Research on Simulation and Verification Experiment Method for Pressure Characteristics of Converter Transformer Tank under Internal Arc Fault

Z. Pan, J. Deng, Zhicheng Xie, Xiang Peng, Mingchun Hou, Haibin Zhou
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Abstract

Internal electrical fault of converter transformer may generally cause high-energy arc. Internal arc fault will lead to rapidly increasing dynamic oil pressure and tank rupture. The leakage of oil with leakage high temperature may cause fire. Whether the mechanical strength of the tank for converter transformer can withstand this dynamic oil pressure is the decisive factor to determine whether a fire may occurs. In this paper, the mechanical characteristics, such as mechanical stress and deformation of the tank under internal arc fault are simulated and analyzed by FEM method, and some technical measures, such as flexible oil tank, to reduce the probability of tank rupture are proposed. Meanwhile, this paper puts forward a verification test method of mechanical strength of the tank for converter transformer based on arc test in the transformer oil.
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换流变压器油箱内弧故障压力特性仿真与验证实验方法研究
换流变压器内部电气故障一般会引起高能电弧。内弧故障会导致动油压迅速升高,导致油罐破裂。泄漏温度高的油的泄漏可能引起火灾。换流变压器油箱的机械强度能否承受这种动油压,是决定是否发生火灾的决定性因素。本文采用有限元法模拟分析了内弧故障作用下油罐的机械应力和变形等力学特性,并提出了采用柔性油罐等技术措施来降低油罐破裂的概率。同时,提出了一种基于变压器油中电弧试验的换流变压器油箱机械强度验证试验方法。
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