The deficiency in the availability of petroleum products has given rise to the incorporation of
electric vehicles (EVs) globally as a substitute for the conventional transportation system …

In this paper, a detailed design procedure is presented for a bidirectional CLLLC-type
resonant converter for a battery charging application. This converter is similar to an LLC-type …

In this paper, a T-equivalent circuit for loosely coupled transformer, which does not involve
magnetic coupling, is presented. A detailed dynamic analysis based on extended describing …

Inductive power transfer technology has become a popular solution for battery charging of
electric vehicles (EVs). However, problems such as varied magnetic coupling caused by coil …

Wireless power transfer (WPT) via magnetic resonance coupling is considered a promising
outlet for electric vehicle (EV) charging due to the noncontact method. Unlike a traditional …

The efficiency of wireless power transfer is sensitive to the horizontal and vertical distances
between the transmitter and receiver coils due to the magnetic coupling change. To address …

This article presents a new method to design the coils of a series-series inductive power
transfer system taking into consideration the compensation network, the battery charging …

In this paper, a detailed design procedure is presented for a bidirectional resonant converter
for battery charging application. This converter is similar to the LLC resonant converter with …

The purpose of this paper is to introduce about the definite survey of (vehicle-2-grid) V2G
innovation. This innovation empowers bi-directional vitality stream between Electric Vehicles …

This paper attempts to provide a review of wireless charging technologies suitable for
electric vehicles (EVs) charging. Inductive Power Transfer (IPT) and strongly coupled …