Fields

    • Distance [Distance]

    • Expense Type (ExpenseType)

    • Trip Cost (TripCost)

    • Ground Travel Emissions Factors (GroundTravelEmssnFctr)

    • Supplemental Scope 3 Emissions (SuplScope3Emissions)

    • Procurement Emission Factor Set Item (PcmtEmssnFctrSetItem)
      • Total Scope 3 Emissions per Million Spent (tCO2e) (TotScpe3EmssnPerMillionSpent)
    • Ground Travel Emissions Factor (GroundTravelEmssnFctr)
      • Personal Car Emissions (kg CO2e/Distance Unit) (PersCarEmssnInKgCo2eDstnUnit)
      • Taxi Emissions (kg CO2e/Distance Unit) (TaxiEmssnInKgCo2eDstnUnit)
      • Taxi Rate (Cost/Distance Unit) (TaxiRateForDstnUnit)
      • Train Emissions (kg CO2e/Distance Unit) (TrainEmssnInKgCo2eDstnUnit)
      • Train Rate (Cost/Distance Unit) (TrainRateForDstnUnit)

    Calculations

    If PcmtEmssnFctrSetItem exists then Scope 3 Emissions (tCO2e) = PcmtEmssnFctrSetItem.Total Scope 3 Emissions per Million Spent (tCO2e) * Trip Cost/1000000 + Supplemental Scope 3 Emissions

    If GroundTravelEmssnFctr exists then

    • If Expense Type = “Limousine” or “Taxi”, then Scope 3 Emissions (tCO2e) = [(Trip Cost /GroundTravelEmssnFctr.Taxi Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.Taxi Emissions (kg CO2e/Distance Unit) /1000 ] + Supplemental Scope 3 Emissions

    • If Expense Type = “Personal Car Distance”, then Scope 3 Emissions (tCO2e) = Distance (convert to miles) × GroundTravelEmssnFctr.Personal Car Emissions (kg CO2e/Distance Unit)/1000 + SuplScope3Emissions. If GroundTravelEmssnFctr.Distance Unit! = “miles”, then convert the Personal Car Emissions (kg CO2e/Distance Unit) to miles

    • If Expense Type = “Subway/Train/Trolley - Cross State/Country” or “Subway/Train/Trolley - Local Public Transit”, then Scope3EmissionsInTco2e = [(Trip Cost /GroundTravelEmssnFctr.Train Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.Train Emissions (kg CO2e/Distance Unit) /1000 ] + Supplemental Scope 3 Emissions

    Default Value

    Scope 3 Emissions (tCO2e) = Supplemental Scope 3 Emissions

  • CO2 Emissions (kg) (Co2EmissionsInKg)

    Input Fields

    • Distance (Distance)
    • Expense Type (ExpenseType)
    • Trip Cost (TripCost)
    • Supplemental Scope 3 Emissions (SuplScope3Emissions)
    • Ground Travel Emissions Factor (GroundTravelEmssnFctr)
      • CO2 Emissions Rate for Taxi (Kg/Distance Unit) (TaxiEmssnInKgCo2DstnUnit)
      • CO2 Emissions Rate for Personal Car (Kg /Distance Unit) (PersCarEmssnInKgCo2DstnUnit)
      • CO2 Emissions Rate for Train (Kg/Distance Unit) (TrainEmssnInKgCo2DstnUnit)

    Calculations

    If GroundTravelEmssnFctr exists then
    • If Expense Type = “Limousine” or “Taxi”, then CO2 Emissions (kg) = [(Trip Cost /GroundTravelEmssnFctr.Taxi Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.CO2 Emissions Rate for Taxi (Kg/Distance Unit) /1000]
    • If Expense Type = “Personal Car Distance”, then CO2 Emissions (kg) = Distance (convert to miles) × GroundTravelEmssnFctr.CO2 Emissions Rate for Personal Car (Kg /Distance Unit)/1000. If GroundTravelEmssnFctr.Distance Unit! = “miles”, then convert the CO2 Emissions Rate for Personal Car (Kg /Distance Unit) to miles
    • If Expense Type = “Subway/Train/Trolley - Cross State/Country” or “Subway/Train/Trolley - Local Public Transit”, then CO2 Emissions (kg) = = [(Trip Cost /GroundTravelEmssnFctr.Train Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.CO2 Emissions Rate for Train (Kg/Distance Unit) /1000]

    Default Value

    CO2 Emissions (kg) = 0

  • CH4 Emissions (kg) (Ch4EmissionsInKg)

    Input Fields

    • Distance (Distance)
    • Expense Type (ExpenseType)
    • Trip Cost (TripCost)
    • Ground Travel Emissions Factor (GroundTravelEmssnFctr)
      • CH4 Emissions Rate for Personal Car (Kg /Distance Unit) (PersCarEmssnInKgCh4DstnUnit)
      • CH4 Emissions Rate for Taxi (Kg/Distance Unit) (TaxiEmssnInKgCh4DstnUnit)
      • CH4 Emissions Rate for Train (Kg/Distance Unit) (TrainEmssnInKgCh4DstnUnit)

    Calculations

    If GroundTravelEmssnFctr exists then
    • If Expense Type = “Limousine” or “Taxi”, then CH4 Emissions (kg) = [(Trip Cost /GroundTravelEmssnFctr.Taxi Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.CH4 Emissions Rate for Taxi (Kg/Distance Unit) /1000]
    • If Expense Type = “Personal Car Distance”, then CH4 Emissions (kg) = Distance (convert to miles) × GroundTravelEmssnFctr.CH4 Emissions Rate for Personal Car (Kg /Distance Unit)/1000. If GroundTravelEmssnFctr.Distance Unit! = “miles”, then convert the CH4 Emissions Rate for Personal Car (Kg /Distance Unit) to miles
    • If Expense Type = “Subway/Train/Trolley - Cross State/Country” or “Subway/Train/Trolley - Local Public Transit”, then CH4 Emissions (kg) = [(Trip Cost /GroundTravelEmssnFctr.Train Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.CH4 Emissions Rate for Train (Kg/Distance Unit) /1000 ]

    Default Value

    CH4 Emissions (kg) = 0

  • N2O Emissions (kg) (N2oEmissionsInKg)

    Input Fields

    • Distance (Distance)
    • Expense Type (ExpenseType)
    • Trip Cost (TripCost)
    • Ground Travel Emissions Factor (GroundTravelEmssnFctr)
      • N2O Emissions Rate for Personal Car (Kg /Distance Unit) (PersCarEmssnInKgN2oDstnUnit)
      • N2O Emissions Rate for Taxi (Kg/Distance Unit) (TaxiEmssnInKgN2oDstnUnit)
      • N2O Emissions Rate for Train (Kg/Distance Unit) (TrainEmssnInKgN2oDstnUnit)

    Calculations

    If GroundTravelEmssnFctr exists then
    • If Expense Type = “Limousine” or “Taxi”, then N2O Emissions (kg) = [(Trip Cost /GroundTravelEmssnFctr.Taxi Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.N2O Emissions Rate for Taxi (Kg/Distance Unit) /1000]
    • If Expense Type = “Personal Car Distance”, then N2O Emissions (kg) = Distance (convert to miles) × GroundTravelEmssnFctr.N2O Emissions Rate for Personal Car (Kg /Distance Unit)/1000. If GroundTravelEmssnFctr.Distance Unit! = “miles”, then convert the N2O Emissions Rate for Personal Car (Kg /Distance Unit) to miles
    • If Expense Type = “Subway/Train/Trolley - Cross State/Country” or “Subway/Train/Trolley - Local Public Transit”, then N2O Emissions (kg) = [(Trip Cost /GroundTravelEmssnFctr.Train Rate (Cost/Distance Unit)) × GroundTravelEmssnFctr.N2O Emissions Rate for Train (Kg/Distance Unit) /1000 ]

    Default Value

    N2O Emissions (kg) = 0