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文章摘要
基于LC谐振取电及零序电压测量系统的设计
Design of power supply based on LC resonance and zero sequence voltage measurement system
Received:November 15, 2017  Revised:November 15, 2017
DOI:
中文关键词: LC谐振  高压开关  电压监测  零序电压  单相接地故障
英文关键词: LC  resonance, High  voltageSswitchgear, voltage-monitoring, zeroSpressure, single-phase  grounding fault
基金项目:
Author NameAffiliationE-mail
WANG YU* Guangxi University 714782371@qq.com 
HE YU FENG Guangxi University 2350606150@qq.com 
MO CHANG FENG Guangxi University 976488678@qq.com 
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中文摘要:
      为解决智能一体化高压开关取电问题,文中提出了基于电容分压原理的LC谐振取电电源系统:一次侧采用高压电容和变压器一次绕组串联,二次侧采用变压器二次绕组并联分压电容,降低了低压电容的电压设计等级,同时基于该电源系统中性点通过构建零序电流回路实现了零序电压测量,无需安装三相五柱式PT或植入零序电压传感器,降低了工程造价。最后针对线路故障过电压及雷电冲击,设计了基于能量池电压监测和电力电子开关控制的防护电路。实验数据表明该系统的取电能力可达到1瓦,零序电压测量精度为5%,具有较大的工程应用价值。
英文摘要:
      In order to solve the problem of power supply for intelligent integrated high voltage switchgear, the method based on LC resonance is proposed, and the hardware module has been designed: the supply power circuit contains high-voltage capacitors, isolation transformer winding in series, transformer secondary winding parallel Voltage divider and series matching inductors to achieve regulated output. A protection circuit based on energy pool voltage monitoring and power electronic switch control is designed for over -voltage and lightning impulse of line fault. The experimental data demonstrate the effectiveness of the circuit. Finally, the zero-sequence voltage measurement is realized by constructing the neutral current loop, which provides the technical condition for the single-phase ground fault detection of the intelligent switch.
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