利用发射线圈和接收线圈之间的位置信息同时控制WPT系统的效率和功率

Koki Takasu, M. Deng
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引用次数: 2

摘要

基于磁共振耦合方法的无线电力传输系统由于其优异的传输特性,有望成为下一代无线电力传输系统。WPT系统存在的一个问题是功率有限,效率低,这取决于电路参数和线圈的位置。本文提出了利用DC-DC变换器对发射线圈和接收线圈之间的位置进行补偿,实现效率和功率同步控制的方法。首先,解释了效率和功率可以通过线圈位置控制的耦合比操纵和使用降压变换器控制的阻抗转换来控制。然后,设计了同步控制系统,并通过仿真验证了其可行性。
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Simultaneous control of efficiency and power in a WPT system using position information between transmission and reception coils
Wireless power transfer (WPT) system based on magnetic resonance coupling method is expected to be the next generation wireless power transfer system due to excellent transmission characteristics. One of the problems with WPT system is the limited power and low efficiency, which depends on the circuit parameters and the positioning of the coils. In this paper, to control efficiency and power simultaneously by compensating the position between transmission and reception coils and using DC-DC converter is proposed. First, it is explained that efficiency and power can be controlled by coupling ratio manipulation because of coils position control and by impedance conversion using buck converter control. Then, the simultaneous control system is designed and its feasibility is confirmed by simulation.
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