"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. The emissions avoided thanks to the BaC scenario (difference with the BaU emission level), according
"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. The emissions avoided thanks to the BaC scenario (difference with the BaU emission level), according to the top-down approach, would be of the order of 63 MteCO2 cumulated over the period 2021-2030. Thanks to such GHG mitigation results induced by the energy transition policy, the energy sector would reduce its carbon intensity in 2030 by 44% compared to 2010
"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. The emissions avoided thanks to the BaC scenario (difference with the BaU emission level), according to the top-down approach, would be of the order of 63 MteCO2 cumulated over the period 2021-2030. Thanks to such GHG mitigation results induced by the energy transition policy, the energy sector would reduce its carbon intensity in 2030 by 44% compared to 2010
TN
Sectoral Mitigation Targets
M_SecTar1
Targets at the sectoral level
Sectoral targets on
Energy
Energy: General