Abstract
Wireless power transmission (WPT) is a popular and growing technology that is finding applications in a variety of fields. Wireless charging's primary role is to carry electricity via an electromagnetic field across a specified space, which is beneficial for powering electrical devices where physical wiring is either impossible or cumbersome. The technology operates on the mutual inductance principle. One of the future uses can be found in the automobile sector, particularly in electric vehicles. Because electric vehicles are a superior solution for reducing continuing pollution, it is very impossible to make changes to the battery charging procedure to achieve greater reliability. The primary purpose of this WPT is to transmit power via resonant coupling and to construct charging systems. The systems deal with an alternating current source, a transmission coil, a converter, and an electric load, which is a battery. Charging an electric car battery can be accomplished through plug-in charging at charging stations or through wireless power transmission. WPT, in particular, gives an assessment on how future EV development and wireless charging technologies can be accomplished.
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