基于RMxprt Maxwell的SRG低速电流斩波控制研究
    点此下载全文
引用本文:刘烈焜,易灵芝,徐斌,罗百敏,朱广辉, 吴炜楠.基于RMxprt Maxwell的SRG低速电流斩波控制研究[J].计算技术与自动化,2014,(3):47-51
摘要点击次数: 1399
全文下载次数: 40
作者单位
刘烈焜,易灵芝,徐斌,罗百敏,朱广辉, 吴炜楠 (1. 智能计算与信息处理教育部重点实验室(湘潭大学)湖南 湘潭4111052.湘潭牵引电气设备研究所有限公司湖南 湘潭411101) 
中文摘要:基于Ansoft/RMxprt 和 Maxwell的仿真环境,建立开关磁阻发电机仿真模型,采用有限元分析,研究其静态和动态特性; 研究旋转电机优化设计方法,指导开关磁阻发电机及其控制系统优化设计。采用低速段电流斩波控制,得到最佳开通角、关断角、转速、和电流滞环控制宽度等参数,指导样机发电实验,增加发电输出功率,提高SRG发电系统稳定性。
中文关键词:开关磁阻发电机  电流斩波控制  有限元分析  旋转电机优化设计
 
Study of Low Velocity Current Chopping Control for SRG Based on RMxprt Maxwell
Abstract:The module of 8/6 phase switched reluctance generator was built under Ansoft / RMxprt and Maxwell. The basic static performance and dynamic performance of SRG were analyzed based on the model by finite element analysis; The results of optimization design of rotating electrical machines can be available used to design and optimize the new type machine and its control system. In low velocity, a new type current chopping controller is adopted, the control parameters can be got, such as θon, θoff, velocity and current chop control width, so the prototype machine can be achieved, and the output power can be enlarge, and the stability of SRG power system can be increased.
keywords:SRG  Current Chopping Control (CCC)  Finite Element Analysis(FEA)  optimization design of rotating electrical machines
查看全文   查看/发表评论   下载pdf阅读器