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文章摘要
基于田口算法的电磁铁结构的优化设计
Designing an Electromagnet Using Taguchi Method and Dynamic Characteristic Analysis
Received:March 31, 2019
Revised:March 31, 2019
DOI：
10.19753/j.issn1001-1390.2020.15.024
中文关键词
:
断路器
电磁铁
等效磁路
田口算法
瞬态仿真
英文关键词
:
circuit breaker
electromagnetic
equivalent magnetic circuit method
Taguchi method
transient simulation.
基金项目
:
国家自然科学基金项目（ 51607184）
Author Name
Affiliation
E-mail
DONG Runpeng
*
College of Electrical Engineering
,
Naval University of Engineering
Dongxiaopeng1990@163.com
ZHUANG Jinwu
College of Electrical Engineering
,
Naval University of Engineering
13871161550@163.com
HU Xinkai
College of Electrical Engineering
,
Naval University of Engineering
13971631995@163.com
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中文摘要
:
电磁铁凭借其快速性和稳定性可作为真空断路器的合闸机构。由于电磁铁的结构参数较多,在过往设计研究中难以考虑各参数对电磁力影响的耦合关系,本文针对这一问题,提出了一种基于田口算法的电磁铁多结构优化方法。首先对电磁铁进行等效磁路分析,确定对电磁力影响较大的参数作为田口算法的控制因子；以不同位置的最大电磁力为优化目标,基于有限元分析和田口算法建立直角表,分析了各控制因子对电磁力的影响规律,考虑电磁铁的功率及体积限制,并对电磁铁的最终参数进行选择；将电磁场和运动方程耦合计算,开展了电磁机构的瞬态有限元分析,对比了电磁铁优化前后的运动特性；最后进行样机实验,实验与仿真结果表明,经过优化后的电磁铁所需的驱动电流更小,使用100mF电容预充72V电压时可在135ms完成6mm运动行程。该方法可指导电磁铁结构的优化。
英文摘要
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