防御方案在N-2槽北安-塔斯克马来亚的条件下

Kevin Rachman Firdaus, H. Suyono, Tri Nurwati, R. Hasanah
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引用次数: 0

摘要

输电线路在输电过程中发生故障,影响巨大。2019年8月爪哇岛电力中断的影响之一是爪哇-巴厘岛电力系统部分停电,原因是500千伏的培马兰-云加兰和德博-塔斯克马来亚输电线路发生意外。预防部分停电需要设计防御方案,以补偿这些突发事件的影响。防御方案可以通过减载和发电机脱扣来完成。这两种方法都可以在比较快的时间内抽出大量的功率,从而可以在短时间内提高频率值。系统频率响应经历了恢复,西爪哇岛频率增加,东爪哇岛频率降低。减载的结果是系统5个主级的6条负载母线断开,发电机跳闸的结果是系统2级的2台发电机断开。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Skema Pertahanan dalam Kondisi Kontingensi N-2 Saluran Pemalang-Ungaran dan Depok-Tasikmalaya
A fault of transmission lines in the process of transmitting electricity has a huge impact. One of the impacts of the disruption in August 2019 on the island of Java was the partial blackout in the Java-Bali electricity system due to contingency of the 500 kV Pemalang-Ungaran and Depok-Tasikmalaya transmission lines. Prevention of partial blackouts is required by devising defense schemes that can compensate for the impact of these contingency events. Defense schemes can be done by doing load shedding and generator tripping. Both methods are able to evacuate a large amount of power in a relatively fast time, so that it can improve the frequency value in a short time. The system frequency response has experienced recovery with an increase in frequency in the West Java Island and a decrease in the frequency in the East Java Island. The result of load shedding is the disconnection of 6 load buses in 5 main stages of the system and the result of generator tripping is the disconnection of 2-unit generators in 2 stages of the system.
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