acm0013_equations.RdHelper functions to compute baseline, project, leakage, and net emission reductions for ACM0013 projects.
calculate_baseline_emissions_acm0013(electricity_generated_mwh, baseline_emission_factor_tco2_per_mwh)
calculate_project_emissions_acm0013(fuel_consumed, fuel_emission_factor_tco2_per_unit, auxiliary_electricity_mwh = 0,
auxiliary_emission_factor_tco2_per_mwh = 0, other_project_emissions_tco2e = 0)
calculate_leakage_emissions_acm0013(upstream_fuel_emissions_tco2e = 0, displaced_unit_emissions_tco2e = 0,
other_leakage_tco2e = 0)
calculate_net_emission_reductions_acm0013(baseline_emissions_tco2e, project_emissions_tco2e, leakage_emissions_tco2e)Electricity delivered to the grid under the baseline scenario in MWh.
Combined margin baseline emission factor in tCO2 per MWh.
Monitored fossil fuel consumption in the units that match the emission factor.
Fuel emission factor in tCO2 per fuel unit.
Auxiliary electricity imported from the grid in MWh.
Grid emission factor applied to auxiliary electricity in tCO2 per MWh.
Additional project emissions already expressed in tonnes CO2e.
Upstream fuel supply chain emissions attributable to the project.
Emissions associated with the displaced unit attributable to the project.
Other leakage sources in tonnes CO2e.
Baseline emissions in tonnes CO2e.
Project emissions in tonnes CO2e.
Leakage emissions in tonnes CO2e.
Numeric vectors of emissions in tonnes CO2e.
calculate_baseline_emissions_acm0013(40000, 0.85)
#> [1] 34000
calculate_project_emissions_acm0013(1e5, 7.5e-5, auxiliary_electricity_mwh = 500,
auxiliary_emission_factor_tco2_per_mwh = 0.9, other_project_emissions_tco2e = 20)
#> [1] 477.5
calculate_leakage_emissions_acm0013(5, 10, 2)
#> [1] 17
calculate_net_emission_reductions_acm0013(50000, 42000, 1200)
#> [1] 6800