OCR进来时采用非cas凯德保护模式,变压器重新同步

Muhammad Luthfiansyah Romadhoni
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引用次数: 1

摘要

可靠性是保证电力供应连续性的重要方面。快速的故障清除对于避免对设备和电力系统的稳定造成破坏性影响至关重要。另一方面,必须实现保护的选择性,以确保没有不必要的中断。现有的保护协调问题仅是利用输入过流继电器(OCR)和输出过流继电器(OCR)之间的延迟时间来清除系统中的故障。当母线20kV发生故障时,在故障清除过程中会有大电流流过变压器。非级联保护协调使用输入ocr和所有输出ocr之间的简单协调来确定故障的确切位置。采用该协调方案,可以检测到母线20kv故障并立即跳闸,但如果出线发生故障,仍有时间让出线继电器跳闸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Penerapan Pola Koordinasi Proteksi Non-Cascade pada OCR Incoming dan OCR Penyulang Trafo
Reliability is an important aspect to ensure continuity of electrical supply. Fast fault clearing is very important to avoid damaging effects on equipment and power system stability. On the other hand, selectivity of the protection must be achieved to ensure no unnecessary outages. The problem with protection coordination existing is only using delay time between an incoming over-current relay (OCR) and an outgoing OCR to clear the fault in the system. When fault occurs on busbar 20kV, large current will flow through the transformer during fault clearing time. Non-Cascade protection coordination uses simple coordination between incoming OCRs and all outgoing OCRs to determine the exact location of the fault. By using this coordination scheme, Busbar 20 kV fault can be detected, and trip instantly but still gives time to the outgoing relay to trip if the fault occurs on the outgoing.
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