Wireless Energy Transfer on Road for Electrical Vehicles using multiple transfer units

Our project, “Wireless Energy Transfer on Road for Electrical Vehicles using Multiple Transfer Units,” aims to address the limitations of electric vehicles (EVs) such as long charging times and limited battery capacity. This project explores dynamic wireless charging, where power is transmitted wirelessly to EVs while they are in motion. The system utilizes inductive coupling, where high-frequency AC power is converted into a resonating magnetic field by transmitting coils embedded under the road. The receiving coils in the vehicle capture this energy, converting it back to DC to charge the battery while driving. By implementing this technology, EVs can travel longer distances without frequent charging stops, reducing dependency on large battery packs. The prototype is designed using Arduino, microcontrollers, and embedded C programming, ensuring efficient energy transfer. This innovative approach enhances sustainable transportation and promotes the widespread adoption of electric vehicles by offering a seamless and automated charging solution.