Published Paper Details:

Electric vehicle (EV) charging infrastructure plays a vital role in supporting the growing adoption of sustainable transportation. This study presents the design and development of an IoT-assisted solar-powered wireless EV charging station that combines renewable energy generation, intelligent monitoring, and contactless power transfer in a single platform. Solar photovoltaic panels harvest solar energy and store it in a rechargeable battery system, ensuring reliable energy availability for charging operations. Wireless power transfer based on electromagnetic induction enables convenient charging without physical connectors, improving safety and reducing maintenance requirements. An Arduino-based controller coordinates system functions, while IoT connectivity through the ESP8266 module facilitates real-time monitoring of voltage, current, battery status, charging performance, and energy utilization. Operational data can be accessed remotely, enabling efficient supervision and timely decision-making. The proposed system promotes reduced dependence on conventional grid electricity, supports clean energy utilization, and enhances user convenience. Experimental implementation demonstrates effective wireless charging, stable system operation, and continuous monitoring capabilities, making the solution suitable for sustainable and smart electric mobility applications in diverse practical deployment scenarios.