To maintain a stable output voltage under various operating conditions without introducing
extra dc/dc converters, phase-shift (PS) control is usually adopted for wireless power transfer …

Wireless power transfer devices are becoming more relevant and widespread. Therefore, an
article is devoted to a review, analysis and comparison of compensation topologies for an …

In this paper, an optimal design procedure for LCC-series compensation network is
proposed for a stationary wireless electric vehicle charger. The main focus of this paper is to …

In this article, an efficiency-oriented control strategy is proposed for LCC–LCC-compensated
wireless power transfer (WPT) system to achieve zero-voltage-switching (ZVS) operation …

Tight voltage regulation and high efficiency are fundamental objectives of wireless power
transfer systems (WPTSs) as power supplies. Although the well-established impedance …

Conventional inductive power transfer (IPT) system controllers require high-speed wireless
communication since the transmitter and the receiver are physically isolated. This wireless …

Human being never stops chasing freedom, from wheels to aircrafts, from corded phones to
mobiles, from manual work to automation, and so on and so forth. One century ago, Tesla …

With the development of wireless power transfer (WPT) technology, it is possible to transfer
power to the batteries without plug-in cables and human interaction for autonomous …

A wireless power transfer (WPT) system has been considered to be applied to various
charging applications. Conversion efficiency is one of the important factors and is in need of …

Due to the physical separation between primary and secondary sides, achieving a good
output regulation in a wireless power transfer (WPT) system is nontrivial. Typically, an …