The emissions trajectory was first simulated through a modelling method using the ENERMED foresight tool, as for the baseline case. Thanks to the LC scenario, emissions from the energy sector would be 34% lower than in the BaU scenario, totalling less than 27 MteCO2 by 2030, which would represent a
The emissions trajectory was first simulated through a modelling method using the ENERMED foresight tool, as for the baseline case. Thanks to the LC scenario, emissions from the energy sector would be 34% lower than in the BaU scenario, totalling less than 27 MteCO2 by 2030, which would represent a 9% decrease compared to 2010. The avoided emissions thanks to the LC scenario (difference with the BaU emissions level), according to the top-down approach, would be of the order of 63 MteCO2 cumulated over the period 2021-2030.
"Under the BaC scenario, emissions from the energy sector would be 34% lower than those from the BaU scenario, totalling around 27 MteCO2 by 2030, which would represent a 9% decrease compared to 2010 emissions."
TN
Sectoral Mitigation Targets
M_SecTar4
emission reduction potential for a given sectoral target
Emission reduction potential
Energy
Energy: General