智能电网中具有电能质量监测功能的SCADA系统

M. Regula, A. Otcenásová, M. Roch, Roman Bodnar, Michal Repak
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引用次数: 12

摘要

本文讨论了智能电网模型的设计与实现,以及在这些网络中电能质量测量软件的设计。建立了与实际网络参数设置相同的仿真模型。在智能电网的设计方案中,集成了以小水电厂、光伏电厂、风力电厂为代表的多种可再生能源。实验室环境下真实网络模型的一部分是用LabVIEW程序设计的SCADA系统的控制与评价。该系统提供了对电源开关继电器的实时控制,获取其状态信息并进行三相测量。基本系统显示有关电压、电流和总谐波畸变的信息。SCADA系统可以对单个点进行详细的电能质量测量。该系统提供三种类型的客户,即工业区,一个城市和两个村庄。整个系统连接成一个混网结构。针对智能电网的电能质量问题,对给定结构进行了分析和测量,得到了网络优化运行的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SCADA system with power quality monitoring in Smart Grid model
The paper deals with designing and implementation of Smart Grid model with designing of power quality measurement software in these networks. There was created a simulation model which has the same parameters setting as the real network. Various renewable energy sources represented by small hydropower plant, photovoltaic power plant and wind power plant are integrated in the designed scheme of Smart Grid. A part of the real network model in laboratory environment is controlling and evaluating SCADA system which was designed in LabVIEW programme. This system provides real-time control of power switching relays, obtains information about their status and performs three-phase measurement. The basic system displays information about voltage, current, and total harmonic distortion. SCADA system can perform detailed power quality measurement in individual points. The system supplies three types of customers, namely industrial zone, a city and two villages. The entire system is connected into a mash-grid structure. Several analyses and measurements were carried out for the given structure in order to obtain results for optimal operation of the network focusing on the power quality in Smart Grid.
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