使用IEC 61850的化学和精炼设备中的电弧闪光缓解

F. Dixon, M. Yunas, V. Wedelich, J. Howard, H. E. Brown, S. Sauer, Y. Xu, T. Markello, W. Sheikh
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引用次数: 1

摘要

本文介绍了某大型化工炼化总厂改进型低压开关柜的设计、试验和调试情况。重新设计的目的是显著减少低压线路和母线侧的入射能量。该公司规定,在主断路器的低压线路侧,入射能量应减少到第3类(25卡/平方厘米或以下),在低压主断路器的母线或负载侧,入射能量应减少到第2类(8卡/平方厘米或以下)。为了减少入射能量,新的中继方案使用电弧闪光传感器和具有GOOSE消息传递的高速以太网向上游中继发送保护和计量信息。本文介绍了对设备进行改造的努力、保护方案的示范试验和系统调试情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Arc flash mitigation in a chemical and refining facility using IEC 61850
This paper describes the design, testing, and commissioning of modified low voltage switchgear located in a major chemical and refining complex. The intent of the redesign was to significantly reduce the incident energy at the line and bus side of the low voltage lineups. The company mandated that the incident energy should be reduced to Category 3 (25 cal/cm2 or less) at the low voltage line side of the main breakers and to Category 2 (8 cal/cm2 or less) at the bus or load side of the low voltage main breakers. To achieve the reduction of incident energy, new relaying schemes used arc flash sensors and high speed Ethernet networks with GOOSE messaging to send protection and metering information to upstream relays. This paper describes the efforts to modify the equipment, the demonstration tests to show that the protection scheme worked as expected, and the system commissioning.
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