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A platform for research: civil engineering, architecture and urbanism
Research on the wireless power transmission technology based on maximum energy efficiency tracking under dynamic distance
Focusing on the maximum efficiency of magnetic resonant coupling wireless power transmission, this paper analyzes circuits by use of lumped parameter models, deduces the relationship between the maximum energy efficiency and the duty cycle of the inverter at the transmitting terminal, and proposes a self-adaptive control technique to ensure that the wireless power transmission system maintains the maximum energy efficiency when the transmission distance changes; the effectiveness and feasibility of this method is verified with a hardware platform.
Research on the wireless power transmission technology based on maximum energy efficiency tracking under dynamic distance
Focusing on the maximum efficiency of magnetic resonant coupling wireless power transmission, this paper analyzes circuits by use of lumped parameter models, deduces the relationship between the maximum energy efficiency and the duty cycle of the inverter at the transmitting terminal, and proposes a self-adaptive control technique to ensure that the wireless power transmission system maintains the maximum energy efficiency when the transmission distance changes; the effectiveness and feasibility of this method is verified with a hardware platform.
Research on the wireless power transmission technology based on maximum energy efficiency tracking under dynamic distance
Zhuang, Peihong (author) / Yang, Yan (author) / Yu, Zhiyuan (author) / Hou, Jing (author) / Gao, Tian (author)
2018-05-01
11 pages
Article (Journal)
Electronic Resource
English
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