Abstract: A innovative bidirectional wireless electric vehicle (EV) charging system is presented in this work, facilitating Vehicle-to-Grid (V2G) applications and effective energy transfer between EVs and the grid. By combining communication protocols, power electronics, and wireless power transmission, the system enables convenient charging and high efficiency (>90%). Bidirectional energy transmission, smart grid integration, wireless charging (inductive/capacitive coupling), and communication protocols (Wi-Fi, Bluetooth) are some of the salient features. The method encourages better EV uptake, lower infrastructure costs, and increased grid stability. Successful V2G functioning and excellent efficiency (>92%) are demonstrated by experimental validation. By transforming the EV charging experience, this creative approach promotes environmentally friendly mobility. The suggested system supports the shift to a low-carbon transportation sector by providing a dependable, effective, and practical charging solution for upcoming EV applications.

Keywords: Electric vehicles, Bidirectional charging, wireless power transfer, vehicle-to-grid

| DOI: 10.17148/IARJSET.2024.111008