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A Case Study on Optimal Phasor Measurement Unit Placement for Emerging Indian National Smart Grid

机译:新兴印度国家智能电网的最佳相量测量单位放置案例研究

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India is on the way for transforming its power grid to a modern, intelligent grid called Smart grid. It can transform the Indian power grid to an efficient, reliable, resilient and eco-friendly power system network. The present Indian power grid has to undergo major reformations in wide areas like control methods, communication technologies and monitoring systems to achieve the goal of Indian national smart grid. In this regard, it is essential to incorporate phasor measurement units (PMUs) in power grid monitoring system. The higher financial burden owing to PMU placements across the grid invites the researches for its optimal placement that deliver complete observability of the grid. This paper deliberates optimal locations for PMU placement in Indian power grid for achieving complete observability. Simulated annealing approach is adopted in this paper for optimizing the PMU locations to attain complete observability.
机译:印度正在进行转换其电网到叫做智能电网的现代智能电网的方式。它可以将印度电网转换为高效,可靠,弹性,环保的电力系统网络。目前的印度电网必须在广泛的领域进行重大改革,如控制方法,通信技术和监测系统,以实现印度国家智能电网的目标。在这方面,必须在电网监测系统中包含相量测量单元(PMU)。由于跨网格上的PMU展示率较高的财务负担邀请了对其最佳展示位置的研究提供了完全可观察的网格。本文审议了印度电网中PMU放置的最佳位置,以实现完全可观察性。本文采用模拟退火方法,以优化PMU位置以获得完全可观察性。

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