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Novel Usage of Synchrophasors for System Improvement: An Experience in Northern Grid of India

机译:制度改进同步素的新颖用途:印度北网的经验

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The advent of new technologies like Synchrophasors have given the operator an extra edge. Apart from usage for post disturbance analysis, the synchrophasor based inputs are also becoming an integral part of applications for enhancing the real-time visibility of power system as well. In India, since its inception, with very few Phasor Measurement Units (PMU) in place, the synchrophasor technology has been used extensively at the Regional and National Load Despatch Centres. Through synchrophasor inputs from various locations, the power system operator is observing the voltage, current, frequency, phase angle thereby deducing the system health. The early detection of problem with single phase auto-reclosing during single phase to ground faults in transmission system, Capacitive Voltage Transformer (CVT) health and visualization of black start exercises at control centers have been some of the challenges in power system operation. This paper discusses the new effective usage of synchrophasors and wide area monitoring at Northern Regional control centre in overcoming these challenges for power system improvements.
机译:新技术,如同步相的出现已经给运营商一个额外的优势。除了使用情况后干扰分析,基于同步相输入也成为提高电力系统的实时可视性以及应用程序的一个组成部分。在印度,自成立以来的地方,除了极少数相量测量单元(PMU),将同步技术已经被广泛的地区和国家发货负荷中心使用。通过从不同位置同步相输入,电力系统操作员观察的电压,电流,频率,相位角,由此推导出系统的健康。与在单相接地故障在传输系统中的单相重合闸汽车问题的早发现,电容式电压互感器(CVT)的健康和在控制中心黑启动演习可视化已经有一些在电力系统运行所面临的挑战。本文讨论了同步相和广域克服电力系统的改进,这些挑战在北部地区控制中心监测的新的有效使用。

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