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Currently average emissions method uses total emissions from dispatched generators divided by sent-out generation of registered generators. An alternative argument that can be raised is:
('True') Average Emissions Intensity should consider exported rooftop PV as part of the generation. In practice the average emissions intensity may be lower than currently found, if there is a high volume of rooftop PV. e.g. the total emissions are further spread across 'grid' energy.
Average Emissions Intensity should not consider registered renewable generators which have signed bundled PPAs for LGCs. e.g. the emissions intensity of the grid is theoretically higher than currently, since a portion of clean energy isn't available for energy users consuming grid energy but rather directly sourced by those contracted to bundled ppas.
Interesting points for a discussion, feel free to contribute ideas below
The text was updated successfully, but these errors were encountered:
Currently average emissions method uses total emissions from dispatched generators divided by sent-out generation of registered generators. An alternative argument that can be raised is:
Interesting points for a discussion, feel free to contribute ideas below
The text was updated successfully, but these errors were encountered: