现代电子技术2018，Vol.41Issue(2)：111-115,5.DOI:10.16652/j.issn.1004-373x.2018.02.028
基于矢量控制的电动自行车控制器设计
Design of electric bicycle controller based on vector control
摘要
Abstract
The demands of electric bicycle transmission system for energy saving and noise reduction are increased. In com-parison with the traditional brushless DC motor driven in the 120° square wave drive mode with conduction in pairs,the perma-nent magnet synchronous motor in the mode of vector control has the advantages of low noise and low energy efficiency. Under the premise of satisfying the basic functions,a low-cost hardware of the controller was designed. The basic principle of the seven-step space vector pulse width modulation(SVPWM)that two zero vectors are utilized alternately and single-resistance sampling stator current reconstruction,and the software implementation of the electric bicycle′s basic functions are described. The control-ler was verified on the experiment platform based on STM32F031C6T6. The experimental results show that the vector control sys-tem can enhance the performance of the electric bicycle drive system greatly,and has higher cost performance than the square wave controller.关键词
电动自行车/永磁同步电机/矢量脉宽调制/单电阻采样/电流重构/转矩脉动Key words
electric bicycle/permanent magnet synchronous motor/SVPWM/single-resistance sampling/current recon-struction/torque ripple分类
信息技术与安全科学引用本文复制引用
刘锴,王宜怀,徐达..基于矢量控制的电动自行车控制器设计[J].现代电子技术,2018,41(2):111-115,5.基金项目
国家自然科学基金:无线网传感器网络中紧急事件信息发布的可靠性研究(61070169)Project Supported by National Natural Science Foundation:Research on the reliability of emergency information release in wireless sensor network (61070169) （61070169）
