Renewable Energy and Smart Grid Research Institute

Academic identity

IEEE MEMBER

Personal information

Name

Wang Mingqiang

Gender

Male

Date of birth

1982.07

Origin

Shandong Linyi

job title

Associate Professor/Boader

Job

Phone

15069163160

​​email

wang0367@sdu.edu.cn

Work experience

2000.9--2004.7 School of Electrical Engineering, Shandong University Electrical Engineering and Automation Professional Bachelor

2004.9--2007.7 School of Electrical Engineering, Shandong University Electrical Engineering and Automation Professional Master's degree

2007.8--2011.6 The Department of Electric Engineering, the School of Electrical Engineering, Nanyang University of Technology, Singapore Electrical Engineering and Automation Professional Dr.

2011.6--2013.3The Department of Electric Engineering, the School of Electrical Engineering, Nanyang University of Technology, Singapore  Electrical Engineering and Automation Professional Post -doctoral

2013.4--2015.9 School of Electrical Engineering, Shandong University Lecturer

2015.9--So far School of Electrical Engineering, Shandong University Associate Professor

Research direction

Electric power system is safe and economic operation, micro grid

Academic works

Published a journal

1) M. Q. Wang* and h. B. GOOI, "Spinning Reserve Estimation in   Microgrids, " ieee trans.   POWER SYST., Vol. 26, NO. 3, pp. 1164-1174, AUG. 2011.

2) m. Q. Wang*, H. B. GOOI and s. X. Chen, "Optimizing Probabilistic   spinning reserve using an annarytical ens formulation, " IEE PROC.-GENER.   Transm. Distrib., Vol. 5, no. 7, pp. 772-780, AUG. 2011.

3) m. Q. Wang*, h. B. GOOI, s. X. Chen, and s. Lu, "A mixed Integer   Quadratic Programming for Dynamic Economic Dispatch with Valve Point Effect, " IEEE TRANS. Power Syst., Vol. 29, no. 5, PP. 2097-2106, 2014.

4) m. Q. Wang*, H. B. GOOI and X. S. Han, "A Tradeoff Between Unit   CaPacity and Average Production Cost in Spinning Reserve Optimization, " int   J Electr Power Energy Syst, Vol. 71, PP. 215-221, Oct. 2015.

5) Ming yang, mingqiang wang*, fenglu cheng, And wei-jen lee, "Robust   Economic Dispatch Considering Automatic Generation Control with Affine   Recourse Process, " int J Electr Power Energy Syst.,   Vol. 81, PP. 289-298, Oct., 2016.

6) Ming yang, DONG WANG, mingqiang wang*, xueshan han, Wei-Jen Lee,   DaoWei LiU, shiying ma, "A Probabilistic Approach for Power System inject   Shift Factor Estimation, " int J Electr   Power Energy Syst, Vol. 81, PP. 317-323, Oct., 2016.

7) Mengxia Wang, mingqiang wang*,   Jinxin Huang, zhe jiang, Andjinyan huang, “a thermal rate calling approach for Windpower   Grid-Integrated Overhead Lines, "   Energies, accepted.

8) yanling wang, yang mo, mingqiang wang*, likai liang,   PEI ZHANG, “IMPACT of Conductor Tempeature Time – Space Variation on   The Power System Operational State, "   Energies, Vol. 11, NO. 4, PP. 1-15, Apri. 2018.

9) s. X. Chen, H. B. GOOI and M. Q. Wang, "Size of Energy Storage for   Microgrids, " ieee trans.   SMART GIRD, Vol. 3, NO.   1, PP. 142-151, mar. 2012.

10) s. X. Chen, H. B. GOOI and m. q.   wang, "Solar Radiation Forecast Based on   Fuzzy logic and neural networks, " Solar Energy, Vol. 60, pp. 195-201,   DEC. 2012.

11) s. X. Chen, h. B. GOOI, n. Xia   and m. Q. Wang, "Modelling of Lithium-IOn   Battery for Online Energy Management Systems, " IET ELECTR. SYST.   Transp., Vol. 2, NO. 4, PP. 202-210, DEC. 2012.

12) s. X. Chen, y. S. FOO, eddy, H.   b. GOOI, m. Q. Wang and s. F. Lu, "A Centralized Reactive Power Compensation   System for LV Distribution Networks, " IEEE TRANS. Power Sysst., Vol.   30, NO. 1, pp. 274-284, Jan. 2015.

13) n. Xia, h. B. GOOI, s. X. Chen,   and m. Q. Wang, "Redundance Based PMU Placement in State Estimation, " Sustainable Energy, Grids and Networks,   Vol. 2, pp. 23-31, jan. 2015.

14) Shaofeng Lu, ming qiang wang,   Paul Weston, shuaixun Chen, jie Yang, "Partial Train Speed ​​Trajectory   Optimization Use Mixed Integer Linear Programming, " IEEE Trans. Intel.   Transp. SYST., Vol. 17, NO.   10, pp. 2911-2920, mar., 2016.

15) jun zhang, Ke-Jun Li, mingqiang   wang, And wei-jen lee, ETC., "A Bi-Level Program for the Planning of An   Islanded Microgrid Including Caes, " IEEE Trans. IND. Appl., Vol. 52, NO. 4, PP. 2768-2777, DEC.,   2016.

16) Kaiqi Sun, Ke-Jun   li, zhuo-di Wang, Huadong Sun, mingqiang wang,   zhijie Liu, Meiyan Wang, "Operation Modes and Combination Control for Urban   Multi-Voltage-Level DC Grid, " IEEE Trans. Power. Delivery., Vol. 33, NO. 1, PP. 360-370, Feb., 2018.

17) donglei sun, xueshan han, BO   zhang, mingqiang wang, tianyu ding, "Frequency Aware Robust Economic   Dispatch, " j. MOD. Power SYST. CLEAN   Energy, Vol. 4, NO. 2, PP. 200-210, 2016.

18) Zhang Qiang, Han Xueshan, Zhang Yuanpeng, Pan Ke, Wang Mingqiang. Static security constraints The maximum transmission capacity calculation method based on decomposition optimal trends[j]. Grid technology,2006, 30（23):26-31.

19) Yang Jian, Zhang Li, Wang Mingqiang, Han Xueshan. The impact of the impact of the level of force and the independent wind power prediction error simulation method[j]. Electric automation equipment, 2017, 37 (9): 96-101.

20) Wang Yanling; Liang Likai; Han Xueshan; Wang Mengxia; Wang Mingqiang. Measures and dynamic thermal fixed value distribution network reliability analysis[j]. Newspaper of China Electrical Engineering,2017, 37 (5): 1410-1416.

21) Liu Guojing, Han Xueshan, Wang Shang, Yang Ming, Wang Mingqiang. Wind storage cooperation decision -making based on strengthening learning methods[j]. Grid Technology,2016,40 (9): 2729-2736.

22) Liu Guojing; Han Xueshan; Yang Ming; Wang Mingqiang; Lu Xiang. Two layers of optimization models and analysis of the conflict measurement of source network[j].Grid Technology,2016, 40 (10): 3118-3124.

23) Xu Yijing, Han Xueshan, Wang Yong, Yang Ming, Wang Mingqiang. State maintenance decision model of variable performance when related equipment[j].Newspaper of China Electrical Engineering, 2018, 38 (5): 1457-1466.

24) 学 学 学, Zhang Li, Yang Li Bin, Han Xueshan, Wang Mingqiang. High -proportion wind power under the network is based on the deep peak adjustment mechanism of Caldo improvement[j]. Electricity Automation,2018, 42 (8): 110-118.

25) Wang Mengxia, Han Xueshan, Wei Zhiqing, Wang Mingqiang, Zhang Qiang. Evapable line stress estimation based on electric thermal coupling trend under the operating environment of the power grid[j]. Journal of Electrician Technology,2018.

undertaking scientific research projects

Vertical project:

Research on spare decisions under the restraint of source network 2014-2017 National Natural Science Foundation Youth Fund 22million; Project leader

horizontal project

1 AVIC Commercial Aviation Engine Linking Port Base for Electricity35KVEffect system affects the quality of power grid energy 2014-2016 3.5Wan; the person in charge of the project

2 Under the background of UHV access theoretical research research 2015-2017 44.5Wan; the person in charge of the project

3 Jiaotong University Aviation Engine Test Base Electric Relief Engineering Project on the Quality of Power Grid Electricity Supplement Evaluation 2015-2016 2.1Wan; the person in charge of the project

4 Considering the active distribution network of new factor access multi -target optimization planning research 2016-2018 58.6Wan; the person in charge of the project

5 Independent grid power supply planning modeling and algorithm research 2017-2018 15Wan; the person in charge of the project

6 High -proportion of renewable energy under grid conditions and source network collaborative effects transmission grid planning system research 2017-2020 69.610,000;

7 Ultra -high -voltage cross -pass feedback feedback When entering the end power grid, the degeneration evaluation and optimization planning research 2018-2020 74.6Wan; the person in charge of the project

8 Active distribution network situation perception and multi -source collaborative optimization operation key technology research 2018-2022 55.6Wan; the person in charge of the project

Academic Type

Teaching and Scientific Research Type