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Analysis And Study On Distribution Of Defect Electric Field On Basin-type Insulator In GIS

机译:GIS盆式绝缘子缺陷电场分布的分析研究

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With the increase of electric network voltage in power system, the internal discharge phenomenon of gas insulated substation (GIS) during operation often happens. In this paper, a 3-D simulation model of GIS with metal protrusion on basin-type insulator was utilized to study the effect of metal protrusion on the electric field distortion in GIS. It can be concluded from simulation results that the electric field increases with the height of metal protrusion when the radius is constant, while decrease with the increase of radius of metal protrusion. In addition, the metal protrusion near high voltage conductor lead to more severe electric field distortion than that near grounded enclosure. This work is of significance for the actual operation and maintenance of GISs in the power system.
机译:随着电力系统电网电压的升高,气体绝缘变电站在运行过程中经常发生内部放电现象。本文利用盆状绝缘子上金属突起的GIS三维模型,研究了金属突起对GIS电场畸变的影响。从仿真结果可以得出结论,当半径恒定时,电场随着金属突起高度的增加而增加,而随着金属突起半径的增加而减小。另外,高压导体附近的金属突出物比接地外壳附近的金属突出物导致更严重的电场失真。这项工作对于电力系统中GIS的实际运行和维护具有重要意义。

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