Optimizing Energy Transfer: A Novel Wireless Bypass Charging System for E-Vehicles with Darrieus Technology

Abstract

This paper presents a parallel resonant inverter-based solution to power several distributed transmitter coils after giving a summary of the available electric vehicle (EV) charging technologies. Where the receiver coil is attached to the car determines which coils are energized in sequence. By means of this approach, Inductive Power Transfer (IPT) Technology functions. Ingenious magnetic induction bypass charging does away with the need for actual connections between the charger and the charging device. Convenient and easy charging of the smartphone is made possible by the charging station's use of magnetic induction. This method uses electromagnetic fields to help the energy transfer between coils placed in the receiving device and the charging station. Close to the charging station, the device's coils oscillate at the same frequency. An electrical current is therefore generated and sent through the receiver coil, so replenishing the device's battery. Offering consumers an easy and practical way to charge their gadgets without the need for cables or plugs is the aim of wireless bypass charging. By enhancing device portability, convenience, and efficiency in the powering process, this invention has the potential to completely transform a number of industries, including consumer electronics, healthcare, and automotive.