Authors: Assistant Professor Mr. Pramodh H K, Chandan M J, Mithun Gowda H C, Lokesh T S, Samskruthi A Y
Abstract: This article presents a comprehensive overview and proposes a system design that integrates wireless power transfer with an automated electric vehicle (EV) platform for real-time voltage monitoring and mobility. Utilizing inductive coupling technology, the system transmits power wirelessly from a stationary transmitter coil to a mobile receiver coil mounted on the EV prototype. A voltage sensor, in conjunction with an ESP8266 microcontroller, measures the received voltage, which is displayed on an LCD screen for user feedback. A motor driver and DC motors allow the vehicle to move, demonstrating the system’s ability to function while wirelessly charging. This approach aims to improve efficiency in EV charging infrastructure by minimizing manual intervention and enabling autonomous, wireless power reception. The article discusses both existing charging systems and the implementation of the proposed prototype.
