* LEAP modeling did not incorporate the potential for the use of methane in hydrocarbons, estimated by the Ministry of Mines and Energy at 0.65 Mt CO2 eq. Mines and energy. 3) Demand management: Reduce the difference in electricity consumption between peak and valley hours, manage the generation of electricity
* LEAP modeling did not incorporate the potential for the use of methane in hydrocarbons, estimated by the Ministry of Mines and Energy at 0.65 Mt CO2 eq. Mines and energy. 3) Demand management: Reduce the difference in electricity consumption between peak and valley hours, manage the generation of electricity in off-peak hours from non-polluting sources, and promote the future implementation of technologies such as smart grids and dynamic rates. Approximate range: 0.22 - 2.0132 - Mt CO2 eq. Mines and energy Industrial Residential Commercial.
"Reduce the difference in electricity consumption between peak and valley hours, manage the generation of electricity in off-peak hours from non-polluting sources, and promote the future implementation of technologies such as smart grids and dynamic rates."
CO
Sectoral Mitigation Actions
M_SecAct2
Sectoral downstream actions to be undertaken as part of the NDC contribution
Downstream actions
Energy
Demand-side Efficiency