Research on the Control Strategy of Induction Power Supply for Distribution Network Lines

机译：配网线路感应电源控制策略研究

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The paper conducted in-depth research on the principles of energy harvesting using current transformers, while high-power-density materials were selected to design magnetic cores for energy harvesting, and the corresponding power supply control strategies were designed to cope with special cases, such as short circuit, power failure, and insufficient power supply. The functions of the power supply system were verified in the experiment. According to the experimental results, the structure and control strategy of the induction power supply system designed in the paper are stable and effective, and are capable of providing uninterruptible power supply in case of fluctuating current in the distribution network line.

机译：本文对电流互感器的能量收集原理进行了深入研究，同时选择了高功率密度材料来设计用于能量收集的磁芯，并设计了相应的电源控制策略来应对特殊情况，例如如短路，电源故障和电源不足。实验验证了电源系统的功能。根据实验结果，本文设计的感应电源系统的结构和控制策略稳定有效，能够在配电网线路电流波动的情况下提供不间断电源。

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《IEEE PES Asia-Pacific Power and Energy Engineering Conference》|2019年|1-5|共5页
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作者
Jian Fang; Hongbin Wang; Wenxiong Mo; Yong Wang; Hang Zhang; Jiaxing He; Zihan Cong;
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current transformers; energy harvesting; magnetic cores; power distribution control; uninterruptible power supplies;

机译：电流互感器;能量收集;磁芯;配电控制;不间断电源;

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4. Research on the Control Strategy of Induction Power Supply for Distribution Network Lines [C] . Jian Fang, Hongbin Wang, Wenxiong Mo, IEEE PES Asia-Pacific Power and Energy Engineering Conference . 2019

机译：配电网络线路电源控制策略研究
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Research on the Control Strategy of Induction Power Supply for Distribution Network Lines

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