The ubiquitous nature and the proliferation of mobile devices has made wireless power
transfer (WPT) a very important area of research. The flexibility and cost effectiveness of …

As the greenhouse effect becomes increasingly serious, cooling a vehicle cabin parked
under the blazing sun without running the engine or using an electric vehicle's power has …

This paper presents the study and detailed analysis of converter losses at different stages
together with the series-series (SS) compensating coils in wireless power transfer (WPT) …

This study presents a novel wireless power transfer (WPT) system structure that transmits
electrical energy from a fuel cell (FC) stack integrated with a quadratic boost converter …

This paper introduces an integrated receiver circuit based on a full-wave adaptive rectifier
(AR). It achieves complex impedance matching and enables complexity and cost reduction …

This paper proposes a system-level approach suitable to analyze the performance of a
dynamic Wireless Power Transfer System (WPTS) for electric vehicles, accounting for the …

Electric Vehicles are a realistic and sustainable alternative to traditional vehicles. However,
their autonomy is still perceived as a strong limitation. To overcome it, new and simpler …

In this paper, a transmitter‐side control method is proposed in inductive wireless power
transfer (I‐WPT) model for the speed and power control of a single‐phase induction motor …

Inductively power transfer systems are becoming increasingly popular in modern
applications like electric vehicles. In order to make this technology attractive, its transfer …

The aim of this study is to optimize the system in the wireless power supply using multiple
transmitters by algebraically analyzing the effects of both a circuit parameter and an axis …