Advanced Adaptive Energy Management Framework for Optimized Vehicle-to-Grid Integration in Renewable Power Systems

Due to environmental degradation and a scarcity of fossil fuels, the size of the world's renewable energy sector has significantly increased in recent years. When power is connected to the grid, the unpredictability, intermittent nature, and uncertainty have a significant negative impact on the system's dependability. The Vehicle-to-Grid (V2G) is being researched to reduce the volatility of large-scale renewable power integration. A system for energy management is modeled by placing battery super capacitors which also reduce the investment costs with satisfactory way of operation. The intended grid connected renewable energy power necessary Electric Vehicle (EV), and battery super capacitor are calculated. An analysis of real world system shows that the energy management and optimization approach of V2G systems produces considerable performance gains over benchmark methods.