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A Clustering Based Approach for Observability and Controllability Analysis for Optimal Placement of PMU

机译:基于聚类的可观察性和可控性分析方法,以实现PMU的最佳放置

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Continuous monitoring and control of the power system is essential for its healthy operation. This can be achieved by making the system observable as well as controllable. Many efforts have been made by several researchers to make the system observable by placing the Phasor Measurement Units (PMUs) at the optimal locations. But so far the idea of controllability with PMUs is not considered. This paper contributes how to check whether the system is controllable or not, if not then how make it controllable using a clustering approach. IEEE 14 bus system is considered to illustrate the concept of controllability.
机译:电力系统的连续监控和控制对于其健康运行至关重要。 这可以通过使系统可观察到的和可控来实现。 几位研究人员已经通过将相量测量单位(PMU)放置在最佳位置来使系统进行许多努力。 但到目前为止,不考虑使用PMU的可控性的想法。 本文有助于检查系统是否可控,如果不是,则如何使用聚类方法使其控制。 IEEE 14总线系统被认为是说明可控性的概念。

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