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PV/QV Curve based Optimal Placement of Static Var System in Power Network using DigSilent Power Factory

机译:基于DigSilent电力工厂的基于PV / QV曲线的电网静态无功系统最优布置

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Due to several blackouts around the globe, the voltage stability of system becomes an important factor for stable and reliable operation of power system. FACTS devices can provide reactive power to loads when loading increases. In this paper, static voltage stability assessment techniques, i.e., PV/QV curve has been utilized for identifications of optimal locations for static var compensator (SVS). PV/ QV Curve are the conventional methods provide VSM and PSM for the system. For validation of the method, IEEE 14 bus network is used. All studies have been simulated in DigSilent Power Factory (2018). This paper gives better result for the system stability.
机译:由于全球范围内发生多次停电,系统的电压稳定性成为电力系统稳定可靠运行的重要因素。当负载增加时,FACTS设备可以向负载提供无功功率。在本文中,静态电压稳定性评估技术(即PV / QV曲线)已用于识别静态无功补偿器(SVS)的最佳位置。 PV / QV曲线是为系统提供VSM和PSM的常规方法。为了验证该方法,使用了IEEE 14总线网络。所有研究均已在DigSilent Power Factory(2018)中进行了模拟。本文为系统稳定性提供了更好的结果。

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