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Power Systems Automatic Restorative Operation with Over-load Removal Based on the Loop Closing -Maximum Reserve Capacity Loop Method (Part 2)-

机译:基于闭环的电力系统超负荷自动恢复运行-最大备用容量回路法(第二部分)-

摘要

In the previous paper, the algorism was proposed that the power system was restored as to that of before the fault, in restoring the faulted point at the last of the sequence. In cases were the over-load happened in the midst of the sequence, it was removed by closing the loops along the overloaded apparatus. If it was not removed by this operation, the coresponding load was inter-locked, and it’s sequencial priority was decreased. In this paper, we wish to report on the results of simulation adding to the previous algorism the method which removes the over-load by receiving power from another power system that is disconnected in normal operating situation. The good results of the simulation tests justified the algorism proposed.
机译:在先前的论文中,提出了一种算法,即在故障序列的最后恢复故障点时,将电力系统恢复到故障之前的状态。如果过载发生在序列的中间,则可以通过关闭过载设备上的环路来消除过载。如果不通过此操作将其删除,则会使核心响应负载互锁,并且顺序优先级会降低。在本文中,我们希望报告仿真结果,将其添加到先前的算法中,该方法通过从正常运行情况下断开的另一电源系统接收电力来消除过载。仿真测试的良好结果证明了所提出的算法。

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