Time: 13:00-16:00, Dec. 11
Location: SIST 1C 101
Host: Minfan Fu
Abstract:
Capacitive power transfer is becoming an attractive alternate for wireless chargers. A coupler with large self and mutual capacitance is desirable from the power and efficiency perspective. However, state-of-the-art couplers suffer from the trade-off design issue between these two types of capacitance. In order to improve the required capacitance, an interleaved capacitive coupler is proposed and evaluated based on the Maxwell based simulation. Using more plates, it can effectively use the coupling space to maintain the required self and mutual capacitance, while minimize the cross coupling effects. Meanwhile, the new coupler is also helpful to reduce the radioactive electric field, and the high-radiation region is reduced dramatically. In the experiment, three types of couplers are built with the same coupling space, compensations, and output power. The proposed interleaved structure can achieve the highest efficiency and minimum radiation.
Bio:
Yipeng Liu received the Bachelor degree of Electrical Engineering and Automation from HeFei University of Technology, Hefei, China, in 2018. He is currently a graduate student in Advanced Electric Power Conversion Laboratory (AEPCL), SIST. His research interests include capacitive wireless power transfer and capacitive coupler design.
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