用神经网络方法设计过流继电器和接地故障继电器保护协调系统

Siti Zaibah, A. Nugraha, F. Ainudin
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引用次数: 0

摘要

PT PAMA PERSADA是位于巴鲁南加里曼丹的发电厂之一,有2个馈线。在其中一个馈线中,经常发生保护协调。这些干扰会妨碍公司PT PAMA PERSADA的绩效。结果表明,这是过流继电器和接地故障继电器保护类型协调时产生的干扰。最后利用电气系统暂态分析程序(ETAP) 19.0.1软件对继电整定协调性进行评价分析。干扰发生在支线2,分为KM30和Parilahung变电站。这种扰动是由于继电器协调跳闸同时工作造成的。从ETAP仿真的结果来看,功率值为4.164 KW,无功功率为780.3 KVAR,视在功率为4.237 KVA,使用的cos phi值为0.9。同时,保护协调整定符合IEEE 60255标准,分级时间为0.2 - 0.6秒。在电瞬态分析程序(ETAP) 19.0.1软件模拟成功后,继续使用Matlab软件对继电器整定进行优化,并利用NN (Neural Network)方法的工作效果。根据MSE(主平方误差)值,它达到了0.33452。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planning a Protection Coordination System Against Over Current Relays and Ground Fault Relays Using the NN Method
PT PAMA PERSADA is one of the power plants located in Kalimantan, Barunang which has 2 feeders. In one of the feeders, protection coordination often occurs. These disturbances can hamper the performance of the company PT PAMA PERSADA. This turned out to be a disturbance in the coordination of protection types of overcurrent relays and ground fault relays. Where in the end it takes an evaluation analysis of the relay setting coordination using the Electrical Transient Analysis Program (ETAP) 19.0.1 software on the electrical system. The disturbance that occurs is in feeder 2 which is divided into KM30 and Parilahung substations. This disturbance occurs because the relay coordination trips work simultaneously. From the results of the ETAP simulation, the power value is 4.164 KW, the reactive power is 780.3 KVAR, the apparent power is 4.237 KVA, and the cos phi value used is 0.9. Meanwhile, the protection coordination setting meets the IEEE 60255 standard with a grading time of 0.2 – 0.6 second. After being successfully simulated with the Electrical Transient Analysis Program (ETAP) 19.0.1 software, it was continued with the Matlab software which was used as an optimization of the relay settings and the use of the working effect of the NN (Neural Network) method. In accordance with the MSE (Main Square Error) value it reached 0.33452.
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