I. Electrical Engineering and Automation
This major mainly covers power system, transmission and distribution, power equipment and its automation. Cultivating professionals in the field of electrical engineering and automation is one of the professions closely related to the power industry.
Mainly covers knowledge:
1, power system
Learn the composition, operation principle and dispatching control of power system, and understand the transmission and distribution of power system, including the layout and operation mode of high, medium and low voltage power grids.
2. Power equipment
Learn the design, operation and maintenance of power equipment, including transformers, generators, switchgear and protective equipment. , and understand the performance and working principle of power equipment.
Second, energy and power engineering
This major mainly studies the design, management and optimization of power systems and motors, including power system planning, operation and maintenance of power generation equipment, and power engineering economics. It is a professional direction covering the design, management and optimization of power system.
Main learning contents:
1, power system planning and operation
Learn the planning and design of power system, including the layout and structure optimization of power grid, reliability analysis and operation scheduling of power system.
2. Operation and maintenance of power generation equipment
Learn the operation principle, maintenance and management methods of various power generation equipment (such as coal-fired power generation, hydropower generation, nuclear power generation, etc.). ), including generator sets, power transmission and transformation equipment, etc.
Third, the power system automation technology
This major mainly studies the automation control and management of power system, and trains professionals in the field of power system automation technology and smart grid.
Main learning contents:
1, Basis of Power System Automation
Learn the basic principles and composition of power system, including power system distribution, topology, power system protection and other aspects of knowledge.
2. Power system automation technology
Learn the basic theory of power system automation control, including the design and application of automation control system, the construction and implementation of digital power system, and the application of power system information and communication technology.
3. Smart grid technology: Learn the development status and key technologies of smart grid, including distributed energy management, smart grid scheduling and optimization, power system data analysis and prediction, etc.