1. Electrical Engineering and Automation (Master of Engineering)

-Electrical engineering field The main research field of electrical engineering in SIE

(1) Power system analysis, Operation and control

(2) Distributed generation and microgrid technology

(3) Active distribution network technology

(4) New motors and their control

(5) Analysis and optimal design of intelligent appliances

(6) Online monitoring and fault diagnosis of power equipment

(7) High voltage insulation technology

-The field of electrical engineering is mainly oriented towards the development of national energy strategy and the needs of the power industry, with the focus on improving the ability to solve practical engineering problems, and cultivating high-level composite and applied engineering technology and management talents with solid theoretical foundation, broad professional knowledge, comprehensive quality, strong engineering practice ability and certain innovation ability.

2.Power Engineering (Master of Engineering)

-The first-level disciplines of Power Engineering and engineering Thermophysics in our school include thermal energy Engineering, power machinery and Engineering, and fluid machinery and engineering. The main research directions are as follows:

(1) Power plant system optimization and energy saving

(2) power plant system simulation, control and information technology

(3) Efficient and clean combustion

(4) new energy development and utilization

(5) power machinery design

-In the field of power engineering, students should master solid basic theories and broad professional knowledge, have strong ability to solve practical engineering problems, and have the ability to independently engage in engineering design, engineering construction, engineering research, engineering development and engineering management in a specific research direction. High-level applied, development-oriented, composite senior engineering and technical personnel and management personnel with good professional qualities.

3.Control Engineering (Master of Engineering)

-The first-level disciplines of Power Engineering and engineering Thermophysics in our school include thermal energy Engineering, power machinery and Engineering, and fluid machinery and engineering. The main research directions are as follows:

(1) Integrated energy system optimization control

(2) Power production process automation

(3) Clean energy power generation and energy storage control technology

(4) Intelligent robot inspection

(5) Intelligent operation of power equipment

(6) Intelligent detection and automation system

(7) New energy power prediction and intelligent drive

-The field of control engineering closely combines the development of the national energy strategy and the needs of the energy and power industry, faces the application needs of the smart energy industry, and carries out personnel training in the direction of automation of the power production process, intelligent inspection, intelligent operation and maintenance, with the future needs of the construction of the national modern energy system as the guidance, and aims to solve practical engineering problems. Focus on the transformation and upgrading of the energy and power industry and the green and low-carbon development, and cultivate application-oriented and composite high-level engineering and technical talents with solid theoretical foundation, broad professional knowledge, good professional quality and practical innovation ability.

4.Computer Technology (Master of Engineering)

-In the field of computer technology, our school focuses on power computer vision technology, power information security, big data processing, and virtual power plant technology. Focusing on the development needs of the energy and power industry, it features virtual power plants, power information security and power computer vision technology, and uses a new generation of information technology to solve data security and intelligent optimization, fault monitoring and other problems. The advantage lies in the deep research of computer application technology under the background of energy and power, and provides intelligent grid calculation and optimization schemes for energy and power enterprises. His research interests include:

(1) Power computer vision

(2) Power information security

(3) Energy big data technology

(4) Virtual power plant technology

(5) Power digital twin technology

(6) Complex system modeling technology

(7) Industrial Internet design and optimization

-The direction of computer technology is oriented towards the application needs of the energy Internet and smart energy industry, with the core of improving the ability to solve practical engineering problems, cultivating solid basic theory and professional knowledge of information technology, and possessing the research, development and management ability of computer application projects or products. High-level composite, applied engineering and management personnel with good professional quality and certain innovation ability.

5.Materials and chemical industry (Master of Engineering)

The main research directions of Materials and Chemical engineering major of our university are:

(1) preparation of new energy and energy storage materials

(2) Application of new energy and energy storage materials

(3) Chemistry of new energy and energy storage materials

(4) Industrial pollution reduction and carbonization, process materials and chemical engineering, focusing on the intersection of power, chemistry and materials

-With the preparation of new energy materials as the starting point and the two application scenarios of energy power and chemical industry as the guidance, the research on key technologies in the fields of energy production and transformation, advanced energy storage materials, a new generation of electronic chemicals, and pollution control will be focused on. So that the trained talents can have the ability of practice and innovation of applied, composite high-level engineering technology and engineering management talents.