Investigating effect of Electromagnetic Force on Sandwich Winding Transformer using Finite Element Analysis

Kamran Dawood, G. Komurgoz
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Abstract

Transformers are one of the irreplaceable elements in the electrical system. During the working of the transformers, transformers are energized all day and these devices are subjected to a variety of stresses and electromagnetic forces. These stresses and electromagnetic forces can significantly affect the working of the transformer. The winding type of transformer has a great influence on the working of the transformer. The leakage reactance, flux leakage, voltage drop, and losses are also mainly affected by the type of transformer winding. Electromagnetic forces in the transformer are also influenced by the type of winding. In this work, a two-dimensional finite element transformer model has been used to investigate the electromagnetic forces in the sandwich winding transformer.
用有限元法研究电磁力对夹层绕组变压器的影响
变压器是电力系统中不可替代的元件之一。在变压器工作过程中,变压器全天处于通电状态,这些设备受到各种应力和电磁力的作用。这些应力和电磁力会显著影响变压器的工作。变压器的绕组类型对变压器的工作有很大的影响。漏抗、漏磁、压降、损耗也主要受变压器绕组类型的影响。变压器中的电磁力也受绕组类型的影响。本文采用二维有限元变压器模型研究了夹芯绕组变压器内的电磁力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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