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清华大学电机系

清华大学电机系本科生

清华大学电机系研究生

清华大学电机系校友会

清华大学能源互联网创新研究院

faculties

current location: home > faculties > song qiang

song qiang

associate professor

research direction

flexible ac transmission systems, vsc-hvdc, high power electronics, power conversion system, power quality

room 2-102, west main building. department of electrical engineering, tsinghua university, beijing, 100084, p. r. china

songqiang@tsinghua.edu.cn

010-62785521

  • biography
  • teaching
  • research project
  • publications
  • social service

biography

qiang song received his b.e.e. degree and ph.d degree from tsinghua university, beijing, china, both in electrical engineering, in 1998 and 2003 respectively. from 2003 to 2008, he was a lecturer in the department of electrical engineering at tsinghua university, beijing ,china. since 2008, he has been an associate professor in the department of electrical engineering at tsinghua university. his main research interests are in high power electronic interfaces for utility system, flexible ac transmission system, vsc-hvdc system, power conversion system with high power density and high efficiency and custom power quality. he has been the pi of more than 15 academic and industrial projects. he is the author of 1 books on vsc hvdc system. he has published over 70 research papers.

educational background

1998-2003, ph.d, electrical engineering, tsinghua university, china

1993-1998, bachelor of eng., electrical engineering, tsinghua university, china

work experience

2008- present, associate professor, department of electrical engineering, tsinghua university, beijing, china

2003-2008, lecturer, department of electrical engineering, tsinghua university, beijing, china

honors and awards

(1) research awards

the second prize of shanghai technological invents,2013

the second prize of china electric power science and technology, 2007

the first prize for progress in science and technology of state grid of china,2006

teaching

(1)undergraduates courses

fundamental of electric power quality

(2)postgraduates courses

simulation in electrical engineering t

graduate advising

1)graduated students

m. s.: sun weixin, li xuan, luo yu

(2)current graduate students

post-doc: zhao biao

ph.d: wang zhao

m.s. yang wenbo, liu xuan:

(1)research interests

flexible ac transmission

vsc hvdc

high power electroncis

power conversion system with high power density and high efficiency

custom power quality

(2)selected academic funds

2012-2014, research and development of vsc hvdc system for integrating large-scale wind farms. national high technology research and development (863) program of china (2011aa05a102).

2011-2013, power conversion system with high frequency link and common dc bus for battery energy storage system. national natural science foundation of china (nsfc) (51077076)

2007-2011, high voltage and high power statcom based on cascade multilevel converter, key project of the national eleventh-five year research program of china (2007baa12b02)

2005-2009,research on the application of high power electronics and muti-infeed hvdc systems for improving the reliability of power grid, state key development program (973)of basic research of china (2004cb217907)

(3)selected international collaboration projects

2011-2013,research on the smart power conversion system based on sic devices, tsinghua-rohm joint research project.

2007-2009,research on the vsc-based hvdc system for renewable energy power generation, delta s&t educational development program.

(4)selected industry projects

2014-2016,research on the key technique of smart dc distribution system, shenzhen electric power company.

2014-2016,system analysis, simulation and experiments on vsc-hvdc system for offshore fields, cnooc research institute

2013-2015, research and development for prototype of vsc-hvdc and back to back system, electric power system research institute of china southern grid.

2013-2015, research and development of the analysis and design program and optimization of the control strategy for statcom, electric power system research institute of china southern grid.

2011-2012,development of simulation model for mmc-based hvdc system, guangdong electric power design institute.

2010-2011, development of emtdc model for vsc-hvdc system, electric power system research institute of china southern grid.

(1)books

song qiang, rao hong. analysis and design of the converters in vsc-hvdc system,tsinghua university press, march 2015

(2)selected international journal papers

song qiang. liu wenhua. control of a cascade statcom with star configuration under unbalanced conditions. ieee transactions on power electronics,2009, vol.24, no.1,pp: 45-58.

song qiang, liu wenhua and zhichang yuan. multilevel optimal modulation and dynamic control strategies for statcoms using cascaded multilevel inverters. ieee transaction on power delivery, vol. 22, no. 3, pp. 1937-1946, july. 2007.

song qiang, liu wenhua, li xiaoqian, rao hong, xu shukai, li licheng. a steady-state analysis method for a modular multilevel converter. ieee transactions on power electronics, vol.28,no.8, pp 3702-3713, 2013.

zhao biao, song qiang, and liu wenhua. power characterization of isolated bidirectional dual-active-bridge dc-dc converter with dual-phase-shift control. ieee transaction on power electronics, vol. 27, no. 9, pp. 4172–4176, sep. 2012.

li xiaoqian, song qiang, liu wenhua, rao hong, xu shukai, li licheng. protection of nonpermanent faults on dc overhead lines in mmc-based hvdc systems. ieee transactions on power delivery, vol.28,no.1, pp 483-490, 2013.

li xiaoqian, song qiang, liu wenhua, et al. zero-sequence voltage injection control scheme of modular multilevel converter supplying passive networks under unbalanced load conditions. electric power systems research, 2015, 121: 270-278.

zhao biao, song qiang, and liu wenhua., “dead-time effect of the high-frequency isolated bidirectional full-bridge dc-dc converter: comprehensive theoretical analysis and experimental verification,” ieee trans. power electronics., vol. 29, no. 4, pp. 1667–1680, april. 2014.

zhao biao, song qiang, and liu wenhua., “experimental comparison of isolated bidirectional dc-dc converters based on all-si and all-sic power devices for next-generation power conversion application,” ieee trans. industrial electronics., vol. 61, no. 3, pp. 1389–1393, march. 2014.

zhao biao, song qiang, and liu wenhua, et al.., “current-stress-optimized switching strategy of isolated bidirectional dc-dc converter with dual-phase-shift control,” ieee trans. industrial electronics., vol. 60, no. 10, pp. 4458–4467, oct. 2013.

zhao biao, song qiang, and liu wenhua, et al., “next-generation multi-functional modular intelligent ups system for smart grid,” ieee trans. industrial electronics., vol. 60, no. 9, pp. 3602–3618, sep. 2013.

zhao biao, song qiang, and liu wenhua, “efficiency characterization and optimization of isolated bidirectional dc-dc converter based on dual-phase-shift control for dc distribution application,” ieee trans. power electronics., vol. 28, no. 4, pp. 1711–1727, april. 2013. (sci, if2012: 4.65)

zhao biao, song qiang, and liu wenhua,, “overview of dual-active-bridge isolated bidirectional dc-dc converter for high-frequency-link power-conversion system,” ieee trans. power electronics., early access, 2013. (sci, if2012: 4.65)

zhao biao, song qiang, and liu wenhua, et al., “a synthetic discrete design methodology of high-frequency isolated bidirectional dc-dc converter for grid-connected battery energy storage system using advanced components,” ieee trans. industrial electronics., early access. 2013.

(3)selected conference papers since 2010

li xiaoqian, song qiang, li jianguo, et al. capacitor voltage balancing control based on cps-pwm of modular multilevel converter. the 3rd annual ieee energy conversion congress & exposition, ecce 2011, phoenix, az, united states, 17-22 september, 2011 : 4029-4034.

zhao biao, song qiang, and liu wenhua, et al., “characterization and application of next-generation sic power devices for high-frequency isolated bidirectional dc-dc converter,” in proc. 38th annual conference of the ieee industrial electronics society (iecon 2012)., oct. 2012.

xu shukai xu, song qiang, liu wenhua, rao hong, zhao xiongguang. experimental research of mmc based vsc-hvdc system for wind farm integeration. ieee international symposium on industrial electronics (isie 2013)

li xuan, song qiang, liu wenhua, et al. fault ride-through control and its impacts on wind generators in a vsc-hvdc system. 22nd ieee international symposium on industrial electronics (ieee-isie), 2013.

jiao yang , song qiang, liu wenhua.decoupled instantaneous current control and islanding detection strategy for a singlephase photovoltaic generation system. in proc. 36th annual conference of the ieee industrial electronics society (iecon 2010): 3210-3215, 2010

(4)selected chinese journal papers since 2010

luo yu,song qiang,rao hong,et.al. an optimized design method of cascade number for sub-modules in modular multilevel converters. automation of electric power systems,2013, 37(4):114-118.

zhao xiongguang, song qiang, rao hong, and et.al.. control of multi-terminal vsc-hvdc system based on the v-i characteristics. advanced technology of electrical engineering and energy,2013,32(4):15-20.

rao hong, song qiang, liu wenhua, luo yu, xu shukai, li xiaolin. optimized design solutions for multi-terminal vsc-hvdc system using modular multilevel converters and their comparison. automation of electric power systems, 2013, 37(15):103-107.

li qi, song qiang, liu wehua, rao hong, xu shukai. a coordinated control strategy for fault ride-through of wind farm integration based on vsc-hvdc. power system technology, 2014,38(7): 1739-1745,

song qiang,zhao biao,liu wenhua,zeng rong. an overview of research on smart dc distribution power network. proceedings of the chinese society of electrical engineering, 2013,33(25):9-19

li xiaoqian,song qiang,liu wenhua,li jianguo. capacitor voltage balancing control by using carrier phase-shift modulation of modular multilevel converters,proceedings of the chinese society of electrical engineering,2012,32(09):49-55

song qiang,liu wenhua,li xiaoqian,li jianguo,luo yu. an analytical method for analysis on steady-state operating characteristics of modular multilevel converter,power system technology,2012,36(11):198-204

sun weixin,song qiang,jin yiding. research on bi-directional dual active bridge phase shift control in cascaded pcs system,power electronics,2011,45(10):24-26

jin yiding,song qiang,liu wenhua. large scaled cascaded battery energy storage system with charge/discharge balancing. electric power automation equipment,2011,31(3):6-11

jiao yang,song qiang. liu wenhua. control strategy of grid-connected photovoltaic generation system based on modified mppt method,electric power automation equipment,2010,30(12):92-96.

jiao yang,song qiang,liu wenhua. practical simulation model of photovoltaic cells in photovoltaic generation system and simulation,power system technology,2010,34(11):198-202

(5)authorized patent

song qiang,liu wenhua,chen yuanhua,zhang xiujuan,wang min,sheng ye,shen yaqin,chen xiaoyu. a method of real time digital simulation for power electronics converter. chinese patent of invention, publication no:201010260217.8,2012/6/20.

liu wenhua,song qiang,chen yuanhua,liu wenhui,li jianguo. power supply for the submodule of modular multilevel converter. chinese patent of invention, publication no: 201010531049.1,2012/11/4.

song qiang,liu wenhua.a cascade multilevel converter. chinese patent of invention, publication no: 201010597254.8,2013/11/6.

rao hong,song qiang,luo yu,xu shukai,liu wenhua,li xiaolin,li licheng. vsc-hvdc system for connecting power grids with different voltage level. chinese patent of invention, publication no: 201210283165.5,2014/5/28.

rao hong,song qiang,xu shukai,liu wenhua,li licheng,li xiaoqian. protection of nonpermanent faults on dc overhead lines in mmc-based hvdc systems. chinese patent of invention, publication no:201110343170.6,2014/5/7.

(6)computer software 九游会平台 copyright

analysis and design software for mmc-based hvdc system. chinese computer software 九游会平台 copyright, 2013sr065533,2013/7/15.

(1) professional society membership

member of ieee

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