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Phasor measurement unit integration: A review on optimal PMU placement methods in power system

机译:相量测量单元集成:电力系统中最佳PMU放置方法的回顾

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The Phasor Measurement Unit (PMU) is an imperative part for monitoring, protecting and controlling the current power system. For the current power systems, PMUs not only offer the synchronized measurements of real-time data of voltage but also the current and frequency. Placement of PMUs in each bus for monitoring the system is not feasible from economic point of view and also for big data handling. So it is an obligatory matter to reduce the number of PMUs in the bus system with the aim of attaining the maximum power system observation. Different techniques are being applied from past to present to solve this optimum PMU placement (OPP) problem such as heuristic method, mathematical programing. Heuristic method is a quick experience-based technique for solving the optimization problems. Various optimization methods for solving the OPP problems are being reviewed in this paper.
机译:相量测量单元(PMU)是监视,保护和控制当前电源系统的必要部分。对于当前的电源系统,PMU不仅提供电压实时数据的同步测量,而且还提供电流和频率。从经济的角度以及大数据处理的角度来看,在每个总线中放置PMU来监视系统都是不可行的。因此,必须减少总线系统中PMU的数量,以实现最大的电力系统观测。从过去到现在,已经应用了各种技术来解决此最佳PMU放置(OPP)问题,例如启发式方法,数学编程。启发式方法是一种基于经验的快速技术,用于解决优化问题。本文对解决OPP问题的各种优化方法进行了综述。

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