The dynamic wireless charging for electric vehicles (EVs) is considered an efficient and
practical choice to extend the driving range and reduce battery pack size. However, the …

In the electric vehicle dynamic wireless charging (EVDWC) system, when the electric vehicle
(EV) drives from one track to the next, it will produce output power fluctuation. This article …

This article proposes a magnetic integrated method for the coupler of the electric vehicle
dynamic wireless charging system to suppress power fluctuation by transforming the …

Mobile device charging is made possible by the dynamic wireless power transfer technology
and it is developing toward higher power levels. The output power fluctuates significantly …

The advancements in the charging strategy of electric vehicles will have inevitable effects on
the electric grid in the coming future. Electric vehicle battery chargers are able to perform the …

Dynamic wireless charging systems (DWCS) for electric vehicles is an effective solution to
overcome driving range anxiety, high volume, and cost of battery by offering continuous …

Power fluctuation caused by the movement of the receiver has always been a difficult
problem for the development of dynamic wireless charging of electric vehicles (EVs). A …

Because a transmitter-side controller of an inductive power transfer (IPT) system cannot
directly measure its load conditions, ie, receiver-side output voltages and currents, wireless …

Poor interoperability between the rectangular coil and DD coil leads to significant decline in
transmission power and efficiency. This paper proposes an adaptive phase-control …

阵列式动态无线电能传输系统因其运行损耗和漏磁更小, 灵活性更好而被提出,
其工作性能通常取决于发射阵列和接收线圈的结构. 提出了一种基于LCC-S …