Green Drive: Self-Charging EV Technology Using Regenerative Braking and Solar Energy Harvesting

Green Drive: Self-Charging EV Technology Using Regenerative Braking and Solar Energy Harvesting This research presents a sustainable self-charging electric vehicle (EV) system that combines regenerative braking technology with solar energy harvesting to improve energy efficiency and extend battery life. The proposed system captures kinetic energy generated during braking and converts it into electrical energy, which is stored back into the vehicle’s battery using regenerative braking mechanisms. In addition, solar panels integrated into the vehicle body continuously harvest renewable solar energy to support auxiliary charging. The integration of these two energy recovery methods reduces dependency on external charging infrastructure and enhances the overall driving range of electric vehicles. The system is designed to optimize energy utilization, minimize power loss, and promote eco-friendly transportation. Experimental analysis and simulations demonstrate improved battery performance, increased energy recovery efficiency, and reduced operational costs compared to conventional EV systems. This project contributes to the advancement of green transportation technologies by providing an intelligent, renewable, and energy-efficient solution for future electric mobility. The proposed model supports environmental sustainability by lowering carbon emissions and encouraging the adoption of clean energy-based transportation systems.