Capacitive power transfer (CPT) system takes advantages of being able to transfer power
across metal with low power losses, so it is potential for mobile desktop applications such as …

In most capacitive power transfer (CPT) systems, significant voltage difference between the
primary and secondary coupling plates leads to a high load-to-ground (L2G) voltage, posing …

As the global number of automobiles continues to rise, the emissions from traditional
gasoline vehicles are putting significant pressure on the environment and resources …

The single capacitance coupled wireless power transfer (SCC-WPT) technology facilitates
improving the spatial freedom of the system to offer charging/supply services in 2-D planar …

High frequency is beneficial to reduce the volume and interplate voltage for capacitive
power transfer (CPT) systems. The Class-E power amplifier (PA) is a suitable high-frequency …

In this article, a novel load-independent capacitive power transfer (CPT) system with multiple
constant voltage (CV) outputs is proposed. The capacitive repeater unit is designed to …

This paper proposes a multi‐loads capacitive power transfer (CPT) system based on a
single relay plate for railway monitoring systems. The proposed system can supply power …

In the operation of dynamic capacitive power transfer (DCPT) systems, time-varying
parameters can significantly impact the stability of the system's output voltage. Closed-loop …

In capacitive power transfer systems, coupling variation inevitably occurs due to air gap
variation and coupler misalignment. This paper presents a single-sided compensation …

This paper presents a novel five-plate capacitive coupler consisting of four power transfer
plates and one shielding plate. It is designed for single-side shielding applications, such as …