Transformer simulation modeling method and system based on integrated auxiliary control system

The invention discloses a transformer simulation modeling method and system based on an integrated auxiliary control system. The method comprises the following steps: determining structural parameters required by geometric modeling of a transformer; assigning values to the structure parameters, and...

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Hauptverfasser: CHOI PIL-BO, XIAO JUNXIAN, MOU XIUJUN, YU BIN, YANG PENGDONG, YIN CHAOYONG, ZHOU JIANNAN, REN KAI, LI LINSHAN, LIU WEILIANG, ZANG XIN, XU BIAO, JIN SHENGPENG, SHU JINLIU, XU LIQIANG, GONG YUSHENG, LIU ZHIHAO, WANG JUNJUN, HAYASHI KIYOSHI, OUYANG ZONGSHUAI, WANG ZHONGLAI, LI XINGPING, WANG BO, XIAO HAOLONG, DING YU, YAN YABING, LONG XUEMEI, JIANG ZHIWEN
Format: Patent
Sprache:chi ; eng
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Zusammenfassung:The invention discloses a transformer simulation modeling method and system based on an integrated auxiliary control system. The method comprises the following steps: determining structural parameters required by geometric modeling of a transformer; assigning values to the structure parameters, and carrying out geometric modeling on an iron core, a winding, an insulating layer and an air part of the transformer based on the values of the structure parameters so as to obtain a three-dimensional model of the transformer; setting material parameters for the three-dimensional model of the transformer; setting excitation and magnetic field boundary conditions of magnetic field simulation based on monitoring data in the integrated auxiliary control system; performing grid division on the three-dimensional model setting of the transformer; and setting a solver, and performing magnetic field simulation through the solver to obtain a magnetic field distribution cloud picture of the transformer. The invention aims to r