WANG Bing

1、Distributed control technology of wind power network system

Wind power generation has become the most potential new energy because of its abundant wind energy resources, low development cost and mature related technologies.With the increasing penetration rate of the wind power grid, the impact between the wind power system and the grid system is also growing, so how to solve various problems in the use of wind power generation, has important research significance.The research direction of this research group includes: nonlinear passive control of wind turbines, multiple unit control in wind farms, wind farm cluster control, multi energy field cluster control, etc.

2、Photovoltaic power generation and new energy control technology

Photovoltaic power generation is widely concerned and recognized by people for its advantages of cleanness and richness. Photovoltaic grid connected power generation has gradually become the main force of renewable energy power generation.With the vigorous development of the photovoltaic power generation industry, research on photovoltaic power generation-related technologies has become imminent. Countries around the world have actively invested a lot of manpower and material resources in their research, mainly focusing on photovoltaic cells, maximum power tracking control, grid connected inverter control and protection control.The research directions of this research group includes: photovoltaic system modeling and parameter identification, active and reactive power control of photovoltaic power station, steady-state, dynamic and transient analysis of grid connected photovoltaic system, physical production of solar photovoltaic, DSP, etc.

3、Nonlinear network control and application

Based on the linear control theory, the nonlinear control strategies and methods are proposed for the nonlinear system, and the nonlinear control theory is gradually formed. The research direction of this research group includes: control of lower triangular nonlinear system, passivity control, Hamiltonian system implementation and control, etc. With the development of communication technology and computer technology, the control system has gradually networked and intelligent. The control system is no longer centralized, but a distributed system composed of control components interconnected through the network. Sensors, controllers and actuators are connected by a control network to form a control loop, a so-called networked control system, which has the advantages of modularization, decentralized control, easy engineering development and maintenance, and low cost. In this research group, the research of networked control mainly includes the consistency, synchronization, delay, quantification, formation control and other issues in the distributed cooperative control of multi-agent.

4、Intelligent algorithm and control and application

As the upgrade of traditional algorithm, intelligent algorithm has been greatly developed and applied in recent years. Intelligent algorithms have great contribution in image processing, pattern recognition, evolutionary computation, optimization algorithm and so on. Today's intelligent algorithms include: artificial neural network, genetic algorithm, particle swarm optimization algorithm, tabu search algorithm, deep learning and so on. The research on intelligent algorithms in this research group mainly includes: intelligent algorithm and load forecasting, intelligent algorithm and photovoltaic power forecasting, intelligent optimization algorithm and so on. In the field of intelligent control, fuzzy control, neural network control, evolutionary computation and swarm intelligence can also be combined with traditional control algorithms.

1、Research project of power quality supervision and management mechanism of power selling company after power selling side is released, 2017.11.21-, State Grid Zhejiang Electric Power Co., Ltd, College of Energy and Electrical Engineering；

2、Nonlinear passive control method of offshore wind turbine, 2010.01.01-2014.06.04,National Natural Science Foundation of China, College of Energy and Electrical Engineering；

3、Research and demonstration of key technologies for operation control of large-scale photovoltaic power generation, 2012.01.01-,Electric Power of HeNan, College of Energy and Electrical Engineering；

4、Research on distributed autonomous and coordinated control of large scale offshore wind farms, 2018.01.01-,National Natural Science Foundation of China, College of Energy and Electrical Engineering；

5、Research on Key Technologies of power supply reliability and network reconfiguration of Shanghai Power Grid Considering source load random variables, 2019.07.01-,State Grid Shanghai Electric Power Company, College of Energy and Electrical Engineering；

6、Architecture optimization and technical training of automatic dispatching system, 2018.05.10-,South to North Water Transfer Middle Route trunk project construction administration, College of Energy and Electrical Engineering；

7、Research on wind farm treatment method of safety and stability early warning system (subproject of fan parameter identification), 2010.11.01-2014.11.28,Ningxia electric power company, College of Energy and Electrical Engineering；

8、Research on design and control of data information reading device of intelligent meter cabinet, 2014.11.05-,Jiangsu Fangtian Power Technology Co., Ltd, College of Energy and Electrical Engineering；

9、Research on electric vehicle participating in power market bidding on distribution side, 2018.07.01-,State Grid Shanghai Electric Power Company, College of Energy and Electrical Engineering；

10、Research on operation and maintenance and power transmission technology of offshore wind farm, 2008.12.30-2011.08.26,Nanjing Hohai Technology Co., Ltd, College of Energy and Electrical Engineering；

11、Software development of new distribution automation system based on self-healing control and distribution network protection technology (phase I), 2006.07.01-2007.10.08,State Grid Nanjing Automation Research Institute Urban and Rural Power Grid Automation Research Institute, College of Energy and Electrical Engineering.

1、Robust control of double-machine wind turbines with DFIG using Hamiltonian energy method, Advanced Materials Research, 2012-01-01, College of Energy and Electrical Engineering;

2、Hamiltonian robust controller design of permanent magnet wind generators, Applied Mechanics and Materials, 2013-01-01, College of Energy and Electrical Engineering;

3、Coordinated passivation techniques for the control of permanent magnet wind generator, Lecture Notes in Electrical Engineering, 2013-01-01, College of Energy and Electrical Engineering;

4、Robust nonlinear controller design of wind turbine with doubly fed induction generator by using Hamiltonian energy approach, Journal of Control Theory and Applications, 2013-01-01, College of Energy and Electrical Engineering;

5、Coordinated control of variable-pitch torque of doubly-fed wind turbine based on wind speed prediction,Journal of Hohai University, 2012-01-01, College of Energy and Electrical Engineering;

6、Parameter identification and output power prediction of photovoltaic array based on measured data, Renewable Energy Resources, 2012-01-01, College of Energy and Electrical Engineering;

7、Robust control design of a class of nonlinear systems in polynomial lower-triangular form, International Journal of Control, Automation and Systems, 2009-01-01, College of Energy and Electrical Engineering;

8、Analysis of three-phase short-circuit of doubly-fed wind generator and setting of maximum resistance of short circuit device,Electric Power Automation Equipment, 2009-01-01;

9、Nonlinear L2 control of water turbine gate and excitation based on Hamiltom energy theory, Electrical Machinery and Control, 2006-01-01;

10、Circle criterion design of robust nonlinear observer,System Engineering and Electronics, 2006-01-01;

11、Small gain control of dynamic uncertain generator system, Electrical Machinery and Control, 2007-01-01, College of Energy and Electrical Engineering;

12、Coordinated passivity control of turbine generator excitation and valve, Proceedings of the CSEE, 2004-01-01;

13、Designing nonlinear observer with circular criterion,Journal of University of Science and Technology of China, 2003-01-01;

14、Multi-machine controller design of permanent magnet wind generators using Hamiltonian energy method, Telkomnika - Indonesian Journal of Electrical Engineering, 2013-01-01, College of Energy and Electrical Engineering;

15、A Nonlinear Robust Controller Design of Lower-Triangular Systems based on Dissipation Theory, Mathematical Problems in Engineering, 2013-10-30, College of Energy and Electrical Engineering;

16、Design of nonlinear controller for high efficiency wind energy acquisition of permanent magnet wind turbine, Journal of Hohai University, 2013-02-15, College of Energy and Electrical Engineering;

17、Research on the solution of PV cell parameters and the reference value of maximum power point, Renewable Energy Resources, 2013-06-15, College of Energy and Electrical Engineering;

18、Robust controller design of photovoltaic grid-connected inverter, Renewable Energy Resources, 2014-01-15 College of Energy and Electrical Engineering;

19、A parameter identification method of photovoltaic array based on genetic algorithm, Renewable Energy Resources, 2014-08-20, College of Energy and Electrical Engineering;

20、Coordinated multi-objective nonlinear control of doubly-fed wind turbine, Journal of Hohai University, 2015-02-15, College of Energy and Electrical Engineering;

21、A new method in the phase plane method teaching of nonlinear systems,Journal of Electrical & Electronic Education, 2012-04-20, College of Energy and Electrical Engineering;

22、Output synchronization of multi-agent port-Hamiltonian systems with link dynamics, Kybernetika, 2016-01-15, College of Energy and Electrical Engineering;

23、Research on distributed cooperative control of doubly-fed wind turbines in offshore wind farm, Proceedings of the CSEE, 2016-10-05, College of Energy and Electrical Engineering;

24、Multi-peak PV array maximum power point tracking based on jumping strategy, Acta Energiae Solaris Sinica, 2016-08-28, College of Energy and Electrical Engineering;

25、Parameter optimization of PV based on hybrid genetic algorithm, IFAC-Papers Online, 2015-10-15, College of Energy and Electrical Engineering;

26、Research on H_infinite Robust Control Strategy of PV Grid-connected Inverter,

Chinese Journal of Power Sources, 2016-03-15, College of Energy and Electrical Engineering;

27、Output synchronization control of Lagrange passive system based on event-driven,Journal of Systems Science and Mathematical Sciences, 2015-10-05, College of Energy and Electrical Engineering;

28、Research on PV Cell Parameter Identification and Maximum Power Point Reference Curve Based on Gauss-Seidel Iteration Method, Renewable Energy Resources, 2015-12-05, College of Energy and Electrical Engineering;

29、Photovoltaic power prediction based on multi-period synthetic similar days, Chinese Journal of Power Sources, 2017-01-20, College of Energy and Electrical Engineering;

30、Distributed Coordinated Control of Offshore Doubly Fed Wind Turbine Groups Based on the Hamiltonian Energy Method, Sustainability, 2017-08-16, College of Energy and Electrical Engineering;

31、Distributed Coordinated Control of Offshore Doubly Fed Wind Turbine Groups Based on the Hamiltonian Energy Method, Sustainability, 2017-01-01, College of Energy and Electrical Engineering;

32、Distributed Complementary Control Research of Wind Turbines in Two Offshore Wind Farms, Sustainability, 2018-01-01, College of Energy and Electrical Engineering;

33、Necessary and Sufficient Stability Criterion and Stabilization for Positive 2-D Continuous-Time Systems with Multiple Delays, Asian Journal of Control, 2019-03-01, College of Energy and Electrical Engineering;

34、Distributed complementary control of doubly-fed wind turbine group in offshore wind farm based on Hamiltonian energy theory, Dianli Zidonghua Shebei/Electric Power Automation Equipment, 2018-01-01, College of Energy and Electrical Engineering.

1、Harmonic controller and parameter setting method of wind farm energy storage system, 2015-07-01, College of Energy and Electrical Engineering,patent for invention;

2、Valley delimitation search method for tracking multi-peak maximum power point of photovoltaic power generation system, 2015-01-14, College of Energy and Electrical Engineering, patent for invention;

3、Double-layer nested search method for maximum power point tracking in photovoltaic power generation system, 2012-05-09, College of Energy and Electrical Engineering, patent for invention;

4、Device and method for tracking maximum power point of photovoltaic power generation, 2012-07-04, College of Energy and Electrical Engineering, patent for invention;

5、Self-healing control method for urban power grid operation, 2010-12-29, College of Energy and Electrical Engineering, patent for invention;

6、A parameter identification method of photovoltaic array based on measured data, 2016-10-19, College of Energy and Electrical Engineering, patent for invention;

7、A fixed power control method for low-voltage ride-through of photovoltaic grid-connected system, 2017-05-24, College of Energy and Electrical Engineering, patent for invention.

1、Modern Control Theory,undergraduate；

2、Introduction to Professional,undergraduate；

3、Graduation practice,undergraduate；

4、Process Control System,undergraduate；

5、Comprehensive design of testing instruments and process control,undergraduate；

6、Robust Control,postgraduate；

7、Robust Control System,postgraduate.

1、The special prize of Hohai University Teaching Achievement Award 2019, ranked second;

2、Outstanding Instructor of Graduation Design of Hohai University in 2015;

3、Third Prize of Hohai University Lecture Competition 2016;

4、In 2012, presided over the acceptance of the specialty of automation in Jiangsu Province, which was successfully completed with excellent achievements;

5、In 2012, as the first author, published two papers on educational reform in the Journal of Electrical & Electronic Education and Education Forum; In 2016, as the first author, published two papers on educational reform in the Journal of Higher Education and The Science Education Article Collects;

6、As a project instructor of College Students' innovation plan, instructed 2 national innovation plans (all of which are excellent), 2 provincial innovation plans and 2 school level innovation plans;

7、In 2016, was elected as the chief professor of Process Control System, the core professional course of Hohai University, responsible for the construction and discussion of the course;

8、In 2014, as a backbone member, participated in the first-level discipline evaluation of Control Science and Engineering in Jiangsu Province, and passed it smoothly with excellent results;

9、In 2014, as a backbone member, participated in the application for key disciplines of Hohai University and obtained the key cultivation disciplines of the University;

10、In 2017, undertook the teaching reform project of “Training and practice of scientific and technological innovation” flipping class, with excellent results.

1、“Modern Control Theory”

Online resources: http://mooc1.chaoxing.com/course/206266806.html

2、“Training and practice of scientific and technological innovation” 

Online resources: http://mooc1.chaoxing.com/course/204484039.html

3、“Robust Control”（Postgraduate course）

Online resources: http://mooc1.chaoxing.com/course/206286449.html