Wireless Charging System For Electrical Vehicles On Road

Abstract

This project introduces a wireless charging system for electric vehicles (EVs) that utilizes electromagnetic
induction to transfer power from coils embedded in the road to a receiver coil on the vehicle, eliminating the need
for direct wired connections. The system consists of transmitter coils, a microcontroller-based monitoring system,
and a battery management system (BMS) to optimize energy use and ensure real-time monitoring. It allows
dynamic charging while the vehicle is in motion, reducing downtime and enhancing vehicle range, and is designed
to minimize energy loss for economic efficiency. The Arduino-based control system regulates power transfer for
safety and optimal performance. This wireless charging technology aims to revolutionize the EV industry by
providing a seamless, contactless solution, particularly beneficial for public transport systems, fleet vehicles, and
highways. It contributes to the development of sustainable, smart transportation, supporting the transition to a
greener, more efficient future in the context of growing interest in renewable energy and smart cities.