Wireless Power Transfer for EV Charging using AI-A Review

Abstract

The automation sector's emphasis on battery-operated vehicles has intensified owing to the surge in electric vehicle (EV) production, propelled by ecological considerations and fluctuating fuel costs. This alteration has heightened the need for electric vehicle charging stations, particularly in densely populated areas where establishing such infrastructure may be hindered by financial and spatial constraints. This study presents a viable and cost-effective solution to these challenges: a wireless power-based EV charging system. This system, tailored for parking lots, public spaces, and urban environments, utilizes artificial intelligence (AI) to optimize charging efficiency. Central to the system is the wireless transceiver, allowing seamless AI integration and wireless power transfer for reliable and efficient charging. The proposed wireless power-driven EV charging technique provides a more direct solution to the increasing need for EV infrastructure, particularly in urban areas. It not only fulfills consumer demands but also promotes a sustainable and environmentally responsible transportation ecosystem via the integration of wireless technology and artificial intelligence