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文章摘要
电缆出线变电站连续两次雷击仿真及防护措施
Simulation and Srotection Measures for Two Consecutive Lightning Strikes of Cable Outlet Substation
Received:July 05, 2017  Revised:July 06, 2017
DOI:
中文关键词: 雷电绕击  PSCAD  电缆长度  第二次雷击  热备用状态
英文关键词: lighting  failure, PSCAD, length  of cable, the  second lightning  strike, hot  standby mode
基金项目:纳米复合填充物对水树的修复及其在多因子老化下的作用机理研究(基金编号:51477106)
Author NameAffiliationE-mail
SONG Yongjia Wuzhou Bureau, CSG EHV Power Transmission Company 13977490993@163.com 
WEN Caiquan Wuzhou Bureau, CSG EHV Power Transmission Company csgwcq@139.com 
LI Ning Wuzhou Bureau, CSG EHV Power Transmission Company scu_ljh@163.com 
XUAN Haizhen Wuzhou Bureau, CSG EHV Power Transmission Company blue5406@163.com 
WU Zhixiang* Sichuan University 18202891390@163.com 
ZHOU Kai Sichuan University zhoukai_scu@163.com 
ZHU Guangya Sichuan University miyazhu_1989@126.com 
WAN HANG Si Chuan University 13540318300@163.com 
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中文摘要:
      针对某电缆出线变电站近区连续遭受两次雷电绕击的事故,基于PSCAD/EMTDC搭建仿真模型并进行了过电压的仿真计算。雷击点位于变电站进线第二基杆塔处,仿真分析了发生第一次雷电绕击时,绝缘子片数和出线电缆的长度对绕击过电压的影响,以及发生第二次绕击时不同的避雷器配置方案对热备用状态下断路器过电压的影响。仿真结果表明,绝缘子片数的增加会增大绕击过电压幅值,不同电缆长度对限制过电压的效果具有明显的差异;发生第二次雷击时,通过在站内断路器断口侧及变电站第一基杆塔绝缘子旁安装避雷器,能够有效减小断路器过电压幅值。
英文摘要:
      Based on PSCAD / EMTDC simulation software, the simulation of the overvoltage is carried out for the accident of two lighting failure in a substation near the cable outlet. Lightning point is located in the substation line into the second base tower. When the first lightning strike occurs, the number of insulators and the length of the outgoing cable on the overvoltage are simulated and analyzed. And the influence of different arrester configuration schemes on the over-voltage of the circuit breaker under the standby condition is analyzed. Simulation results show, as the number of insulators increases, the magnitude of the overvoltage will increase, the effect of different cable lengths on limiting overvoltages is quite different; when a second lightning strike occurs, the surge voltage can be effectively reduced by installing the surge arrester at the side of the breaker and the first base tower insulator in the substation.
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