ZOne based protection for low voltage systems; Zone selective interlocking, bus differential and the single processor concept

M. Valdes, P. Hamer, T. Papallo, R. Narel, B. Premerlani
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引用次数: 3

Abstract

Time based coordination and protection is the normal basis for coordinating low voltage power distribution systems. Enhancements, such as zone selective interlocking and bus differential protection, may be used to accelerate protective devices. However, these improvements may be costly, difficult to implement, and may not function as expected using commonly available technology. Nevertheless, the potential benefit of fault clearing speed and selectivity are more valued in todaypsilas arc-flash and reliability conscious environment than ever before. The writers shall discuss some issues associated with these traditional improvements, pitfalls to avoid and, more effective ways to implement zone-based protection to achieve fast fault protection while maintaining complete selectivity for a broad range of fault magnitudes, system configurations and load types.
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低压系统的分区保护;区域选择性联锁,总线差动和单处理器的概念
基于时间的协调与保护是低压配电系统协调的正常基础。增强功能,如区域选择性联锁和母线差动保护,可用于加速保护装置。然而,这些改进可能代价高昂,难以实现,并且使用常用技术可能无法达到预期的效果。然而,故障清除速度和选择性的潜在好处在今天的等离子弧闪和可靠性意识环境中比以往任何时候都更有价值。作者将讨论与这些传统改进相关的一些问题,要避免的陷阱,以及更有效的实施基于区域的保护的方法,以实现快速故障保护,同时保持对大范围故障大小,系统配置和负载类型的完全选择性。
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