⟡ Team leader:  Prof.  Zhengfeng Ming

⟡ Team members

⟡ Team introduction

Relying on the first-class master degree program of "Electrical Engineering", the "Electrical Energy Conversion & Novel Electromagnetic Device Control Team" of Xidian University is an academic research team with interdisciplinarity and distinctive characteristics. The team members are backbone members of the electrical engineering academic research team, and the main members of the discipline have always been engaged in the research in multiple fields of electrical engineering over the years, the proportion of whom with doctoral degrees was over 80%. In recent years, there are over 100 postgraduates who have good moral traits, correct outlook on life, rigorous scientific spirit, solid theoretical foundation and application innovation capabilities, adapt to the discipline development requirements of interdisciplinarity and high-tech intensity, and actively serve the socialist modernization.

⟡ Talents, important achievements, and awards

Relying on the military and civilian integration background in research fields of electronic equipment electromechanical coupling and electromagnetic field and microwave technology of Xidian University, as well as the major scientific research projects, the team strengthens its talent training ability and scientific research strength and undertakes lots of scientific research projects in each discipline area and has obtained a team of influential and innovative scientific research achievements. Key scientific research projects it has undertaken over the years include as follows:

1.    National High-tech R&D Program (863) Program: applications of hybrid electromagnetic suspension system in ground simulation systems of space microgravity (during the "11th Five-Year" Plan and the 12th Five-Year Plan period);

2.    Basic research projects of the State Administration of Science, Technology and Industry for National Defense: research on the composition and mechanism of large-gap hybrid electromagnetic suspension systems;

3.    JWFrontier innovation research program of the Science & Technology Commission of Ministry of Education: the influence mechanism and experimental verification of complex electromagnetic waves on XXX;

4.    Project of National Natural Science Foundation of China: research on embedded EMR filters in DC/DC converters; research on the magnetoelectric system coupling in 3D integrated converters; research on the new method of electromagnetic linear drive of high-speed press and its dynamic characteristics;

5.    Project of Natural Science Foundation of Shaanxi: research on the electromagnetic linear drive mechanism of vibration-assisted plastic machining spindle feed systems; research on the electromagnetic linear drive design theory of high-speed presses; research on the non-linear control strategies of electric systems with static synchronous compensators;

6.    Project promoted by Department of Science and Technology of Shaanxi Province: Research and development of the core control systems of TCR static dynamic reactive power compensation devices;

7.    Research projects commissioned by enterprises: analysis of the impact of complex electromagnetic environment on XX systems; research on the XXX antenna layout and antenna RCS calculation and analysis technology.

⟡ Main research areas

1.   Research on the Theory and Control of Electromagnetic and Electromechanical Devices

Focusing on the operation theory, mechanism theory and control theory of the control system of electromagnetic devices, and the research areas of electromagnetic models, numerical analysis are studied, the areas such as new electrical machinery design, large-gap hybrid electromagnetic suspension system, and servo control arein-depth studied.

2.   Research on electrical energy conversion and magnetoelectric integration of power electronics systems

Research the electrical energy conversion technology of power electronics, electromagnetic compatibility (EMC) technology in power electronics systems, EMI/EMC issues, and improve the EMC performance of multi-system interconnection. Relying on the research background of Xidian University in electronic equipment electromechanical coupling, research the EMC of multiple systems and electromagnetic protection design, test, and so on, and solve multiple major technical issues that affect equipment performance.

3.   Electric system automation and new energy power conversion

Research new energy power generation and power transmission machine conversion technology, involving solar power generation/biomass power generation/vibration power generation and other new energy power generation technologies, electric energy storage technologies and electric energy transmission technologies. And research the automatic detection of grid operation status and automatic balance control of load, and the design and realization of the automatic control software and hardware of substation computers, and so on.

4.   Electromagnetic compatibility and interference suppression in power electronic system; Acquisition and management of space-based solar power; high-power inverter and drive; and packaging integration and manufacturing of power electronics systems.

⟡ Doctor/Master Admissions (please refer to the Admissions Information for details)