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Personal Information:

Hao Quanrui, Texas, Shandong,1984New Year's Eve.

Academic identity:

Professor/Doctoral supervisor, Shandong University“Young Scholar Future Plan”Selected person,IEEE PES Executive Director of DC Control and Protection Committee、"High -voltage Electric" Youth Editorial Committee、IEEEStandard working group P2837/P2825 Member.

Work experience:

2019year9Professor to the present day to the present/Boader

2014year1month-2019year8Sub -researcher at the School of Electrical Engineering, Yue Shandong University

2013year1month-2013year12Monthly McGir University of Canada McGir University postdoctoral

2008year9month-2012year12Monthly Ph.D.

2006year9month-2008year7Master of Zhejiang University

2002year9month-2006year7Bachelor of Moon Tianjin University

Research direction:

Flexible DC transmission, DC power grid, AC DC hybrid grid

Academic works:

Journal thesis:

[1] Quanrui hao*, zheng Li, Chenjing yue, FENG GAO, shuying Wang. Small-Signal Model and Dynamics of MMC-HVDC Grid UNDERALANCED GRID CONDITIONS [J]. Ieee trans. Power del., 2020 (Early Access).

[2] Quanrui hao*, Bowei Li, yifan sun, Linlin Wu, shuying Wang. Operating Region and Boundary Control of Modular Multilevel Converter Station UNDERARANCED GRID CONTIONS [J]. Ieee trans. Power Deel., Vol. 35, no. 3, pp. 1146-1157, jqu. 2020.

[3] Quanrui hao*, DONG Li, Bowei Li, shuying Wang. Operating and Control of MMC Station with Constraints of InterNAL VARIABLES UNDERARANCED GRID CONTIONS M88 Online Live Casino[J]. IET Generation, Transmission and distribution, Vol. 14, no. 10, PP. 1829-1840, May 2020.

[4] Quanrui hao*, zheng Li, FENG GAO and Jing Zhang. Reduced-Order Small-Signal Models of Modular Multilevel Converter (MMC) and mmc-base HVDC Grid [J]. Ieee Trans. ED. ED. ED. lectron., Vol. 66, no. 3, pp. 2257-2268, Mar. 2019.

[5] zheng Li, Quanrui hao*, FENG GAO, Linlin Wu, MINYUAN GUAN. Nonlinear Decoupling Control of Two-Terminal MMC-HVDC Based Feedback Linearization [J]. Ieee Trans. Power del., Vol. 34, NO. 1, pp. 376-386, Feb. 2019.

[6] Quanrui hao*, jiufang man, FENG GAO, mingyuan guan. Voltage Limit Control of Modular Multilevel Converter Based Unified Power Flow Controller UNDERARANCED GRINCED GRINCED CRIDD COND [J]. IEEE Trans. Power Del., Vol. 33, no. 3, PP. 1319-1327, jan. 2018.

[7] q. hao*, b. T. ooi, f. Gao. Three-PHASE Series-Connect Modular Multilevel Converter for HVDC Application [J]. Ieee trans. Power del., Vol. 31, NO. 1, pp. 50-58, Feb. 2016.

[8] q. hao*, g. Li, b. T. OOI. APProximate Model and Low-Order Harmonic Reduction for High-Voltage Direct Current Tap Based Series Single-Phase Multileveel converter M88 Online Live Casino[J]. IET Generation, Transmission and distribution, 2013, 7 (9): 1046-1054.

[9] q. hao*, b. T. OOI. Tap for Classical HVDC Based on Multilevel Current-Source Inverters [J]. IEEE Trans. Power Delivery, 2010, 25 (4): 2626-2632.

[10] C. Wang, q. Hao, b. T. OOI. Reduction of Low Frequency Harmonics in Modular Multilevel Converters (MMCS) by Harmonic Function Analysis M88 Online Live Casino[J]. IET Generation, Transmission and distribution, 2014, 8 (2): 328-338.

[11] Li Zheng, Hao Quanrui*, Wang Shuying, etc.. Status -based feedback accurate linearizationmmcResearch on non -linearly decoupling control[j]. Newspaper of China Electrical Engineering, 2019, 39 (12): 3646-3658.

[12] Li Zheng, Hao Quanrui*, Yin Xiaodong, etc.. Modern multi -level stream replacement reduction small signal model research[j]. Newspaper of China Electrical Engineering, 2018, 38 (12): 3638-3650.

[13] Full Nine Fang, Hao Quanrui*, Gao Houlei, etc.. Based onUPFC-MMCSymptoms of transmission lines with symmetrical component control three -phase imbalance governance[j]. Newspaper of China Electrical Engineering, 2017, 37 (24): 7143-7153.

[14] Yin Xiaodong, Hao Quanrui*, Li Zheng, etc.. With DC fault current blocking abilitymmcQuick simulation algorithm of improved topology[j]. High voltage technology, 2017, 43 (7): 2183-2193.

[15] Li Bowei, Hao Quanrui*, Yin Xiaodong, Wang Shuying. Consider the fast leaky -type hybrid DC circuit breaker of the fast -closing gate[j]. High voltage technology, 2020, 46 (10): 3688-3698.

[16] Han Xiaoyun, Hao Quanrui*, Xu Yan, Li Dong. Modular multi -level stream replacement reliability maintenance cycle optimization[j]. High voltage technology, 2020, 46 (10): 3429-3439.

[17] Chen Yu, Hao Quanrui*, Zhang Jing. includeVSC-HVDCDynamic trend calculation method of the communication and dynamic network of communication[j]. Grid Technology, 2018, 42 (9): 2892-2899.

[18] Wang Chunyi, Hao Quanrui*, Peak, etc.. Three series linkmmcDC control strategy research under the fault of communication[j]. Power system protection and control, 2016, 44 (11): 16-25.

[19] Li Bowei, Hao Quanrui*, Yin Xiaodong. Based onIGBTResearch on the DC circuit breaker of the load model[j]. Global Energy Internet, 2018, 1 (4): 437-444.

Patent:

[1] Based onmmc-upfcThe transmission line three -phase imbalance governance system and method, ZL m88 com live casino register2016 1 1196987.4, 2018.11.27

[2] A current -limiting fast -closing of the DC road cutting device topology and control method, ZL 2018 1 1061030.8, 2019.12.27

Translation:

[1] Hao Quanrui Translation. The voltage source variable flow in the power system-modeling, control and application[m]. Machinery Industry Press, Beijing, 2017.

[2] Hao Quanrui Translation. Control and automation of the power distribution system[m]. Machinery Industry Press, Beijing, 2019.

Scientific research project:

Vertical project:

[1]National Natural Science Fund Fund Fund，Under asymmetric AC voltagemmcand Flexible DC Power Grid based on the stability of the small signal method (51877125），2019.01-2022.12, Host;

[2]The National Natural Science Foundation of China Youth Fund, based on three series linksmmcDC transmission line control strategy research (51507093），2016.01-2018.12, Host;

[3]National Key R & D Planning Subtraction,500KVDC the topology of the topology and adaptability (2017YFB0902402）, 2017.07- 2020.06, Host;

[4]National Key R & D Planning Subtraction,Multi -physical fields of large -capacity power electronic equipment、Multi -time -scale joint modeling and simulation method (2018YFB0905804），2018.07-2021.06, Host;

[5]Youth Fund of Shandong Natural Internal Science Fund，Multi -end hybrid transmission key technology research based on three -phase series module multi -level stream replacers (ZR2014EEQ033），2014.12-2017.12, Host;

Horizontal project:

[1]Southern Power Grid Company Project，Super (special) high -voltage multi -end DC transmission engineering main circuit parameter calculation software development，2019.06-2021.12, Host

[2]National Grid Company Project，Research on the application method of flexible transmission technology suitable for Xinjiang Power Grid，2019.06-2019.12, Host;

[3]National Power Grid Headquarters Project Project Topics，Zhang Beirou's direct grid sent a large -scale new energy island system voltage coordination control technology research，2018.04-2019.12, Host;

[4]National Grid Company Project，Analysis of the operating characteristics of the new energy access soft power grid，2017.09- 2017.12, Host;

[5]National Grid Company Project，Active distribution network ultra -high -speed intelligent power distribution technology research and key equipment development，2014.12- 2015.12, Host;

Contact information:haoquanrui@sdu.edu.cn