Research on Coordination of the Multi-grade Surge Protective for Secondary System in Substation

Gang Xu, Hengbin Si
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Abstract

If lightning damage occurs in substations, huge block would be caused out in a large area, and lots of trouble would be brought to social production and daily life. So it requires that lightning protection should be reliable. Presently, the lightning protection measures of high voltage system are perfect, while the secondary system mainly consists of plenty of electronic, micro-electronic, etc LV devices, which make the withstanding voltage standard fairly low. With the smart grid presentation, there will be more new information technology and more LV devices will be used in substations, so higher demand on reliability of lightning protection is put forward. This paper put forward a multi-grade surge protective for secondary system in substation using surge protective devices in order to achieve superior overall performance and using electromagnetic transient program (EMTP) analysis of the performance of their protection and parameter coordination.
变电站二次系统多级防雷协调研究
变电站一旦发生雷击灾害,将造成大面积大面积的停电,给社会生产和日常生活带来诸多麻烦。所以就要求防雷要可靠。目前,高压系统的防雷措施较为完善,而二次系统主要由大量的电子、微电子等低压器件构成,使得其耐压标准较低。随着智能电网的出现,新的信息技术越来越多,变电站使用的低压设备也越来越多,对防雷的可靠性提出了更高的要求。本文提出了一种多级电涌保护变电站二次系统采用的电涌保护装置,以达到优越的综合性能,并利用电磁暂态程序(EMTP)对其保护性能进行了分析和参数协调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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