Evaluation of Vector Fitting Methodology on Distribution Transformers Modelling Based on Lightning Impulse Test Results

P. Tavares, J. Villibor, G. Lopes, G. Faria, Matheus Pereira, E. W. Neto
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Abstract

This paper aims to develop and validate black-box models for distribution transformers using the vector fitting methodology on Frequency Response Analysis (FRA) results. Thirteen single-phase distribution transformers were evaluated using the FRA. The black-box models obtained by vector fitting were firstly validated on frequency domain through FRA tests. Afterwards, Alternative Transients Program (ATP) simulations were used to compare the model response on time domain - where the transformer models are submitted to the standard lightning impulse shape - with actual recordings of lightning impulse tests on LAT-EFEI High Voltage Laboratory.
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基于雷电冲击试验结果的配电变压器建模矢量拟合方法评价
本文旨在利用频率响应分析(FRA)结果的向量拟合方法,开发和验证配电变压器的黑盒模型。采用FRA对13台单相配电变压器进行了评价。首先通过频域FRA试验对矢量拟合得到的黑盒模型进行频域验证。随后,采用备选瞬变程序(ATP)模拟,将模型在时域上的响应(变压器模型被提交到标准雷击形状)与late - efei高压实验室的雷击测试实际记录进行比较。
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