带开关电容的静态伏安无功补偿器。1、能量流动与性能

Conference Record of the 1992 IEEE Industry Applications Society Annual Meeting Pub Date : 1992-10-04 DOI:10.1109/IAS.1992.244313

A.K. Chakravorti, A. Emanuel

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引用次数: 1

摘要

作者详细解释了控制开关电容静态无功补偿器性能的物理机制。他们提出了一个等效电路，有助于证明无功功率的振荡发生在两个不同的回路中:在主60hz源和转换桥的交流输入之间，以及在能量存储设备(在这种情况下是电容器)和一组用于固态开关建模的虚拟电压源之间。讨论了该装置的性能，并给出了基本解析表达式。

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Static volt ampere reactive compensator with switched capacitor. I. Energy flow and performance

The authors explain in detail the physical mechanisms governing the performance of switched capacitor static VAR compensators. They present an equivalent circuit which helps prove that the oscillation of reactive power takes place in two different loops: between the main 60 Hz source and the AC input of the converter bridge, and between the energy storing device (in this case a capacitor) and a set of fictitious voltage sources used for modeling of the solid-state switches. The authors discuss the performance of this device and present the basic analytical expressions.<>

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Conference Record of the 1992 IEEE Industry Applications Society Annual Meeting

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