Dynamic wireless power transfer (DWPT) systems are becoming increasingly important for
on-the-move electric vehicle (EV) charging solutions, to overcome range anxiety and …

The current charging technology for electric vehicles consists of plugging the cable from the
AC utility to charge the batteries. This requires heavy gauge cables to connect to electric …

Due to the inherent misalignment variations in wireless electric vehicle (EV) charging
systems, particularly in dynamic charging modes, it is essential to acknowledge the …

During the last years, different wireless power transfer techniques have been applied to
charge electric vehicles (EVs). Resonant coupling and inductive coupling are the most …

This paper offers a new EF-class converter for dynamic wireless power transfer application.
The proposed high-frequency converter employs a floating-frequency switching algorithm to …

In order to maximize the inductive link efficiency in wireless electric vehicle (EV) chargers, a
ferrite layer is added to focus the magnetic field lines, improve the coupling performance …

Inductive coupling wireless power transfer technology is gaining interest in recent years,
especially in the field of wireless charging. Range limitations and charging of electric …

The performance of the magnetic couplers in an inductive power transfer system determines
the overall feasibility of an entire system. In this paper, the basic theory behind wireless …