Abstract

The deployment of renewable electrical energy and Electric Powered Automobiles (EVs) gives a synergistic probability to speed up each the de-carbonization of the electricity machine and the transportation sectors. This learns about investigates the penalties of integrating Electric Powered Cars (EVs) in the Chongqing thermal hydro wind electricity machine through the usage of the unit dedication model. We center of attention on how EVs integration techniques (smart charging and unmanaged charging) have an effect on the electricity system, in phrases of working costs, CO₂ emissions, and curtailment of renewables of the energy system. We pick the year 2030 as a learn about year, and the future electrical energy demand, mounted capacity and EVs populace in Chongqing are projected in this study.