Wireless Charging Pathway for RFID-Authenticated Electric Vehicles
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Abstract
In the upcoming times, transitioning to electric vehicles from traditional diesel-powered ones will be crucial for achieving a more sustainable and efficient transportation future. This paper introduces the concept of Wireless Charging Pathway (WCP) specifically designed for RFID-authenticated vehicles. The paper also describes the implementation of a routing algorithm to guide electric vehicles to the nearest available charging lane based on lane occupancy and traffic conditions. Moreover, the paper incorporates a prototype demonstration of wireless charging through mutual inductance. Once an EV is verified and authenticated for charging, it is guided to the designated charging lane where wireless charging occurs through mutual inductance between the vehicle and the charging infrastructure present on the road. In this paper, we explore how this technology could transform the way we charge electric vehicles, making transportation more sustainable and efficient.
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