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文章摘要
基于气吹灭弧模型研究工频电弧发展及抑制机理
Study on the mechanism of power frequency arc development and suppression based on gas-blown arc-extinguishing model
Received:August 27, 2019  Revised:August 27, 2019
DOI:10.19753/j.issn1001-1390.2021.08.014
中文关键词: 输配网  雷电脉冲  MHD磁流体  气吹灭弧  雷击跳闸。
英文关键词: Distribution networks  Lightning pulse  MHD magnetic fluid  Air blow-out arc  Lightning trip-out.
基金项目:国家自然科学基金项目:利用冲击电弧能量抑制工频电弧建弧率的机理研究(项目编号 51467002);广西壮族自治区科技厅科技项目:架空输电线路,高铁接触网防雷关键技术研发及产业化(编号:桂科AB18126105)
Author NameAffiliationE-mail
Wang Jufeng* Guangxi University School of Electrical Engineering hli1919@126.com 
Han Li Guangxi University School of Electrical Engineering 965002157@qq.com 
Lu Xing Guangxi University School of Electrical Engineering 965002157@qq.com 
Li Zijian Guangxi University School of Electrical Engineering 965002157@qq.com 
Zhang Qinghe Guangxi University School of Electrical Engineering 965002157@qq.com 
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中文摘要:
      文中基于MHD理论利用Comsol Mutiphysic仿真平台上对110kV输配网气吹灭弧装置所产生的高速气流与电弧耦合进行研究,发现装置气吹起始灭弧时间点控制在电弧暂态发展的早期,即雷电脉冲波峰过后至第一个工频周期的时间范围内为熄弧的最佳时机,期间电弧具有电导率处于低值状态、弧柱半径小及能量较孱弱的特点,所以设置在此阶段内吹弧能保证彻底熄灭电弧恢复绝缘。
英文摘要:
      In this paper, based on MHD theory, the coupling of high speed air flow and arc produced by 110kV transmission and distribution network gas blowing arc extinguishing device is studied by using Comsol Mutiphysic simulation platform. It is found that the time point control of the device gas blowing initial arc extinguishing is in the early stage of arc transient development, that is, the time range from the lightning pulse peak to the first power frequency period is the best time to extinguish the arc, during which the arc has a low conductivity state. The arc column has the characteristics of small radius and weak energy, so the arc blowing can ensure that the arc can be completely extinguished and insulated.
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