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Externally gapped line arresters a critical design review

机译:外部间隙避雷器的关键设计审查

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Good system reliability is a fundamental requirement for today's power systems. In many parts of the world, lightning is one of the top five reasons for transmission line outages. Until this type of outage is eliminated or minimized, the power systems will not be able to meet their full potential. Shield wires over transmission lines can offer up to an 80% reduction in outages due to lightning; however, with the application of arresters a more lightning proof transmission line can be achieved. The externally gapped line arrester (EGLA) remains un-energized throughout its life and inherently is not subject to system voltage induced failures such as dielectric degradation or temporary overvoltage. This paper the design, application and benefits of the EGLA.
机译:良好的系统可靠性是当今电源系统的基本要求。在世界许多地方,雷电是传输线中断的五大原因之一。在消除或减少此类故障之前,电力系统将无法充分发挥其潜力。传输线上的屏蔽线可将雷电造成的中断减少多达80%;但是,通过使用避雷器,可以实现更防雷的传输线。带有外部间隙的避雷器(EGLA)在其整个生命周期内均保持断电状态,并且固有地不受系统电压引起的故障(例如介电质退化或暂时过电压)的影响。本文介绍了EGLA的设计,应用和优势。

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