A Survey on Solar-Based Wireless Electric Vehicle Charging System
Keywords:
Atmega controller, Transformer, Transmitter and receiver coil, Wireless power transfer (WPT), Electric Vehicle (EV)Abstract
Imagine a day in the future when an autonomous electric vehicle (EV) needs an unattended automated charging system. It is necessary in this regard to have a fully automatable, quick, safe, economical, and dependable infrastructure for charging electric vehicles that also supports a successful business model. Thanks to wireless charging technologies, we can understand these characteristics. The benefits of modern Wireless Power Transfer (WPT) technology include flexibility, simplicity, safety, and the potential for total automation. Resonant inductive wireless charging is more important to consider in WPT methods than other wireless power transfer systems because of its high efficiency and simplicity of maintenance. This article discusses resonant inductive wireless power transfer charging, including its current state and prospective applications in the future.
The study begins by providing a succinct history of wireless charging techniques and outlining their advantages and disadvantages. The paper then facilitates a comparison of the various inductive pads, rails, and compensation systems developed to date. Additionally highlighted are the static and dynamic charging methods and their traits
