利用线圈阵列提高无线电力传输效率

Shi Pu, H. Hui
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引用次数: 6

摘要

介绍了一种利用中程强磁谐振耦合技术,在发射端和接收端同时使用线圈阵列进行无线电力传输的新方法。WPT系统设计了双双线圈阵列,其中一个阵列用于电力发射,另一个阵列用于电力接收。结果表明,在传输距离为50 cm时,功率传输效率可达50%以上。这种效率比在发射和接收端都不使用线圈阵列的通常情况要高得多。此外,连接到接收线圈元件的负载电阻的优化值表明,所提出的WPT系统特别适用于内阻非常低的电池,如笔记本电脑和手机电池。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
To improve wireless power transmission efficiency by using coil arrays
A new method of using coil arrays at both the transmitter and receiver sides is introduced for wireless power transmission (WPT) employing the technique of mid-range strong magnetic resonant coupling. Dual two-coil arrays are designed as the WPT system, where one array is used for the power transmitter while the other array is applied for the power receiver. It is shown that a power transmission efficiency of well over 50% at a transmission separation of 50 cm can be achieved. This efficiency is much higher than the usual cases of not using coil arrays both on the transmitting and receiving sides. Also, the optimized values of load resistors connected to the receiver coil elements show that the proposed WPT system is especially suitable for charging batteries with very low internal resistances such as batteries in laptops and mobile phones.
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