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Power Electronics Technology Research Institute

Academic identity

Experts enjoying special government allowances from the State Council

Work experience

1987Year6Graduated from Harbin Institute of Technology with a master's degree and has been teaching since;

1990year (lecturer),1994year (associate professor),2000Year (Professor).

2003Year CanadaUniversity of AlbertaBe a senior visiting scholar.

Personal information

Name

Wang Guangzhu

Gender

Male

Date of birth

1964.1

Place of Origin

Gaotang, Shandong

Professional title

Professor

Position

Telephone

0531-81696189

Email

sdwgz@sdu.edu.cnn

Research direction

1.  Application of power electronics technology in power systems：Flexible AC and DC transmission technology,STATCOM、Power active filter、Unified power flow controller, etc.，And photovoltaic power generation grid connection technology, etc.。

2.  Power electronic systems and their control：High frequency switching power supply、Inverter power supply、Electric vehicle converter、New power electronic circuits and systems such as wireless power transmission technology。

Academic works

1. Recently published academic papers

1.Wang Guangzhu, Li Feng,Wang Fengrong，Sun Changpeng，Liu Rufeng，Modular multi-level converter simulation technology, power system automation,2015，（14)：145-150。

2.Wang Guangzhu，Sun Changpeng，Liu Rufeng，Wang Fengrong，Li Feng，Comprehensive control strategy of modular multi-level converter based on bridge arm current control, Chinese Journal of Electrical Engineering,2015，35（02)：458-464。

3.Wang Guangzhu，Jia Chunjuan，Zhang Libin，A new method for precise fault location of low-voltage power cables with steel armor, power system automation,2014，38（03)：161-165。

4.Wang Guangzhu，Modular multi-level converter bridge arm current direct control scheme, power system automation,20 13，37（15)：35-39+46。

5.Wang Guangzhu, Wang Yubin, Jia Chunjuan, parameter changes on parabolaPWMThe impact of current control and its countermeasures, Chinese Journal of Electrical Engineering,2012，（36)：9-14+20。

6.Wang Guangzhu, Wang Hui, Li Qingmin, three-phase parabola PWM Current control decoupling method(Method II), Chinese Journal of Electrical Engineering,2012，32（28)：61-66。

7.Wang Guangzhu, Wang Hui, Li Qingmin, three-phase parabola PWM Current control decoupling method(Method I), Chinese Journal of Electrical Engineering,2012，32（27)：104-109。

8.Wang Guangzhu, Li Qingmin, ParabolaPWMCurrent control stability analysis, Chinese Journal of Electrical Engineering,201 1，31（24)：46-51。

9.Wang, Guangzhu，Li, Yun Wei，Parabolic PWM for Current Control of  Voltage-Source Converters (VSCs)，IEEE Transactions on Industrial Electronics，2010，57（10)：3491-3496。

10.Li Feng，Wang Guangzhu，Liu Rufeng，Modular multi-level matrix converter low frequency control method，Power SystemAutomation,2016，40（2)：127-133。

11.Li Feng，Wang Guangzhu，Steady-state analysis of capacitor voltage ripple of modular multi-level matrix converter，China MotorJournal of Engineering,2013，33（24)：52-58+9

12.Wang Mingda, Liang Jun, Wang Guangzhu, etc., based on single starMMC’s new styleSTATCOMand its control strategy, power system automation,2015，（18)：108-113。

13.Wang Guangzhu, Li Feng,Grouping precharge  method for Modular Multilevel Converters，2015 IEEE International Future Energy Electronics  Conference(2015 IEEE IFEEC)，2015.11.1-2015.11.5。

14.Guangzhu  Wang，Feng Li，Integrated Control Strategies of Modular  Multilevel Converters Using Arm Current Control in Back-to-Back Systems，2014 IEEE International Power  Electronics and Application Conference and Exposition (IEEE PEAC 2014)，184-190，Shanghai，2014.11.5-2014.11.8。

15.Ou Zhujian, Wang Guangzhu, Li Feng,Two Control  Strategies of Modular Multilevel Converter in Rectifier Side Based on Arm  Current Under Unbalanced Voltage Condition，2015 IEEE 5th International Conference on Electric Utility  Deregulation and Restructuring and Power Technologies(DRPT 2015), Changsha,2015.11.26-2015.11.29。

16.Wu Qin, Wang Guangzhu, Feng Jianzhou, Shang Xiujuan,A Comprehensive  Control Scheme of Modular Multilevel Converter-Based Power Electronic  Transformer，2015 IEEE  5th International Conference on Electric Utility Deregulation and  Restructuring and Power Technologies(DRPT 2015), Changsha,2015.11.26-2015.11.26。

17.Shang Xiujuan, Wang Guangzhu, Li Feng, Wu Qin,Low Output Frequency  Operation of Modular Multilevel Matrix Converter，2015 IEEE 5th International Conference  on Electric Utility Deregulation and Restructuring and Power  Technologies(DRPT 2015), Changsha,2015.11.26-2015.11.29。

18.Feng LI， Guangzhu Wang，A Novel Comprehensive Control Scheme of  Low Frequency of the Modular Multilevel Converter，2014 IEEE International Power  Electronics and Application Conference and Exposition (IEEE PEAC 2014)，173-179，Shanghai，2014.11.5-2014.11.8。

19.Lanhua  Zhang， Guangzhu  Wang，Voltage balancing  control of a novel modular multilevel converter，Electric Utility Deregulation and Restructuring and Power  Technologies (DRPT), 2011 4th International Conference on，Weihai，2011.7.6-2011.7.9

2. Recently authorized invention patents

1.Wang Guangzhu，Wang Mingda，Modular multi-level converter capacitor voltage self-balancing circuit，2015.12.9-2035.12  .9,China,CN201310694315.6。

2.Wang Guangzhu，Wang Fengrong，Li Feng，Zhang Lanhua，Sun Changpeng，Liu Rufeng，PWMPower converter simulation circuitand simulation method,2015.7.1-2035.7.1,China,CN201310244587.6。

3.Wang Guangzhu，A modular multi-level matrix converter capacitor precharging system and method，2015.5.20-2035.  5.20,China,CN201210562824.9。

4.Wang Guangzhu，A system and method for capacitor group precharging of modular multi-level converters，2015.7.8-2035  .7.8,China,CN201210350682.X。

5.Wang Guangzhu, a matrix intersection-AC high voltage inverter topology,2014.7.16-2034.7.16,China,C N201210066019.7。

6.Wang Guangzhu，Zhang Lanhua，A comprehensive control system and method for modular multi-level converters，2013.1.2-  2033.1.2,China,CN201110050759.7

Undertake scientific research projects

Host the National Natural Science Foundation of China project2item,863Subtopic1Provincial, ministerial and horizontal projects10Remainder.

Academic Type

Academic and professional graduate students