Study on Application of One Key Sequence Control in 750 kV Substation

Zaibao Xiong, Xing Gan, Yu Gao, Yanning Li, D. Ding, Yingtao Tian
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引用次数: 1

Abstract

In order to meet the reliability requirements of Xinjiang EHV power grid, improve the switching operation efficiency of EHV substation, and reduce the risk of misoperation, this paper determines the sequence control judgment based on different control modes and primary equipment, and proposes the design and application of one key sequence control in EHV substation by comparing the technology and economy of sensors, combining with anti misoperation host and intelligent operation order technology. On the premise of ensuring safety, it can effectively reduce the operation and outage time, reduce the misoperation rate, thus reduce the accident rate of power grid, and prevent large-scale blackout, which has certain guiding significance for the subsequent scheme design of EHV substation.
一键顺序控制在750kv变电站中的应用研究
为了满足新疆超高压电网的可靠性要求,提高超高压变电站的开关运行效率,降低误操作风险,本文根据不同的控制方式和一次设备,确定了顺序控制判断,并通过对传感器的技术经济比较,提出了一种关键顺序控制在超高压变电站中的设计与应用。结合防误操作主机和智能操作指令技术。在保证安全的前提下,可以有效减少运行和停电时间,降低误操作率,从而降低电网事故率,防止大面积停电,对后续的特高压变电站方案设计具有一定的指导意义。
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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