Div 6Calculating modelled baseline emissions for an eligible measurement time interval in a reporting period

Division 6—Calculating modelled baseline emissions for an eligible measurement time interval in a reporting period

Note: Sections 32, 33 and 34 impose requirements about regression baseline emissions models and sections 35, 36 and 37 impose requirements about engineering baseline emissions models.

51  Calculating modelled baseline emissions for an eligible measurement time interval in a reporting period using a regression baseline emissions model

  The modelled baseline emissions for implementation h for eligible measurement time interval m in a reporting period (EBM,h,m), in tonnes CO2‑e, is worked out by entering the values of the relevant variables (x1,m, x2,m,…,xk,m) measured in the eligible measurement time interval into a regression baseline emissions model that is the baseline emissions model for the implementation (equation 22):

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EBM,h,m means the modelled baseline emissions for implementation h for eligible measurement time interval m in a reporting period, in tonnes CO2‑e.

Note: EBM,h,m is the dependent variable for the emissions model.

x1,m means the measured value of the relevant variable x1 for eligible measurement time interval m in the reporting period.

k means the number of relevant variables in the regression baseline emissions model.

52  Calculating modelled baseline emissions for an eligible measurement time interval in a reporting period using an engineering baseline emissions model

  The modelled baseline emissions for implementation h for eligible measurement time interval m in a reporting period (EBM,h,m), in tonnes CO2‑e, is worked out by entering the values of the relevant variables (x1,m, x2,m,…,xk,m) measured in the eligible measurement time interval into an engineering baseline emissions model that is the baseline emissions model for the implementation.

Division 7—Calculating measured emissions