| 研究実績の概要 |
The first purpose of this research is to theoretically reveal the resonance condition (work package [WP] 1), efficiency maximization principle (WP 2) and energy transfer mechanism (WP 3) in wireless charging with multiple transmit and receive coils. The second purpose is to exploit magnetic field manipulating capability (WP 4) and RF power decentralizing capability (WP 5) of the wireless charging scheme for efficient applications. In FY2018, we have finished four WPs 1, 2, 4 and 5, which are associated to the resonance condition, efficiency maximization theory and the exploitation of the design flexibilities for practical applications.
In FY2019, we have finished the remaining WP 3 by revealing the energy transfer mechanism using the Poynting vector analysis. We have also extended our result in WP 4 and published it as a journal paper.
Overall, throughout 2 FYs, we have finished all planned five WPs with our kQ-theory for general multiple coil charging system, together with practical applications. The outcomes are 4 journal papers, 2 awards, 2 invited talks and conference proceedings.
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| 備考 |
Duong Quang-Thang, Young Engineer Award and Michiyuki Uenohara Memorial Award, IEEE MTT-S Japan, Nov. 28, 2019.
https://www.ieee-jp.org/section/tokyo/chapter/MTT-17/award/YEA_past_awardees/index.html
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