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Benchmarking of hysteretic elements in topological transformer model

机译:拓扑变压器模型中磁滞元素的基准测试

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Transformer core modeling is of importance for some transient studies like inrush currents, ferroresonance and geomagnetically induced current. This paper compares a transformer model with different magnetization representations to actual measurements. Piecewise nonlinear (Type 98) or hysteretic inductors (Type 96) both in parallel to a constant resistance, Jiles-Atherton hysteretic inductance and a newly developed inverse dynamic hysteresis model (DHM) are tested for open circuit response, residual flux after switching out, and inrush currents when energizingthe transformer. The models have all problems of reproducing the magnetization current details and there are substantial differences between the models in residual flux estimation resulting in quite different inrush patterns. The DHM model is the easiest to use as few parameters are required and the model gives fairly well agreement with measurements. (C) 2016 Elsevier B.V. All rights reserved.
机译:变压器铁心建模对于某些瞬态研究(如涌入电流,铁磁谐振和地磁感应电流)非常重要。本文将具有不同磁化表示形式的变压器模型与实际测量结果进行了比较。分段非线性(98型)或磁滞电感器(96型)与恒定电阻,Jiles-Atherton磁滞电感和新开发的逆动态磁滞模型(DHM)并联,测试了开路响应,关断后的残留磁通,给变压器通电时会产生浪涌电流。这些模型存在重现磁化电流细节的所有问题,并且模型之间在剩余磁通量估计上存在很大差异,从而导致完全不同的涌入模式。 DHM模型最易于使用,因为所需参数很少,并且该模型与测量值非常吻合。 (C)2016 Elsevier B.V.保留所有权利。

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