Dynamic Wireless Charging System for EV Vehicles

Electric vehicles (EVs) are becoming more and more popular, which highlights the need for smarter and more effective charging solutions. This study explores upgradation in dynamic wireless charging, a cutting-edge method that makes it possible for EVs to charge without interruption while in motion. An Arduino UNO-built practical implementation model uses wireless transmission technology, conduction copper coils, and sensors to accomplish continuous power transfer via electromagnetic induction. A comparative study of several sensors is part of the study, which also examines their limitations and benefits in practical settings. The development of an affordable charging system is guided by power efficiency experimental results. By offering consistent, hassle-free energy, this strategy seeks to transform EV charging infrastructure and aid in the shift to environmentally friendly transportation.