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How to improve the certainty of voltage stability of a transmission system

机译:如何提高输电系统电压稳定性的确定性

摘要

A method of locating enhancements for improving voltage stability security of an electric power transmission system having a plurality of buses and a plurality of sources of reactive reserves coupled thereto. The plurality of buses are grouped into a plurality of voltage control areas such that each of the buses within each voltage control area has a similar corresponding reactive power versus voltage relationship. A first voltage control area is determined for locating a first enhancement, wherein the first voltage control area exhibits therein a difference in internal reactive loss that exceeds a loss threshold. A second voltage control area is determined for locating a second enhancement, wherein the second voltage control area exhibits therein a difference in reactive reserves that exceeds a reactive reserve threshold. The first and second enhancements may include switchable shunt capacitors, synchronous voltage condensers, static var compensators, or a combination thereof. A third enhancement, which includes series capacitors, parallel lines, or a combination thereof, is located at interfaces between two neighboring voltage control areas determined to exhibit thereacross a difference in either reactive power flow or reactive power loss that exceeds a predetermined threshold.
机译:一种定位用于提高电力传输系统的电压稳定性安全性的增强部件的方法,该电力传输系统具有多个母线和与其耦合的多个无功储备源。多个总线被分组为多个电压控制区域,使得每个电压控制区域内的每个总线具有相似的对应无功功率与电压的关系。确定用于定位第一增强的第一电压控制区域,其中第一电压控制区域在其中表现出内部无功损耗的差异超过损耗阈值。确定用于定位第二增强的第二电压控制区域,其中第二电压控制区域在其中表现出超过电抗储备阈值的电抗储备的差。第一和第二增强可以包括可切换的并联电容器,同步电压电容器,静态无功补偿器或其组合。第三增强包括串联电容器,平行线或其组合,其位于两个相邻的电压控制区域之间的界面处,该两个电压控制区域被确定为呈现出超过预定阈值的无功功率流或无功功率损耗之差。

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