高功率质量晶闸管开关svc控制策略

D. I. Panfilov, A. Elgebaly, A. N. Rozhkov, M. Astashev
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引用次数: 2

摘要

本文提出了一种新的静态无功补偿器(SVCs)方案,用于电感无功和容性无功。所提供的方案通过开发新的电路拓扑结构和新的无功控制策略,提高了SVCs的灵活性和电力系统质量。介绍了晶闸管开关电抗器(TSR)和晶闸管开关电容器(TSC)的新电路方案,以设计具有更高离散无功数的无谐波SVC。本文给出了新的SVCs方案的控制算法和框图。描述并实现了TSR和TSC的切换策略。为了获得高电能质量指标的SVC,新的TSC方案需要进行特殊的修改以减少暂态效应,并实施特定的开关策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Control Strategy of Thyristors Switched SVCs with High Power Quality
In this paper, new static VAR compensators SVCs schemes for inductive and capacitive reactive power are developed. The provided schemes improve the flexibility and power system quality of SVCs by developing new circuit topologies with new control strategy of the reactive power. New circuit schemes are introduced for thyristors switched reactors TSR and thyristors switched capacitors TSC to design harmonic-free SVC with higher discrete number of reactive power levels. This paper provides the control algorithm and block diagram of the new SVCs schemes. The switching strategies of TSR and TSC are described and implemented. The new scheme of TSC requires special modifications to decrease transient effects and implementation of specific switching strategies to acquire SVC with high power quality indexes.
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