This paper presents a wireless energy transfer system for electric vehicles (EVs). The proposed system utilizes a control strategy to efficiently transfer energy between a primary coil and a secondary coil. An Arduino microcontroller generates control pulses in response to vehicle detection, initiating the energy transfer process. The system includes power electronic switches and a rectification process to convert the received energy into a usable form for charging the EV battery. An LED indicator showcases the successful energy transfer. This solution enhances the feasibility of dynamic, on-road charging infrastructures for EVs, promoting greater convenience and extended driving ranges.

• Develop a Wireless Energy Transfer System for EVs
• Enable Dynamic Charging
• Implement Efficient Control Strategy
• Ensure Stable Power Supply and Voltage Regulation
• Energy Conversion and Battery Charging
• Visual Confirmation of Successful Energy Transfer

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