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钢中涡流和磁滞损耗问题
引用本文:程志光 高生. 钢中涡流和磁滞损耗问题[J]. 变压器, 1999, 36(9): 1-5
作者姓名:程志光 高生
作者单位:保定天威集团大型变压器公司!保定071056
摘    要:基于面向工程的基准模型,详细地研究了导磁、非导磁钢的不同的损耗行为,指出导磁钢中的磁滞损耗是其总损耗的不可忽视的部分。并根据导磁钢中的磁通密度最大值与单位磁滞损耗的关系,计算了钢中的磁滞损耗,得到了一些具有典型意义的损耗结果。

关 键 词:涡流损耗 磁滞损耗 导磁钢 电力变压器 试验

Evaluation of Eddy Current and Hysteresis Loss in Steel Parts
Cheng Zhiguang,Gao Sheng,Hu Qifan,Liu Zhiguang,Wu Mingxun and Liu Yuxian Baoding Large Power Transformer Co.,Baoding. Evaluation of Eddy Current and Hysteresis Loss in Steel Parts[J]. Transformer, 1999, 36(9): 1-5
Authors:Cheng Zhiguang  Gao Sheng  Hu Qifan  Liu Zhiguang  Wu Mingxun  Liu Yuxian Baoding Large Power Transformer Co.  Baoding
Affiliation:Cheng Zhiguang,Gao Sheng,Hu Qifan,Liu Zhiguang,Wu Mingxun and Liu Yuxian Baoding Large Power Transformer Co.,Baoding 071056
Abstract:Based on benchmark models, the loss behavior of both magnetic and non-magnetic steel is studied in detail. It is pointed out that the hysteresis loss is a non-negligible portion of the total stray field loss caused in magnetic steel, which can be calculated according to the Wh-Bm curve. And some typical loss results are presented here.
Keywords:Transformer   Eddy current   Loss   Hysteresis loss   Analysis   Magnetic steel
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