Renewable Microgrids and EV Charging: Towards Flexible and Sustainable Energy Systems
Keywords:
Greenhouse gas emissions, Fossil fuel reduction, Microgrids, Load controlAbstract
: The pressing need to lower greenhouse gas emissions, encourage the use of renewable energy, and assist in the electrification of transportation is causing a rapid change in the global energy environment. In this regard, microgrids powered by renewable energy have become a crucial component of decentralized, robust, and sustainable energy production. Due to the dynamic and expanding demands for charging, the increasing use of electric vehicles (EVs) simultaneously poses a challenge and an opportunity for power systems. Combining electric vehicle charging infrastructure with renewable microgrids presents a viable solution to maximize energy use, lessen reliance on fossil fuels, and maintain environmental sustainability. Significant technological difficulties are brought about by this integration, though, mainly in the areas of load control, energy fluctuation, and grid synchronization. These microgrids offer energy flexibility and dependability in both grid-connected and islanded modes.
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