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Performance analysis of UPFC in healthy and weak locations of power system network

机译:电力系统网络健康与弱点地区高产效率分析

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This paper aims at determining the most suitable zone for the connection of UPFC in a transmission system. Using voltage stability index (VSI), the healthy and weak zones of power system are identified. One UPFC with the same compensation is placed in both healthy and weak zone separately. User friendly Mi-power 9.1 software is applied for real-time simulation with practical security constraints of the power system. IEEE 57-bus system with arbitrarily increased load is considered as a test case. The performance of UPFC is judged by voltage stability enhancement index (VSEI) and reduction of active, reactive power losses and relative environmental pollution deterioration index (REPDI). The test results are compared for all the cases and it reveals that the placement of UPFC in weak zone is the most suitable considering all performance indices.
机译:本文旨在确定在传输系统中连接UPFC的最合适区域。使用电压稳定性指数(VSI),识别电力系统的健康和弱区。一个具有相同补偿的UPFC,分别放置在健康和弱区内。用户友好的MI-Power 9.1软件用于实时仿真,具有电力系统的实用安全约束。具有任意增加负载的IEEE 57总线系统被视为测试用例。 UPFC的性能由电压稳定性增强指数(VSEI)判断,以及减少有源,无功损耗和相对环境污染恶化指数(REPDI)。与所有情况进行比较测试结果,并显示UPFC在弱区中的放置是最适合考虑所有性能指标。

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