Voltage stability based weak area clustering technique in power system

I. Musirin, T. Rahman
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引用次数: 17

Abstract

This paper presents the voltage stability based weak area clustering technique in power system. The technique employed voltage stability and line outage contingency analyses. From the voltage stability analysis, the sensitive lines in a system during stressed condition are identified, while line outage contingency analysis identified the critical line outages. A pre-developed voltage stability index was utilised as an indicator to voltage stability condition of the system. The weak areas formed by the lines are identified as the sensitive lines from voltage stability analysis and at the same time the critical line outages identified from line outage contingency analysis. The results show that the lines, which are identified as the weak ones from voltage stability analysis, would also cause critical outages. The proposed technique was implemented on IEEE reliable test system and the results show that distinct weak areas were identified when the system was closed to the stressed condition.
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电力系统中基于电压稳定的弱区聚类技术
提出了电力系统中基于电压稳定的弱区聚类技术。该技术采用了电压稳定性和线路中断事故分析。从电压稳定性分析出发,确定了系统在受力状态下的敏感线路,从线路停电事故分析出发,确定了系统的临界线路。利用预先建立的电压稳定指标作为系统电压稳定状况的指标。通过电压稳定性分析将线路形成的薄弱区域识别为敏感线路,同时通过线路停电偶然性分析将线路的临界故障识别为临界故障。结果表明,从电压稳定性分析中确定的弱电线路也会造成严重的停电。在IEEE可靠测试系统上实现了该技术,结果表明,当系统接近应力状态时,可以识别出明显的薄弱区域。
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