Faculty Profile

[1]      Research on Fault Diagnosis and Self-Healing Reconstruction Strategy of Advanced Traction Power Supply System, National Natural Science Foundation of China (General Program)，（52077181），2021.01-2024.12，（host）

[2]      Study on Dynamic and Stable Operation Strategy of Main Substation of Advanced Traction Power Supply System with Super Compensator, Key Project of Applied Basic Research in Sichuan Province, (2019YJ0241)，30万，2019.01-2021.01，(host)

[3]      Multifunctional Power Supply System for Urban Rail Transit, Chengdu Science and Technology Project, （2019-YF05-01701-SN），2020.07-2021.06. (host)

[4]      Research on Theory and Key Technology of Full-Through Self-Consistent Power Supply for Sichuan-Tibet Railway, Research Project on Basic Research Funds of Central Universities, （2682021ZTPY090），2021.5-2023.4. (host)

[5]      Research on Control Strategy of Advanced Traction Power Supply System Based on Output Trans-former Less, National Natural Science Foundation of China (General Program), （51477144），2015.1-2018.12.(host)

[6]      Research on Key Technologies of Intelligent Distribution System for High-speed Railway, China Railway Corporation Science and Technology Research and Development Plan Key Issues, （2017J001-E），2017.9-2019.6.(host)

[7]      A New Traction Power Supply System Based on MMC, Open Project of National Rail Transit Electrification and Automation Engineering Research Center, 2017.12-2019.12. (host)

[8]      Research on Advanced Co-phase Power Supply System and Grid-Connected Technology, Science and Technology Innovation Project of Special Fund for Basic Research Business Fees in Central Universities, （A0920502051202-28），2013.01-2014.12.(host)

[9]      Research on Advanced Co-Phase Traction Power Supply System Based on Multilevel Three- phase-single-phase Converter, Open subject of State Key Laboratory of Traction Power, （TPL1313），2012-2013.(host)

[10]   The Evaluation Of Door Control Redundancy Research Scheme Evaluation, Science and technology projects commissioned by enterprises and institutions, （2018H069），2018.7-2019.5. (host)

[11]   Research on Advanced Co-Phase Power Supply System and Its Three-phase-single-hase Converter, National Natural Science Foundation of China (General Program), （51377004），2014.1-2017.12. (primary researcher)

[12]   Research on Energy Consumption Influence Mechanism and Key Optimization Technology of Large Capacity Energy Saving Transformer, Science and technology projects commissioned by enterprises and institutions, 2017.6-2019.6.( primary researcher)

[13]   Research on Energy Consumption Influence Mechanism and Key Optimization Technology of Large Capacity Energy Saving Transformer, National Science and Technology Program，2017.7-2020.6 ( primary researcher)

[14]   Research and Application of Coil Core Energy-saving Autotransformer and Box AT Institute,

China Railway Corporation Science and Technology Research and Development Plan Key Issues, （2015J005-B），2015.6-2017.12. ( primary researcher)

[15]   Research on Cophase Power Supply and Application Technology of Electrified Railway, Major Project of Science and Technology Research and Development Plan of China Railway Corporation, （2015J005-A），2015.6-2016.12. ( primary researcher)

[16]   Development of Power Electronic Traction Transformer for Vehicle, Open Project of National Rail Transit Electrification and Automation Engineering Research Center, 2013.6-2016.6. ( primary researcher)

[17]   Development of Energy-saving Traction Transformer for Electrified Railway, China Railway Corporation Science and Technology Research and Development Plan Key Issues, （2013J010-F），2013.6-2015.12. ( primary researcher)

[18]   Study on Nonlinear Resonance of Traction Power Supply System of High-speed Railway under Dynamic Condition, National Natural Science Foundation of China, （51177139）,2012-2014.

[19]   Key Basic Research on Active Safety Control of High-speed Train, National Natural Science Foundation of China. （61134001），2012-2014. (primary researcher)

[20]   Electrified Railway Co-phase Power Supply Device, National Science and Technology Support Project, (2007BAA12B05)，2007-2010. (primary researcher)

[1]      He Xiaoqiong, Peng Xu, Zhou Yingying. A Advanced Traction Power Supply System Based On Parallel Multilevel Converter[P], CN203864468U,2014.10.08.(utility model) （Authorized）

[2]      Shu Zeliang, He Xiaoqiong, Kuang Zuhang, Song Shasha, Wang Shitao, Ma Weitian. A Three-level Power Electronic Traction Transformer With Non-Nominal Frequency Transformer[P], CN203968005U，2014.11.26. (utility model) （Authorized）

[3]      Shu Zeliang, He Xiaoqiong, Wen Dezhi, Zhao Li, Qin Zhen. A Digital Processing Circuit Cascade System for IGBT Driving Signal, [P], CN204578505U, 2015.08.19. (utility model) （Authorized）

[4]      Shu Zeliang, Wang Shitao., Yin Xiaodong, He Xiaoqiong. A Multi-Isolated Transformer Series Power Supply Device[P], CN204578391U, 2015.08.19. (utility model) （Authorized）

[5]      Shu Zeliang, Zhao Li, Peng Xu, Zhou Yingying, He Xiaoqiong. A Co-Phase Power Supply System Based On Single-Phase Full-Bridge Diode Clamped Multilevel Back-To-Back Converter[P], CN204578379U, 2015.08.19. (utility model) （Authorized）

[6]      Shu Zeliang, Yu Biao, Liu Ming, Chen Yajun, He Xiaoqiong. A Single-Phase Half-Bridge Multilevel AC-DC-AC Converter[P], CN204578378U, 2015.08.19. (utility model) （Authorized）

[7]      He Xiaoqiong, Ya Shangsong, Wang Peng, Shu Zeliang. A Cascaded-Parallel Hybrid Converter Device[P], CN204578377U, 2015.08.19. (utility model) （Authorized）

[8]      He Xiaoqiong, Peng Xu, Zhao Chen, Zhou Yingying, Shu Zeliang. A Cascaded Co-Phase Power Supply System Without Input and Output Transformers[P], CN204567350U, 2015.08.19. (utility model) （Authorized）

[9]      Shu Zeliang, Zhang Ziwei, Zhao Li, He Xiaoqiong. A Topology Of Vehicle Power Frequencyless Power Electronic Transformer[P], CN204707044U, 2015.10.14. (utility model) （Authorized）

[10]   Shu Zeliang, Liu Liang, Wei Bin, Rordon, Chu Feng, He Xiaoqiong. A Three-Phase-Single-Phase Transformer Without Power Frequency Transformer[P], CN205051584U, 2016.02.24. (utility model) （Authorized）

[11]   He Xiaoqiong, Guo Aiping, Zhao Chen, Lin Xiaolan, Shu Zeliang. A Self-Powered AC-DC-AC Power Supply System Structure Of Electrified Railway Traction Substation[P], CN206099785U, 2017.04.12. (utility model) （Authorized）

[12]   He Xiaoqiong, Yang Yuqi, Peng Xu, Shu Zeliang. A High-Speed Train Auxiliary Converter[P], CN206389297U, 2017.08.08. (utility model) （Authorized）

[13]   Shu Zeliang, Meng Linghui., Mao Wenjun, Leiyuan, Qin Yi, He Xiaoqiong. A Power Electronic Transformer[P], CN207251209U, 2018.04.17. (utility model) （Authorized）

[14]   Shu Zeliang, Leiyuan, Lin Hongjian, Hu Wentao, Zhang Xufeng, He Xiaoqiong. A Power Electronic Transformer[P], CN207398830U, 2018.05.22. (utility model) （Authorized）

[15]   Shu Zeliang, Li Zuyong, Mao Wenjun, Yao Jiaxuan, Meng Linghui, He Xiaoqiong. A Voltage-Sharing Circuit Of Five-Level Converter[P], CN207504780U, 2018.06.15. (utility model) （Authorized）

[16]   He Xiaoqiong, Liu Jiabo, Peng Jun, Shang Fuchen, Han Pengcheng, Shu Zeliang. A Power Supply Structure Of Electrified Railway Traction Network[P], CN209505511U, 2019.10.18. (utility model) （Authorized）

[17]   He Xiaoqiong, Wang Yi, Han Pengcheng, Zhao Zhiqin, Shu Zeliang. A General Flexible Energy Management System Based On Modular Multilevel Converter[P], CN208353222U, 2019.01.08. (utility model) （Authorized）

[18]   He Xiaoqiong, Pan Wenjie, Han Pengcheng, Peng Jun, Shu Zeliang. A Advanced Traction Power Supply System[P], CN208522465U, 2019.02.19. (utility model) （Authorized）

[19]   He Xiaoqiong, Ren HaiJun, Han Pengcheng, Shu Zeliang. A Fault Diagnosis Device For Three-Level Cascaded Inverter[P], CN208520978U, 2019.02.19. (utility model) （Authorized）

[20]   Zhu Mingxuan, Li Qiang, Li Yan, He Xiaoqiong, able Fault Protection Device[P], CN208874281U, 2019.05.17. (utility model) （Authorized）

[21]   Shu Zeliang, Yan Han, Li Zuyong, Cai Chunjian, Lin Hongjian, He Xiaoqiong. A Resonant Converter[P], CN208939829U, 2019.06.04. (utility model) （Authorized）

[22]   He Xiaoqiong, Zhu Mingxuan, Yu Haolun, Peng Jun, Shu Zeliang. A Traction Power Supply Structure Of Electrified Railway[P], CN209233483U, 2019.08.09. (utility model) （Authorized）

[23]   He Xiaoqiong, Peng Jun, Liu Zi, Han Pengcheng, Shu Zeliang. A Electrified Railway Advanced Traction Power Supply Device[P], 2019213409109, 2019.08.19. (utility model) （Authorized）

[24]   He Xiaoqiong, Liu Yujia, Han Pengcheng, Wan Yupei, Shu Zeliang. A Fault Diagnosis Device For Cascaded Three-Level Inverter[P], 2019210619410, 2019.07.09. (utility model) （Authorized）

[25]   Shu Zeliang, He Xiaoqiong, Kuang Zuhang, Song Shasha, Wang Shitao, Ma Weitian. A Three-Level Power Electronic Traction Transformer Without Power Frequency Transformer[P], CN203968005U，2014.11.26. (utility model) （Authorized）

[1]      He Xiaoqiong，Shu Zeliang^（*），Peng Xu，Zhou Qi，Zhou Yingying，Zhou Qijun，Advanced cophase traction power supply system based on three-phase to single-phase converter，IEEE Transactions on Power Electronics，Vol. 29, No. 10, pp. 5323-5333, Oct. 2014. (SCI一区:000339618500027, EI:20142517829790)

[2]      Xu. Peng，Xiaoqiong He^（*），Pengcheng Han，Hongjian Lin，Zeliang Shu，Shibin Gao，Opposite Vector Based Phase Shift Carrier Space Vector Pulse Width Modulation for Extending the Voltage Balance Region in Single-phase 3LNPC Cascaded Rectifier，IEEE Transactions on Power Electronics，Vol. 32, No. 9, pp. 7381-7393, Sept. 2017. (SCI一区:000400486800060, EI:20171903645309)

[3]      Xiaoqiong He(*), Jun Peng, Pengcheng Han, Zi Liu, Shibin Gao and Peng Wang, A Novel Advanced Traction Power Supply System Based on Modular Multilevel Converter, IEEE Access, vol. 7, pp. 165018-165028, 2019. (SCI二区: 000509481600005 EI: 20200208020458)

[4]      Pengcheng Han, Xiaoqiong He^（*）, Haijun Ren, Yi Wang, Xu Peng, Zeliang Shu, Shibin Gao, Yanbo Wang, Zhe Chen. Fault Diagnosis and System Reconfiguration Strategy of a Single-Phase Three-Level Neutral-Point-Clamped Cascaded Inverter. IEEE Transactions on Industry Applications. Vol.55, No.4, pp.3863-3876, Feb. 2019. (SCI三区: 000474562900054, EI: 20192807177069 )

[5]      He Xiaoqiong; Yu Haolun; Han Pengcheng; Zhao Zhiqin; Peng Xu; Shu Zeliang; Leonghai Koh; Wang Peng，Fixed and Smooth-Switch-Sequence Modulation for Voltage Balancing Based on Single -Phase Three- Level Neutral Point Clamped Cascaded Rectifier， IEEE Transactions on Industry Applications. Vol.56, No.4, pp.3889-3903.July-Aug.2020.(SCI三区)（SCI:000550744700058，EI:20204209340314）

[6]      Zhenning Li，Xiaoqiong He^（*），Zeliang Shu，Design of Coils on Printed Circuit Board for Inductive Power Transfer System. IET Power Electronics，Vol. 11, No. 15, pp. 2515-2522, Dec. 2018. (SCI三区: 000454696000013, EI: 20191906901197)

[7]      Zhiqin Zhao; Xiaoqiong He^（*）; Research on digital synchronous rectification for a high-efficiency DC-DC converter in an auxiliary power supply system of magnetic levitation. Energies.Vol.13, No.1, 2020. (SCI三区: 000520425800051, EI: 20195207932260)

[8]      Xiaoqiong He, Haijun Ren, Jingying Lin（*）, Pengcheng Han, Yi Wang, Xu Peng, Zeliang Shu. Power Flow Analysis of the Advanced Co-phase Traction Power Supply. Energies. Vol.12, No.4, pp.754, Feb. 2019. (SCI三区: 000460667700180, EI: 20192607122942)

[9]      Han Pengcheng，He Xiaoqiong^（*），Wang Yi，Ren Haijun，Peng Xu，Shu Zeliang，Harmonic Analysis of Single-Phase Neutral-Point-Clamped Cascaded Inverter in Advanced Traction Power Supply System Based on the Big Triangular Carrier Equivalence Method，Energies，Vol. 11, No. 2, pp.431,  Feb. 2017. (SCI三区:000426734600173, EI: 20184205957049)

[10]   He Xiaoqiong^（*），Lin Xiaolan，Peng Xu，Han Pengcheng，Shu Zeliang，and Gao Shibin，Control Strategy of Single-Phase Three Level Neutral Point Clamped Cascaded Rectifier，Energies，Vol. 10, No. 5, pp.592, May. 2017. (SCI三区:000403048400011, EI:20174904482826)

[11]   Xu Peng，Xiaoqiong He^（*），Pengcheng Han，Aiping Guo，Zeliang Shu，Shibin Gao，Smooth Switching Technique for Voltage Balance Management Based on Three-Level Neutral Point Clamped Cascaded Rectifier，Energies，Vol. 9, No. 10, pp.803. Oct 2016. (SCI三区:000388578800044, EI:20172603849930)

[12]   Xiaoqiong He，Aiping Guo^（*），Xu Peng，Yingying Zhou，Zhanghai Shi，Zeliang Shu，A traction three-phase to single-phase cascade converter substation in an advanced traction power supply system，Energies，Vol. 8, No. 9, pp. 9915-9929, Sep 2015. (SCI三区:000362553000047, EI:20154401467474)

[13]   Xu Peng，Xiaoqiong He^（*），Pengcheng Han，Xiaolan Lin，Zeliang Shu，Shibin Gao，Sequence Pulse Modulation for Voltage Balance in a Cascaded H-Bridge Rectifier，Journal of Power Electronics，Vol. 17, No. 3, pp. 664-673, May. 2017. (SCI四区:000401683400009, EI:20172103689798)

[14]    Pengcheng Han, Xiaoqiong He（*）, Zhiqin Zhao, Haolun Yu, Yi Wang, Xu Peng, Zeliang Shu. DC-Link Capacitor Voltage Balanced Modulation Strategy Based on Three-Level Neutral-Point-Clamped Cascaded Rectifiers. Journal of Power Electronics. Vol.19, No.1, pp.99-107, Jan. 2019. (SCI四区: 000456008300010, EI: 20191006585099)

[15]   Linghui Meng ; Zeliang Shu ; Yuan Lei ; Han Yan ; Zuyong Li ; Lan Ma ; Xiaodong Yin ; Xiaoqiong He. Optimal Input and Output Power Quality Control of Single-Phase AC-DC-DC Converter With Significant DC-Link Voltage Ripple. IEEE Transactions on Industrial Electronics, vol. 67, no. 12, pp. 10366-10376, Dec. 2020. (SCI一区)

[16]   Hongjian Lin, Zeliang Shu^（*）, Xiaoqiong He, Ming Liu. N-D SVPWM with DC Voltage Balancing and Vector Smooth transition Algorithm for Cascaded Multilevel Converter, IEEE Transactions Industrial Electronics, Vol. 64, No. 5, pp. 3837-3847, May. 2018. (SCI一区:000422930000020,  EI:20180604757677)

[17]   Hongjian Lin; Zeliang Shu; Jiaxuan Yao; Han Yan; Leilei Zhu; Deng Luo; Xiaoqiong He, A Simplified 3-D NLM-Based SVPWM Technique with Voltage Balancing Capability for 3LNPC Cascaded Multilevel Converter. IEEE Transactions on Power Electronics, Vol. 35, No. 4, pp. 3506-3518, Apr. 2020. (SCI一区: 000507948300016,  EI: 20200408084248)

[18]   Zeliang Shu^（*），Ming Liu，Li Zhao，Shasha Song，Qi Zhou，Xiaoqiong He，Predictive Harmonic Control and Its Optimal Digital Implementation for MMC-Based Active Power Filter，IEEE Transactions on Industrial Electronics，Vol. 63, No. 8, pp. 5244-5254，Aug. 2016.  (SCI一区: 000384641300058, EI: 20163002640430)

[19]   Shu Zeliang^（*），Zhu Haifeng，He Xiaoqiong，Ding Na，Jing Yongzi，One Inductor-based auxiliary circuit for dc-link capacitor voltage equalisation of diode-clamped multilevel converter，IET Power Electronics，Vol. 6，No.7, pp. 1339-1349，Aug. 2013. (SCI二区: 000336031900011, EI: 20133416640374)

[20]   Shu Zeliang^（*），He Xiaoqiong，Wang Zhiyong，Qiu Daqiang，Jing Yongzi ，Voltage Balancing Approaches for Diode-Clamped Multilevel Converters Using Auxiliary Capacitor-Based Circuits，IEEE Transactions on Power Electronics，Vol. 28, No. 5, pp. 2111-2124, May. 2013.(SCI一区:000314699700003, EI:20125015776550)

[21]   Shu Zeliang^（*），Ding Na，Chen Jie，Zhu HaiFeng，He Xiaoqiong， Multilevel SVPWM with DC-link capacitor voltage balancing control for diode-clamped multilevel converter based STATCOM，IEEE Transactions on Industrial Electronics，Vol. 60, No. 5, pp. 1884-1896，Mar. 2013. (SCI一区:000314365400018, EI:20130716009504)

[22]   He Xiaoqiong, Peng Jun, Han Pengcheng, Pan Keyu, Shu Zeliang. Study on Control Strategy of Comprehensive Compensator for Electrified Railway[J], Journal of the China Railway Society, 2020,42(09): 74-84. （EI:20204409424321）

[23]   He Xiaoqiong, Han Pengcheng. Smooth Voltage Modulation Strategy with Gaussian Blur Algorithm Based on Single-phase Cascaded H-bridge[J], Journal of Power Supply, 2018, 16(04)：126~132.

[24]   He Xiaoqiong, Han Pengcheng, Wang Yi; Peng Xu. Study on Advanced Cophase Traction Power Substation System Based on Cascade-parallel Converter[J], Journal of the China Railway Society, 2017，39（8）：52~61. (EI: 20174604408695)

[25]   He Xiaoqiong, Wen Dezhi, Qin Zhen. Harmonic Analysis of Traction Substation Based on NPC 5-level H-bridge Cascaded Inverter[J], Journal of the China Railway Society, 2016, 38（11）：57~63. (EI: 20164803066277)

[26]   He Xiaoqiong, Peng Xu, Zhou Yingying; Wang Yuan; Shu Zeliang, XiaoJian . Current-sharing performance of advanced co-phase traction power supply system[J], Electric Power Automation Equipment, 2014.4.10, 34（04）：53~58. (EI: 20142217774366)

[27]   He Xiaoqiong, Wang Chen cheng, Wen Dezhi, Shu Zeliang. Xiao Jian. The Harmonic Analysis of the Three-phase to Single- phase Converter Applied to the Advanced Co-phase Traction Power Supply System[J], Journal of Railway Engineering Society, 2013.12.01，30（12）：74~79.（EI:20140417231019)

[28]   He Xiaoqiong, Peng Xu, Zhou Yingying, Xiao Jian. Dynamic Traction Load of a Multi-mass EMU Braking Mode[J], Journal of Southwest Jiaotong University, 2013.10.01，48（5）：878~884 (EI: 20135217140855)）

[29]   Shu Zeliang, Ma Weitian, Liu Ming, Chen Yajun, He Xiaoqiong. An Optimal SVPWM Transition Path for Voltage Equalization in NPC Cascade H-bridge Single-phase Inverters[J], Proceedings of the CSEE, 2016.7.05，36（13）：3565~3572+3375. (EI:20163102663280)

[30]   He Xiaoqiong, Zhou Yingying, Peng Xu, Xiao Jian. The traction power supply system based on three-phase to single-phase converter and its grid-connected control[J], Journal of Railway Science and Engineering, 2013.10.01，10（5）：109~115.

[31]   Li Qian-yong, He Xiaoqiong, Zhou Yingying. Fuzzy Sliding- Mode Variable Structure Control of Hydro- Turbine Governing System[J], Computer Simulation, 2013.11.01，30（11）：84~88.

[32]   Han Pengcheng, Zhou Tao, He Xiaoqiong. The Three-phase Inverter Based on New SiC MOSFET[J]. Power Electronics, 2017.09.20，51（09）：39-41.

[33]   Wang Yuhong, Li Qunzhan, He Xiaoqiong, Gao Shibin. Effects of DC Control Strategies on DC Power Transmission System Stability[J], Journal of Southwest Jiaotong University. 2008.06.01，43（03）：304~308. (EI: 20082811371061)

[34]   He Xiaoqiong, Wu Songrong, Wang Fengyan. Modeling and Optimization of V~2 Controller for BUCK Converters[J], Journal of Southwest Jiaotong University. 2004.08.01，39（4）：485~489.

[35]   Cai Ningguo, He Xiaoqiong. Serial-Ethernet Converter with 8-bit Single Chip Microcomputer

[J], Application of Electronic Technique, 2002.02.01，28（02）：14~16.