Increasing the functional reliability of industrial electrical networks 6-10 kV by integrating vacuum reclosers

V. Kalinchyk, V. Pobigaylo, O. Borychenko, S. Kuzovkin, O. Yatsenko
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Abstract

Topical matter of power supply for today is effective increase in the reliability of power supply in medium voltage overhead power systems by sectioning of lines with switching devices, such as disconnectors, controlled disconnectors or sectioning points. In such schemes, the manual approach to emergency management is used. This kind of schemes can be used where the overhead power lines are. Protective device on the outgoing feeder is switched off as soon as damage occurs in any area. As a result, all consumers of the line lose power for a long time. Remotely operated disconnectors or remote controlled sectioning points can also be installed instead of manual line disconnectors. This process of damage localization differs only in that all switching operations are performed remotely. Decision on switching is made by the dispatcher, constant communication with each controlled element of the network is necessary, otherwise it becomes virtually uncontrollable and the entire effect of remote control of disconnectors is eliminated.
集成真空重开关,提高6- 10kv工业电网的功能可靠性
当今供电的主题是通过使用开关设备(如隔离器、控制隔离器或分段点)对线路进行分段,有效提高中压架空电力系统供电的可靠性。在这些方案中,采用人工方法进行应急管理。这种方案可以用在架空电线的地方。出线馈线上的保护装置一旦在任何区域发生损坏就立即关闭。因此,该线路的所有用户长时间断电。也可以安装远程操作的断开器或远程控制的切割点,而不是手动线路断开器。这种损伤定位过程的不同之处在于,所有的切换操作都是远程执行的。切换的决定是由调度员做出的,与网络中每个被控制元件的持续通信是必要的,否则它实际上变得不控制,并且消除了远程控制断开器的整个效果。
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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