摘要
当今社会能源紧张，电机耗能占比高，节能需求极为迫切。本研究围绕高效节能电机展开，深入探究电磁设计，选用优质铁芯、优化绕组与气隙；精心打造散热体系，结合液冷与高效翅片；运用遗传算法与有限元分析协同优化参数；搭建平台验证成效。实现电机高效运行、能耗降低，为工业节能、可持续发展开辟道路，推动产业绿色升级。
关键词： 高效节能电机；电磁设计；散热优化；算法优化；节能验证
Abstract
In today's society, energy is scarce, and motors consume a significant amount of it, making energy conservation an urgent necessity. This study focuses on high-efficiency energy-saving motors, delving into electromagnetic design. We select high-quality iron cores, optimize windings and air gaps; meticulously develop a cooling system combining liquid cooling with efficient fins; use genetic algorithms and finite element analysis to collaboratively optimize parameters; and build a platform to verify the effectiveness. The goal is to achieve efficient motor operation, reduce energy consumption, pave the way for industrial energy savings and sustainable development, and promote green industrial upgrades.
Key words： High efficiency and energy saving motor; Electromagnetic design; Heat dissipation optimization; Algorithm optimization; Energy saving verification
参考文献 References
[1] 陈文奎,魏显达,崔家维.高效异步电机在油田节能改造中的应用[J].上海节能,2024,(09):1545-1549.
[2] 郭爱丽.高效电机在暖通空调系统中的节能应用[J].机电产品开发与创新,2024,37(03):68-70.
[3] 袁圆.半潜平台高效电机节能改造探索[J].现代制造技术与装备,2023,59(11):77-79.
[4] 郭栋,于辉,黄志超.高效异步电机在自来水泵站节能改造中的应用[J].供水技术,2023,17(04):45-47.
[5] 陈金刚,王强.高效电机节能设计要点和系统节能发展趋势[J].电气防爆,2022,(06):9-11.
[6] 吕黎,胡卓超,劳文杰,等.超高效电机节能效果测量与分析[J].武汉工程职业技术学院学报,2022,34(04):20-24.
[7] 左林岳,朱嘉豪,赵沂,等.高效电机节能系统推广与建议[J].上海节能,2022,(11):1419-1422.
[8] 朱庭楼,孙红庆.智能高效节能电机系统应用与实践[J].能源研究与利用,2022,(04):52-55.