Main courses of power system automation technology major

The power system automation technology major mainly studies the basics of electrical engineering, electronic technology, motor technology, electrical drawing and CAD, power system basics, PLC electrical control technology, communication basics, and power generation Courses on factory substation electrical equipment, power system secondary equipment, power system relay protection, etc.

The Power System Automation Technology Major has a rich curriculum, aiming to compre hensively cultivate students' professional skills and practical experience. The following is an overview of the core courses and main practical links:

Electrical and Electronic Technology: In-depth understanding of the basic theory and practical operation of electronic equipment in power systems.
Electrical Science: Study the structure, working principle and control technology of motors to lay the foundation for subsequent courses.
Electrical equipment: Learn the structure, performance and maintenance of various types of electrical equipment, and improve equipment management capabilities.
Power system analysis: Master the mathematical models and analysis methods of power system operation, and understand the dynamic behavior of power systems.
Power system relay protection: Learn the theoretical and practical techniques to protect power systems from faults.
High voltage technology: Study the generation, transmission and safety control of high voltage electricity to ensure the stable operation of the power system.
Electrical secondary circuit: Study the design and debugging of control and measurement circuits in power systems.
Power system automatic devices: Learn the application of automation equipment in power systems to improve system efficiency.
Electrical operation: combine theory with practice, and be familiar with the entire process management of power system operation.
Integrated automation of substations: focusing on the automated control and information management of substations.
Computer control of power plants: Master the application of computers in power production and improve production efficiency.
Metalworking internship: Provide a practical operation platform to enhance hands-on ability and engineering practice ability.
Course design: Combining theory and practice to cultivate independent problem-solving abilities.
Simulated power plant operation: Through the simulated environment, simulate actual operating scenarios to improve operating skills.
Protective device testing and unit debugging: Learn the methods of equipment performance testing and system debugging.
Professional compre hensive internship: apply the knowledge learned to actual work scenarios to improve compre hensive application capabilities.
Graduation Internship (Design): Compre hensively understand the power system industry and pre pare for work after graduation.

Each school may also add or strengthen some special courses and practical links based on its own characteristics to meet specific teaching needs and industry development trends.