Effect of via-wheel power transfer system on human body

Q. Yuan, Takanori Ishikawa
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引用次数: 5

Abstract

A novel wireless power system called Via-Wheel Power Transfer (V-WPT) [1] [2] is expected to have significant advantages of long cruising, no charging time, and lightweight for Electric vehicles (EVs). However, to apply V-WPT systems to EVs, there are lots of problems should to be solved, such as the problem how to get maximum efficiency by adjusting the matching circuit for the load, the safety problem if a human is sitting in car and so on. In this paper, we will focus the safety problem. The electromagnetic field distribution of V-WPT system and the Specific Absorption Ratio (SAR) of human body who is near to V-WPT system will be analyzed by using an electromagnetic simulation soft. The average SAR in 10g of tissue will be presented and compared with the safety guidelines to discuss if the V-WPT system is safe for human body or not for different loads of receiving element.
经轮动力传递系统对人体的影响
一种新型的无线动力系统被称为通过轮动力传输(V-WPT)[1][2],该系统有望在续航时间长、无需充电、重量轻等方面为电动汽车带来显著的优势。然而,将V-WPT系统应用到电动汽车上,还需要解决许多问题,如如何根据负载调整匹配电路以获得最大的效率问题,以及人坐在车内时的安全问题等。在本文中,我们将重点关注安全问题。利用电磁仿真软件分析了V-WPT系统的电磁场分布以及靠近V-WPT系统的人体的比吸收比(SAR)。将给出10g组织的平均SAR,并与安全指南进行比较,以讨论V-WPT系统在不同接收元件负载下对人体是否安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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