Continuous advancements in distributed generation, energy storage, electric vehicles, and
industrial modernization have forced the electrical distribution system to operate efficiently …

This article presents multimegahertz (multi-MHz) wireless power transfer technology utilizing
integrated printed-circuit-board (PCB) self-resonators, designed for both inductive and …

With the rapid development of wireless charging technology, there is a growing demand for
ferrite materials with high permeability, high saturation magnetic induction intensity, and low …

This article proposes a new method for simultaneous dynamic wireless power and data
transfer (SDWPDT). When the receiver is moving, both power and data transfer channels are …

In this article, a front-end monitoring method is proposed to estimate the coupling coefficient
and receiver resonant frequency in the series–series compensated wireless power transfer …

This article proposes a fast and accurate front-end monitoring method to estimate the
coupling coefficient and receiver resonant frequency of wireless power transfer (WPT) …

Regulating the load voltage is of major importance for ensuring high transmission efficiency
in wireless power transfer (WPT) systems. In this context, this work presents a novel control …

The emerging proportion of renewable energy resources penetration and the rapid
popularity of Electric Vehicles (EVs) have promoted the development of the Internet of …

This article proposes a fast and accurate real-time estimation method for developing a
dynamic battery circuit model on the primary side of a series–series (SS) compensated …

In traditional wireless power transfer (WPT) systems, constant current (CC) and constant
voltage (CV)-based battery charging control strategies are applied to dc–dc converters on …