Micro-Synchrophasor Based State Estimation in Distribution System

Ikramul Hasan Sohel, Mert Kesici, Mehlika Sengul, B. Alboyaci
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引用次数: 3

Abstract

Excessive integration of distributed generation units, electrical vehicles and batteries makes the online monitoring of the distribution system vital in terms of operation and control of the power systems. In transmission level, most of the countries have their online monitoring systems which are SCADA, Energy Management Systems or Wide Area Monitoring Systems. However, this case is not valid for distribution systems since there are thousands of nodes and branches that need to be monitored. In this paper, optimum allocation of micro-synchrophasors is performed on a real radial distribution system feeder which is situated in the northwest region of Turkey. Based on optimally allocated micro-synchrophasors, distribution system state estimation has been carried out and the results have been validated by simulating the given power distribution system in PSS Sincal simulation program.
基于微同步量的配电系统状态估计
分布式发电机组、电动汽车和蓄电池的过度集成使得对配电系统的在线监测对电力系统的运行和控制至关重要。在输电层面,大多数国家都有自己的在线监测系统,即SCADA、能源管理系统或广域监测系统。但是,这种情况不适用于分布式系统,因为需要监视成千上万的节点和分支。本文对位于土耳其西北部的实际径向配电系统馈线进行了微同步相量的优化配置。基于微同步量的优化分配,对给定的配电系统进行了状态估计,并在PSS - Sincal仿真程序中对结果进行了仿真验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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