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Design and implementation of feeder automation

机译:馈线自动化的设计与实现

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With the development of national economy, the demand for electricity from all walks of life has been gradually increased. People also put forward higher requests to the reliability of power supply. Feeder automation can quickly cut off the faulty line to ensure the safe and stable operation of the line. Under the sustainable development of modern society, people attach a great importance to all aspects of smart power grid construction, which is also significant for the smart grid distribution work. To ensure the reliable and high-quality power supply environment, the scientific and reasonable design and planning of power distribution automation system shall pay attention to arranging power distribution, and the appropriate feeder automation operation mode shall be selected. Only in this way can we ensure that the power outage is short once a fault happening in power grid system. At the same time, the line loss rate can be reduced, the efficiency of power supply can be raised, and issues in power equipment investment can be effectively treated. This paper mainly discusses the design and implementation of feeder automation, puts forward some practical application measures, and provides reference for the stable operation of feeder automation.
机译:随着国民经济的发展,各行各业对电力的需求逐渐增加。人们对电源的可靠性也提出了更高的要求。馈线自动化可以快速切断故障线路,以确保线路安全稳定地运行。在现代社会的可持续发展下,人们高度重视智能电网建设的各个方面,这对于智能电网的配电工作也具有重要意义。为确保可靠,优质的供电环境,应注意科学合理的配电自动化系统设计与规划,合理安排配电,并选择合适的馈线自动化运行方式。只有这样,才能确保一旦电网系统发生故障,就可以使停电时间短。同时,可以降低线损率,提高供电效率,并可以有效地解决电力设备投资中的问题。本文主要讨论了馈线自动化的设计与实现,提出了一些实际的应用措施,为馈线自动化的稳定运行提供了参考。

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