首页> 外文会议>Proceedings of the IASTED International Conference on Energy and Power Systems >SIMULATION AND FIELD EXPERIMENT FOR BALANCE/IMBALANCE AND TRANSIENT CAUSED BY CAPACITORS IN POWER SYSTEMS
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SIMULATION AND FIELD EXPERIMENT FOR BALANCE/IMBALANCE AND TRANSIENT CAUSED BY CAPACITORS IN POWER SYSTEMS

机译:电力系统电容器引起的平衡/不平衡和暂态的仿真和现场试验

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摘要

There are many transient phenomena in the power system, in which the capacitor switching provokes overvoltage and extremely large surge current menacing the power apparatuses. Although many existing papers presented some methods to remedy the capacitor switching transients in the past, the transient accidents caused by switched capacitors still happen. This paper addresses analysis and field experiment for the three-phase imbalance and transient caused by switched capacitors. Taiwan Power System was used to be a test system for illustrating the balance/imbalance and transient caused by switched capacitors. Both simulation (using Matlab/Simulink) and field experiment were conducted taking parts of capacitor unit outage into account. Concluding remarks related to the series reactor and faulted capacitor unit were especially drawn.
机译:电力系统中存在许多瞬态现象,其中电容器开关会引起过压和极大的浪涌电流,从而威胁到电力设备。尽管过去许多现有的论文提出了一些补救电容器开关瞬变的方法,但是仍然存在由开关电容器引起的瞬变事故。本文针对开关电容器引起的三相不平衡和瞬变进行了分析和现场实验。台湾电力系统被用作测试系统,以说明由开关电容器引起的平衡/不平衡和瞬变。进行仿真(使用Matlab / Simulink)和现场实验时都考虑了部分电容器单元的故障。特别画了与串联电抗器和电容器单元故障有关的结论。

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