Author(s) :

P. Karputha Pandi, P. Rohith, V. Perarasan, P. Anish, E. Pradeepkumar

Conference Name :

International Conference on Modern Trends in Engineering and Management (ICMTEM-25)

Abstract :

The growing need for sustainable transportation options has led to significant interest in wireless solar electric vehicle (EV) charging systems, which merge renewable energy with user-friendly charging infrastructure. This study introduces an innovative wireless charging system that leverages solar energy to power EVs efficiently, removing the necessity for physical connectors and improving user convenience. The proposed system integrates photovoltaic panels, a highly efficient power conversion unit, and resonant inductive coupling technology to facilitate seamless energy transfer from solar sources to the vehicle’s battery. The approach includes designing and simulating the various system components, such as the solar energy harvesting module, power management circuitry, and wireless power transfer coils, followed by experimental validation under different environmental and load conditions. Key findings indicate that the system achieves an overall efficiency of 85% under optimal solar irradiation, with a wireless power transfer efficiency of 92% at a separation distance of 15 cm between coils. Furthermore, the system demonstrates robust performance in diverse weather conditions, maintaining stable power delivery through integrated energy storage and smart power management algorithms. Major conclusions emphasize the viability of the wireless solar EV charging system as a sustainable and scalable solution for both urban and remote settings, reducing dependency on grid electricity and lowering carbon emission. The study highlights the potential of integrating solar energy with wireless charging technology to promote the adoption of clean transportation, providing a reliable and eco-friendly alternative to traditional charging practices.

No. of Downloads :

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