Vehicle Engineering

  • The special vehicle research institute
  • Electric Vehicle Engineering and Technology Center (EVETC)
  • Automobile Research Institute
  • Vibration and Noise Control Laboratory
  • Zhai Li

     

    NAME

    Zhai Li

    TITLE

    Associate Professor

    SCHOOL

    School of Mechanical Engineering

    DEPARTMENT

    Vehicle Engineering

    OFFICE ADDRESS

    Room 501B, Vehicle Laboratory Building, Beijing Institute of Technology

    POST CODE

    100081

    TELEPHONE

    13522885040

    E-MAIL ADDRESS

    Zhaili26@bit.edu.cn

     

    Research and Teaching Interest

    Our research is focused on the motor drive control, electromagnetic compatibility, and dynamic control for Electric Vehicle. Transient dynamics and stability control methods are developed for two motors drive high speed tracked vehicle. Four In-Wheel-Motor Driven Vehicle Electronic Stability Control methods has been studied. Electromagnetic compatibility technology have been developed for electric vehicle motor system. Moreover, Model-based and measurement-based  method for electromagnetic interference from electric vehicle motor inverter system is proposed for EMC design at the early stage of product design to improve the electromagnetic compatibility of electric vehicles.

    Selected Publications and patents

    Publications

    1. N. Bondarenko, L. Zhai, B. Xu, G. Li, T. Makharashvili, D. Loken, P. Berger, T. P. V. Doren, and D. G. Beetner, "A measurement-based model of the electromagnetic emissions from a power inverter," IEEE Transactions on Power Electronics, 2015,30(10):5522-5531. (SCI影响因子: 6.008)
    2. Mingcheng Dong, Li Zhai, Runze Gao, Xinyu Zhang, Research on Radiated Electromagnetic Interference (EMI) from Power Cables of a Three-phase Inverter for Electric Vehicles, IEEE Transportation Electrification Conference and Expo, ITEC Asia-Pacific 2014, Beijing,China.(EI).
    3. Xinyu Zhang, Li Zhai, Mingcheng Dong, Jie Wang, EMI conducted emission for a vehicle DC wiper motor, IEEE Transportation Electrification Conference and Expo, ITEC Asia-Pacific 2014, Beijing, China.(EI).
    4. Zhai Li, Wang Jie, Mingcheng Dong, Feng Huixia, Research on skid steering control strategy for four-in-wheel-motor drive electrical vehicle, IEEE Transportation Electrification Conference and Expo, ITEC Asia-Pacific 2014, Beijing, China.(EI).
    5. Qian-nan Wang, Li Zhai, Hui-xia Feng, Jie Wang. Study on acceleration slip regulation torque distribution control strategy for four in-wheel-motors electric vehicle steering, The 25th Chinese Control and Decision Conference, May 25-27, 2013, 3832-3837Guiyang, China(EI)
    6. Zhai Li, Gao Runze,Wang Qiannan, Study on electromagnetic interference restraining of motor control system, FISITA 2012 World Automotive Congress, 2013,585-594, Beijing, China.(EI).
    7. Zhai Li, Dong Shouquan, Su Liwei, Gao Runze, Optimal DTC strategy of PMSM in electric vehicle,10th World Congress on Intelligent Control and Automation, 2012, 2447-2451, Beijing, China. (EI).
    8. Liu Long, Zhai Li, Feng Hui-Xia, Pan Yong-Chuan, Effects of dynamic characteristics of motor on steering dynamics of electric drive tracked vehicle, Journal of Beijing Institute of Technology (English Edition), 2011,20(SUPPL.2):149-156., EI,
    9. Zhai Li, Pan Yongchuan, Liu Long, Dynamics real-time simulation of dual motors drive tracked vehicle based on RecurDyn and Simulink, 30th Chinese Control Conference, 2011, 3615-3619, Yantai, China.(EI).
    10. Dong Shou-Quan, Zhai Li, Su Li-Wei, Simulation study on torque ripple restraint of PMSM DTC, Journal of Beijing Institute of Technology (english Edition), 2011, 20(SUPPL.2):135-142.(EI)
    11. Zhai Li, Dong Shouquan, Electronic differential speed steering control for four in-wheel motors independent drive vehicle, 2011 World Congress on Intelligent Control and Automation, 2011, 780-783, Taipei, Taiwan.(EI)
    12. Zhai Li, Dong Shouquan, Zhang Chengning, Wang Zhifu, Study on electromagnetic interference restraining of electric vehicle charging system, 4th International Conference on Power Electronics Systems  and Applications, 2011, 1-4, Hong Kong, China. (EI)

    Patents

    1. LI ZHAI; ZHONGLI GU;FENGCHUN SUN;CHENGNING ZHANG;Regenerative braking energy feedback circuit system for dual motor drive hybrid track-laying vehicle, 2012.05.23, China, CN201010229793.6
    2. LI ZHAI; LONG LIU; Double-motor coupled driving tracked vehicle steering system, 2013.07.31, China, CN201210124087.4
    3. LI ZHAI; LONG LIU;RUI ZHANG; Double side motor coupling driving steering system of electric transmission caterpillar vehicle, 2014.10.22, China, CN201210166563.9
    4. LI ZHAI; QIANNAN WANG;LONG LIU; Steering system with coupling of electric drive tracked vehicle steering motor and unilateral drive motor, 2015.03.11, China, CN201210166534.2
    5. ZHAI LI; WANG QIANNAN;LIU LONG; Bilateral motor-drive tracked vehicle steering system, 2014.10.29, China, CN201210116909.4
    6. ZHAI LI; SU LIWEI; GU ZHONGLI; ZHOU YAN; Parallel real-time simulation system of crawler electric drive system, 2014.10.22, China, CN201210114832.7
    7. LI ZHAI; HUIXIA FENG;YAN ZHOU; Control strategy for sliding steering of four-wheel-hub motor driven vehicles, 2014.08.20, China, CN201210114850.5

    Achievements and Awards

    “Teaching and training system construction of new energy vehicles for national strategic demand”, Beijing Education and Teaching Achievement Award, first prize(2013)

     Three Aspects of Education advanced individualBeijing Institute of Technology (2015)

    Professional Membership/Academic Appointments

    Member of IEEE