The decarbonisation of fossil fuels results in an increase in the proportion of renewable or recovered energy consumed, notably via the creation of thalassothermal networks, the recovery of fatal energies, as well as via the increase in solar thermal and photovoltaic production on the territory and abroad (in proportion to
The decarbonisation of fossil fuels results in an increase in the proportion of renewable or recovered energy consumed, notably via the creation of thalassothermal networks, the recovery of fatal energies, as well as via the increase in solar thermal and photovoltaic production on the territory and abroad (in proportion to the electricity consumed in the territory). In addition, it will take the form of an increase in the biogenic share in fossil fuels, or even the substitution of these fuels by new fuels that are 100% of biogenic origin.
"The decarbonization of fossil fuels results in an increase in the proportion of renewable or recovered energy consumed, in particular through the creation of thalassothermal networks, the valorization of fatal energies, as well as through the increase of solar thermal and photovoltaic production on the territory and abroad (in proportion to the electricity consumed on the territory)."
MC
Sectoral Mitigation Plans
M_SecGen3
Information on sectoral plans
Sectoral plans on
Energy
Renewable Energy: Solar