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Research on the Parallel Capacitor Series Reactance Rate Parameter Design

机译:并联电容器串联电抗率参数设计研究

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Series reactance rate is the important part of the reactive power compensation capacitor, if which of poor choice may cause occurrence of resonance between capacitor and the system, affecting the safety of equipment and system stability. In this paper, with the actual project cases integrated, according to the power capacitor switching tests and field tests on one electrical substation, we got series reactor parameters in reactive power compensation capacitor do not match is the direct cause of capacitor fuse explosion. Proposed a concept that in the case substation has current limiting reactor, the capacitor design in addition to select the appropriate series reactance rate, should be considered the equivalent series reactance. What's more, according to the actual situation, the corresponding solutions are given and the harmonic situation in shunt compensating branch when capacitor bank in different series reactance rate are analyzed.
机译:串联电抗率是无功补偿电容器的重要组成部分,如果选择不当会导致电容器与系统之间发生谐振,从而影响设备的安全性和系统的稳定性。本文结合实际工程案例,根据某变电站的功率电容器投切试验和现场试验,得出无功补偿电容器中的串联电抗器参数不匹配是电容器熔断器爆炸的直接原因。提出了一个概念,在变电站具有限流电抗器的情况下,电容器设计除了选择适当的串联电抗率外,还应考虑等效串联电抗。此外,根据实际情况,给出了相应的解决方案,并分析了不同串联电抗率下的电容器组时并联补偿支路的谐波情况。

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