利用搜索技术对完全可观测性和不完全可观测性的pmu放置

P. P. Dalawai, A. Abhyankar
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引用次数: 7

摘要

本文提出了一种利用搜索技术对系统的完全可观测性和不完全可观测性进行相量测量单元(pmu)布置的新方法。它遵循图论方法。这是一个两阶段的算法,首先减少网络以消除径向零注入总线,然后是放置过程。所提出的算法是一种灵活的算法,可以在有或没有pmu的系统上使用。根据系统中存在的节点的地理或通信约束,从获得的解决方案集中选择最优放置集。所提出的技术已经在IEEE 14、30和57总线系统上进行了测试。该方法也已在印度电力系统的南部电网(SR)中实施。
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Placement of PMUs for complete and incomplete observability using search technique
In this paper, a novel technique for the placement of phasor measurement units (PMUs) for complete and incomplete observability of a system using a search technique has been presented. It follows a graph theoretic approach. It is a two stage algorithm where first the network is reduced to eliminate radial zero injection buses, followed by the placement process. The algorithm proposed is a flexible one and can be used on systems both, with and without existing PMUs. The optimal placement set, out of the solution sets obtained, is selected depending on the geographical or communication based constraint on the nodes present in the system. The proposed technique has been tested using IEEE 14, 30 and 57 bus systems. The methodology has also been implemented on the Southern Grid (SR) of the Indian Power System.
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