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Suppressing Resonance in Transformer Winding Under Very Fast Transient Overvoltage

机译:在非常快速的瞬态过电压下抑制变压器绕组的共振

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This paper presents a new method for suppressing internal resonance in power transformers connected to gas insulated substation (GIS) due to very fast transient overvoltage (VFTO) in the GIS. Internal resonance within the transformer windings will take place if one of VFTO frequencies matches with the power transformer natural frequency. In this context, the parameters affecting internal transformer resonance are investigated through the simulation of 400kV GIS connected to a 250MVA, three phase transformer and a new suppressing method for internal transformer resonances is proposed. In contrary with existing resonance suppressing approaches that call for modifications in the GIS structure, the proposed method in this paper can be employed with any existing GIS without any change in its structure.
机译:本文提出了一种新的方法,用于抑制电力变压器中的内部谐振,由于GIS中的非常快速的瞬态过电压(VFTO),由于非常快速的瞬态过电压(vfto)。如果VFTO频率之一与电力变压器自然频率匹配,将发生变压器绕组内的内部谐振。在这种情况下,通过连接到250MVA的400kV GIS的模拟来研究影响内部变压器谐振的参数,提出了三相变压器和用于内部变压器谐振的新抑制方法。相反,与在GIS结构中调用修改的现有共振抑制方法,本文中所提出的方法可以与任何现有的GIS一起使用,而没有其结构的任何变化。

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