Wireless power transfer (WPT) is fast evolving technology that transfers electrical energy from power source to electrical load without the need for physical connections. WPT gained significant attention in recent years, particularly for charging applications, as it offers several advantages over traditional wired charging methods. This paper proposes an EV charging application based on WPT utilizing the interleaved PFC-SEPIC converter ensures efficient and reliable charging system. Bridgeless PFC-SEPIC Converter is implemented to regulate input AC voltage and current, ensuring a high power factor and reducing harmonics. Pulse Width Modulation (PWM) generator, controlled by PI controller, is powered by 5V supply and generates the necessary control signals to ensure efficient and stable operation of the inverter. Moreover, 1 phi High-Frequency Inverter is employed for converting the DC output from SEPIC converter into a high-frequency AC voltage. The PWM rectifier is utilizing the obtained AC voltage to convert it into a stable DC voltage. The capacitor bank smoothens the rectified DC output, filtering out ripples and providing a steady DC voltage to the load. This proposed system architecture ensures high efficiency, safety, and reliable EV charging, and better overall performance compared to traditional inverter designs. © 2025 Elsevier B.V., All rights reserved.