首页--交通运输论文--公路运输论文--汽车工程论文--各种汽车论文--各种能源汽车论文--电动汽车论文

Research on Advanced Control Techniques of a Five-phase PMSM for Electric Vehicle Applications

Abstract第3页
1. The topic and literature review第6-13页
    1.1 Electric vehicle technology第6-7页
    1.2 EV and Five-phase PMSM第7-8页
    1.3 Literature review and analysis第8-13页
        1.3.1 EV as an application field for the five-phase PMSM第8-9页
        1.3.2 Topologies and modulation strategies for the two-level VSI第9-10页
        1.3.3 PI controller for the current loop of multiphase machines第10-11页
        1.3.5 Sliding Mode Control in speed loop第11-13页
2. FOC of five-phase PMSM第13-35页
    2.1 Mathematical model of five-phase PMSM第13-18页
        2.1.1 Model in Natural Coordinate of the five-phase PMSM第13-14页
        2.1.2 Five-phase PMSM transformation matrix第14-16页
        2.1.3 Model in rotating coordinates of the five-phase PMSM第16-17页
        2.1.4 Electromagnetic torque equation of the five-phase PMSM第17页
        2.1.5 Total power loss equation for PMSM第17-18页
    2.2 Five-phase VSI第18-31页
        2.2.1 Space vector PWM (SVPWM) for five-phase VSI system第19-31页
    2.3 Current control with PI controllers第31-32页
    2.4 Speed control with PI controllers第32-33页
    2.5 Sliding mode control第33-35页
3. Research on advanced control of Speed and Torque第35-47页
    3.1 PI controller adjusted to five-phase PMSM第36-37页
        3.1.1 Mathematical model第36页
        3.1.2 Lyapunov function第36-37页
    3.2 Nonlinear speed control第37-41页
        3.2.1 Torque equation第37-38页
        3.2.2 SMC for speed loop第38-39页
        3.2.3 Disturbance observer第39-41页
    3.3 Simulation第41-47页
        3.3.1 Analysis of modulation strategies for five-phase VSI第41-43页
        3.3.2 Modeling of PI controller adjusted to five-phase PMSM第43-45页
        3.3.3 Modeling of SMC in the speed loop for the five-phase PMSM第45-47页
4. Hardware implementation第47-51页
    4.1 Drive description第47-48页
    4.2 Drive block diagram第48-51页
5. Experiment results第51-59页
    5.1 Adjusted PI current controller第51-54页
        5.1.1 Iq current step command第51-52页
        5.1.2 Iq current step command: SVPWM phase currents第52-53页
        5.1.3 Iq current step command: speed response第53页
        5.1.4 Iq current reverse rotation command: speed response第53页
        5.1.5 Analysis第53-54页
    5.2 Sliding mode control in the speed loop第54-59页
        5.2.1 Speed step command第54-55页
        5.2.2 Low speed region: load disturbance第55-56页
        5.2.3 High speed region: load disturbance第56-57页
        5.2.4 Torque command with constant speed第57-58页
        5.2.5 Speed ramp第58页
        5.2.6 Analysis第58-59页
Conclusion第59-60页
References第60-66页
Appreciation第66页

论文共66页,点击 下载论文
上一篇:超声振动辅助磨削低膨胀玻璃技术研究
下一篇:超声驻波悬浮谐振状态的仿真