电力系统状态估计中的GPS同步测量:综述

R. Brandao, J. B. Beleza Carvalho, F. Barbosa
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引用次数: 12

摘要

随着电力系统的发展及其复杂性的增加,主要是由于与其他生产中心的互连,强加了引入新的控制系统技术的必要性。只有从网络接收到的数据快速准确地到达,这些控制中心的效率才有可能提高。系统运行的基本任务是获得可靠、准确的实时网络模型。在过去乃至现在,实时网络模型都是利用系统控制和数据采集(SCADA),并通过状态估计算法对SCADA数据进行处理。今天的现实是不同的,智能电子设备(ied),数字故障记录仪(DFRs),相位测量单元(pmu)和继电器,通过SCADA系统收集到控制中心的大量数据。因此,需要其他方法来验证和利用这些数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GPS Synchronized Measurements in Power Systems State Estimation: An Overview
With the development of electric power systems and their increase of complexity, basically due to the interconnection to other production centres, impose the necessity of introduction of new control system techniques. The efficiency of these control centres is only possible if data received from network arrives quickly and with accuracy. The basic task of a system operation is to get a reliable and accurate real time network model. In the past and even in the present, the real time network model is obtained by the use of system control and data acquisition (SCADA) and processing of the SCADA data via state estimator algorithms. Today's reality is different, intelligent electronic devices (IEDs), digital fault recorders (DFRs), phase measurement units (PMUs) and relays, collects an enormous amount of data that arrives to control centres through SCADA system. So, other ways to validate and utilize this data are needed.
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