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Wangmin

Associate professor

Associate professor

Department: College of Energy and Electrical Engineering

Subject:

Teach Department:

Office: 5415

Address: Qinxue building

Tel: 13675119792

Email: wangmin@hhu.edu.cn

Navigation

  • Resume
  • Research
  • Courses
  • Social Appointments
  • Honor
  • Admissions

Resume

Wang Min, a member of IEEE PES, was involved in the research of distributed generation in 2002, and has published several articles on distributed generation since 2004 with high citation rate. Some research work has been done in the aspects of optimal power flow, distributed generation planning, renewable energy and its probabilistic characteristics of generation, time characteristic modeling, reliability analysis including renewable energy, influence of distributed power on power system, source charge correlation, electric vehicle, micro-grid simulation, power market, etc.

From August 2016 to August 2017, she was a visiting scholar at The University of Bath, where she studied in detail the development and current situation of the UK electricity market, as well as the policies and research status of Renewable energy in Europe. She is also a staff member of the offshore wind power technology direction of the offshore renewable energy platform of the Coastal Development and Protection Collaborative Innovation Center. She has participated in and presided over a number of vertical and horizontal projects. She has published many papers included in SCI and EI, many teaching papers, one monograph and one textbook.


About

  • Name: Wangmin
  • Gender: female
  • Degree: Ph.D
  • Date of Birth: 1974-10-31 00:00:00.0
  • Education Level:
  • Alma Mater: HFUT

Education Experiences

(1) 2002.09 - 2010.12, Hefei University of Technology, Major in Power System and Automation, doctoral degree in advance, supervisor Ding Ming
(2) 2009.09 - 2002.09, Hefei University of Technology, Major in Power System and Automation, master's degree in advance, supervisor Ding Ming
(3) 1993.09 - 1997.07, Hefei University of Technology, Major in Power System and Automation, Bachelor, instructor Hu Xingxiang

WorkExperience

(1) 2016.08-2017.08, Visiting scholar and tutor, Department of Electronic and Electrical Engineering, University of Bath,tutor is Furong Li.
(2) 2011.07-Present, Associate Professor, School of Energy and Electrical Engineering, Hohai University
(3) 2007.12-2011.07, Associate professor, School of Electrical and Automation Engineering, Hefei University of Technology
(4) 2002.12-2007.12,Lecturer, School of Electrical and Automation Engineering, Hefei University of Technology
(5) 1997.12-2002.12,Teaching assistant, School of Electrical and Automation Engineering, Hefei University of Technology

Field

1) Renewable energy simulation, analysis and prediction research: Renewable energy generation probabilistic characteristics, time characteristics and correlation modeling.
2) Research on distributed power supply planning and energy storage configuration: Research on multi-energy complementary planning.
3) Research on operation control optimization and black start of micro power grid: Black start strategy of micro power grid and main problems and related measures in the black start process of micro power grid.
4) Research on demand side response: Research on user response according to user type classification.


Project

1. General project of national Natural Science Foundation of China, 51777058, Research on distributed autonomy and Coordinated control of large-scale offshore wind Farm, 2018/01-2011/12, 550,000 yuan, under research, participated
2. State Grid Shanghai Electric Power Company, 20188069906, Research on electric vehicles' participation in power distribution side Power market Bidding, 2018/06-2019/06 330,000 yuan, in research, in charge
3. Beijing Jingmu Technology Co., LTD., 20198014916, Research on marketization Operation Mode of power grid, 2020/01-2020/04, 330,000 yuan, under research, principal
4. Jiangshan Hengfeng Electric Power Design Co., LTD., Thematic analysis of Jiangshan Power Grid -- Deepening application of one reservoir and three Centers, 2016.01-2016.12, 42,000, concluded, presided;
5. Anhui Electric Power Design Institute, Solar Array Loss Technology Research, 2015.04-2016.06, 100,000, concluded, presiding;
6. Youth Project of National Natural Science Foundation of China, 51307044, Monitoring reliability Research of distributed Photovoltaic grid-connected power Generation System based on wireless sensor Network, Jan. 2014-Dec. 2016, 250,000, concluded and participated;
7. Key Personnel of offshore Wind Power Technology direction of offshore Renewable Energy Platform, Coastal Development and Protection Collaborative Innovation Center, 2011.0901-2016.12.31, Coastal Development and Protection Collaborative Innovation Center;
8. Wind power seawater desalination system and equipment modeling test (power supply and energy storage system modeling test), China Electric Power Engineering Consulting Group, December 2013 to June 2014, 273,000 yuan, concluded, presided;
9. Jiangsu Natural Science Foundation Youth Project, BK2012409, Research on Offshore Wind Power Unit State Health Monitoring Method, 2012.07-2015.06, 200,000 yuan, concluded and participated;
10. Jiangsu Electric Power Design Institute, Distributed Power Supply Characteristic Analysis and Micro-grid Modeling and Simulation (DlgSILENT part), 2012.08~2013.12, 400,000; completed and participated;
11. Research business expense exploration project of central Universities, 2012B05914, Optimization scheduling of power system considering the correlation of multi-region wind speed distribution, 2012~ 2016.3 million, concluded, presided;
12. National Natural Science Foundation of China youth Project, 50707006, Study on operation Risk of FLEXIBLE Transmission System based on Relay Protection Operation Characteristics, 2008.01~2010.12, 160,000, concluded and participated;
13. National Natural Science Foundation of China youth Project, 50607002, Coordination control and Energy Management of Distributed complementary Energy Microgrid System, 2007.01~2009.12, 270,000 yuan, concluded and participated;
14. Anhui Development and Reform Commission, 062204E2, Medium and Long Term Development Plan of Renewable Energy of Anhui Province, 2005.01 ~2006.12, 125,000, concluded and participated;
15. Natural Science Project of Anhui Young Teachers' Scientific Research Support Program, 050408F, Planning and Application research of Distributed Power Supply in electric Power Market environment, 2005.01~2006.12, 10,000 yuan, concluded, presided;
16. Key Scientific research project of the Ministry of Education, 03099, Distributed power Generation with Green Energy and its Evaluation method, 2003.01~2005.12, 75,000, concluded, participated.

Thesis

1. Journal papers

(1) Ding Ming, Wang Min. Distributed generation technology [J].Electric power automation equipment, 2004,24(7): 31-36 (EI).

(2) Wang Min, Liu Shengsong. A trust region interior point algorithm for optimal power flow problems[J].International Journal of Electrical power &Energy Systems, 2005,27,(4),293-300 (SCI, EI).

(3) Wang Min, Ding Ming. Probabilistic Evaluation of Static Voltage Stability Taking Account of Distributed Generation[J].Chinese journal of electrical engineering, 2010,30 (25) : 17-22 (EI).

(4) Wang Min, Ding Ming. Probabilistic Calculation of Total Transfer Capability Including Large-scale Solar Park[J].Power System Automation, 2010,34 (7) : 1-5 (EI).

(5) Wang Min, Ding Ming.Establishment of Box-jenkins Model for Surface Solar Radiation Based on System Identification Method

[J].Journal of solar energy, 2012,33 (2) : 321-326 (EI).

(6) Wang Min , Ding Ming. Box-jenkins model of total solar radiation daily [J]. Acta solar energy, 2012,33 (3) : 386-390 (EI).

(7) Wang Min , Zong Xujun , Yuan Yue, et al.Reliability Analysis of Generation Systems With Photovoltaic Stations[J].Chinese journal of electrical engineering, 2013,33 (34) : 42-49 (EI).

(8) Lin Fang , Yuan Yue , Wang Min, et al.Study of Microgrid with Electric Vehicles[J].Power grid and clean energy,2013,29(10):80-85+90.

(9) Zong Xujun, Yuan Yue, Zhang Xin-song, Wang Min, et al. Analysis on Hybrid Wind/Energy Storage Power Station Reliability Based on the Well-being Theory[J].Power system automation,2013,37(17):17-22+129.

(10) Wang M, Zhang Y, Li Y Q, et al. Charging and Electric Vehicle Based On Immune Clone Algorithm[J].Advanced Materials Research, 2013, 805-806:1672-1677(EI).

(11) Wang M, Li Y Q, Zhang C F, et al. Dynamic Simulation of a Microgrid with Renewable Microsources Based on DIgSILENT/PowerFactory[J].Advanced Materials Research, 2013, 805-806:1176-1180(EI).

(12) Zhang Xinfong , Gu Juping, Yuan Yue, Wang Min, et al. Strategy of Smoothing Wind Power Fluctuation Based on Battery Energy Storage System[J].Chinese journal of electrical engineering,2014,34(28):4752-4760.

(13) Zhang Xinfong , Gu Juping, Yuan Yue, Wang Min, et al. Optimum Electric Vehicle Charging Model and Its Approximate Solving Technique[J].Chinese journal of electrical engineering,2014,34(19):3148-3155.

(14) Xu Lu , Yuan Yue , Wang Min, et al. Harmonic Power Flow Calculation of Distribution Network With Electric Vehicle Charge Station[J].Modern electric power,2014,31(02):21-26.

(15) Liu Guanqun , Yuan Yue , Wang Min, et al. Energy storage capacity determining of PV plant considering economic cost[J].Renewable energy,2014,32(01):1-5.

(16) Dai Xin , Yuan Yue , Wang Min, et al. Scheduling Strategy and Economic Benefits Evaluation of Electric Vehicles in Distribution Network[J].Journal of power system and automation,2015,27(03):42-47.

(17) Cao Yang , HUANG Yue-hui, YUAN Yue, Wang Min, et al. Stratified Optimization Algorithm for Optimal Proportion of Wind and Solar Capacity Based on Time Sequence Simulation[J].Chinese journal of electrical engineering,2015,35(05):1072-1078.

(18) Wang Min , Li Xiang , Pan Yongchun, et al. Overview of research on microgrids black-start[J].Electric power automation equipment, 2016,36(3):41-45,59(EI).

(19) Wang Min , Li Xiang , Zhang Chengfei. The Operation and Control of Microgrid Based on the Complex Control Strategy of Multiple Inverters[J].Modern electric power,2016,33(05):24-29.

(20) Wang Min, Chen Fen, Li Xiang, et al. PMSM Direct Torque Control Based on Improved Fractional Order Sliding Mode Control

[J].Guangdong electric power,2016,29(04):50-54+61.

(21) Wang Min, Pan Yongchun, Li Xiang, et al. Short-Term Wind Speed Forecasting Based on Improved Similarity Search Algorithm[J].Shaanxi electric power,2016,44(03):1-5.

(22) Wang Min , MAO Xin , Wang Hemei, et al. Reliability Analysis of Generation Systems with Photovoltaic Stations Considering Correlations Based on Copula Theory[J].Science, technology and ngineering,2016,16(04):54-59+68.

(23) Wang Min, Chen Fen, Li Xiang, et al. A review of direct torque control technology for AC speed regulation [J].Automation and Instrumentation,2016,(01):1-3+6.

(24) Wang Min , Xu Jian , Pan Yongchun. Optimized Dispatching Model for Power System with Wind Power Considering Wind Power Forecasting Reliability[J].Guangdong electric power, 2017,30(04):43-49.

(25) Wang Min , Wang Hemei, Jiang Keyong, et al. Optimized cable layout of photovoltaic power station based on improved Clustering algorithm [J].Automation and Instrumentation,2017(02):149-152+155.

(26) Wang Min , Xu Jian, Pan Yongchun, et al. Research on Electric Vehicles Participating in Bidding Game in Distribution Side Power Market[J].Guangdong electric power,2017,30(02):1-6+28.

(27) Wang Min, Geng Zhaojiang, Mao Xintong. Reliability Analysis of Power Generation System Considering Correlations Between Renewable Energy Output and Load [J].Shaanxi electric power,2017,45(02):26-30.

(28)Jiang Yuanzhi,Shi Yi, et al. Pricing Strategy for Sales Price Based on Floating Electricity Price[J].Guangdong Electric Power, 2018.31 (06): 14-18.

(29) Li Ming, Wang Min, Guan Zhi cheng. Interruptible Load Management and Subsidy Strategy for Micro-grid[J]. Guangdong Electric Power, 2012,31(4):65-71.

(30) Li Shenghu, Wang Min. A Novel Model of the Lower ActivePower Limit (LAPL) of DFIG Under Overspeed Mode[J]. International Journal of Electrical Power & Energy Systems, 2021,vol 125.

(31) Wang Bing , Liu Weiyang , Wang Min , et al. Research on Bidding Mechanism for Power Grid with Electric Vehicles Based on Smart Contract Technology[J]. Energies, 2020, 13(2):390-.

Ⅱ. Conference papers

(1) Wang Min, DING Ming, Liu Shengsong.Planning of independent distributed power supply based on optimal power flow in market environment [C].Proceedings of the 23rd Annual Academic Conference on Power System and Automation in Chinese institutions of higher learning, Hefei, China, 2007.10.20-10.21.

(2) Wang Min, Ding Ming.Outage model of distributed power supply in risk assessment [C].Proceedings of the 23rd Annual Academic Conference on Power System and Automation in Chinese institutions of higher learning, Hefei, China, 2007.10.20-10.21.

(3) Wang Min, Ding Ming, Liu Shengsong.Planning of distributed power supply based on optimal power flow under given DG permeability level [C].Proceedings of the 23rd Annual Academic Conference on Power System and Automation in Chinese institutions of higher learning, Hefei, China, 2007.10.20-10.21.

(4) Liu Wenbo, Wang Min, Yang Jie, et al.Investigation and Analysis of air-conditioning cooling load of Hefei Residents in summer [C].

Proceedings of the 23rd Annual Academic Conference on Power System and Automation in Chinese institutions of higher learning, Hefei, China, 2007.10.20-10.21.

(5) Wang Min, Zhang Yang.Plug-in electric vehicle charge and Discharge Control based on immune cloning algorithm [C].

Proceedings of the 28th Annual Academic Conference of Power System and Automation major of Chinese Universities, Dalian, China, 2012.10.26-10.29.


Achievements

(1)Wang Min, Jiang Yuanzhi, Shi Yi, Zhao Kangning, Lv Longxiang, Li Ming. Load classification method of Fuzzy C clustering based on Decision tree, 2018.04.26, China, 201810382946.7

(2)Wang Min, Jiang Yuanzhi, Shi Yi, Zhang peng, Sun Xinyuan. User Load Classification Method based on Base Load Reduction Strategy, 2018.12.18, China, 201811548203.9.

(3)Wang Min, Shi Yi, Zhang Peng, Jiang Yuanzhi. Interruptible Load compensation method based on Nash Revenue Sharing, 2019.01.25, China, 201910074526.7.

(4)Wang Min, Zhang Peng, Shi Yi, Wu Chao, Mo Lin. A method for simulating the charging load characteristics of electric vehicles is presented,2019.11.20,China,201911140472.6.

(5)Wang Min, Wu Chao, Zhang Peng, Fan Zongyin, Yu Zixuan. The multi-scale dynamic correlation analysis method and system of wind-solar power station output based on TDIC,2019.7.28, China,20201076357.1.




Open Course

1. Electrical equipment and power supply technology, undergraduate,213,32
2. Electrical equipment, undergraduate,104,18
3. Wind farm grid-connected technology, undergraduate,46,36
4. Power quality and energy saving technology, undergraduate,194,32
5. Electrical engineering I, undergraduate,68,32
6. Electrical equipment, undergraduate,79,32
7. Wind power grid technology, undergraduate,46,32
8. Circuit analysis, undergraduate,38,48
9. Electrotechnics and electrical equipment, undergraduate,59,32
10. Electrical and electronic technology, undergraduate,69,48


Teaching achievements

Teaching resources

Social Position

A reviewer of journals such as power system automation


Honor

Wang Min, Second prize of Xu Ji Award, China Electric Power Education Foundation, 2003;
Wang Min (1/5), reliability theory research of transmission and transmission combination power system, Anhui Provincial People's Government, Anhui Provincial Science and Technology Award, second prize, 2003
Wang Min (1/5), Science and Technology research Achievements of Anhui Province, 2004
Wang Min, annual advanced worker of Three Education, Hefei University of Technology, 2006-2007
2018 Excellent reviewer of Power System Automation Magazine

Admissions

10 Access