Simulation of Power Transformer Winding Sections Provided with Metal Oxide Surge Absorber Blocks Using Full and Chopped Impulse Voltage Waves

M. Ansari, G. Gurumurthy, J. Amarnath
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Abstract

Very fast transient voltage behavior of power transformer winding sections can be improved by providing suitable metal oxide surge absorber (MOA) blocks across sections of the windings. Computer simulations have been carried out to investigate surge voltage performance of these type of windings for appearance of 1.2/50 microseconds wave shape, full and chopped impulse voltages at line terminal. Transformer windings with alpha (Square root of ratio of total ground capacitance to total series capacitance of the winding) values in range of 6 to 18 have been analyzed. Results of studies carried out to identify presence of faults in winding section due to appearance of full and chopped impulse voltage waves with MOA blocks provided across all winding sections are reported in this paper.
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含金属氧化物浪涌吸收块的电力变压器绕组段脉冲电压全波和斩波仿真
通过提供合适的金属氧化物浪涌吸收(MOA)块,可以改善电力变压器绕组部分的快速瞬态电压行为。通过计算机仿真研究了这类绕组在1.2/50微秒波形、线端全冲击电压和斩波冲击电压下的浪涌电压性能。对α(总接地电容与绕组总串联电容之比的平方根)值在6 ~ 18范围内的变压器绕组进行了分析。本文报道了通过在所有绕组段设置MOA块来识别绕组段中由于出现完整和切碎的冲击电压波而存在故障的研究结果。
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