Review On Development Of Solar Powered Static Wireless Charging System For Electric Vehicles
Rahul G. Chaple
Department of Electrical Engineering
Suryodaya Collage of Engineering & Technology, Nagpur
Suchita A. Chaudhri
Department of Electrical Engineering
Suryodaya Collage of Engineering & Technology, Nagpur
Swapnil R. Choudhari
Department of Electrical Engineering
Suryodaya Collage of Engineering & Technology, Nagpur
Prof. Shital Yende
Department of Electrical Engineering
(Suryodaya Collage of Engineering & Technology, Nagpur
Tannu R. Mate
Department of Electrical Engineering
Suryodaya Collage of Engineering & Technology, Nagpur
Abstract— Electric vehicles have been introduced to the contemporary world, aligning with the increasing integration of new technologies into daily life. Despite the use of electric vehicles, certain limitations persist, including issues such as heating during charging, potential charging depletion, a scarcity of charging stations, and the high installation cost of such stations. Addressing these challenges, this project proposes a wireless electric vehicle charging station with monitoring capabilities. The aims include preventing overcharging, monitoring battery levels, ensuring cost-effectiveness, promoting eco-friendliness, and strategically placing charging stations in urban areas. The project specifically focuses on the design of a solar-powered electric vehicle charging system, offering a solution to the key issues of fuel dependency and environmental pollution. Electric vehicles have gained global traction and are progressively becoming more prevalent. Beyond their environmental advantages, electric vehicles contribute to cost reduction by substituting electricity for fuel, which is a more economical alternative. This project presents an innovative solution for EV charging, eliminating the need for wires, enabling charging while in motion, harnessing solar power to sustain the charging system, and operating without external power supply requirements. The system incorporates components such as a solar panel, battery, transformer, regulator circuitry, copper coils, AC to DC converter, Atmega controller, and LCD display. Through this integration, the system showcases the wireless charging capability for electric vehicles at charging stations. The LCD display provides real-time information on the total cost, eliminating the necessity for halting the vehicle during the charging process. In summary, the project demonstrates the viability of a solar-powered wireless charging system for electric vehicles, presenting a forward-looking approach to integration.
Keywords— Solar Panel , Boost Converter, Battery, Transmitting Coil, Receiving Coill, Arduino uno , Voltage sensor etc.
