Power system and its automation course

1. What courses should the major of power system and automation take?

Circuits, electrotechnics, and electrical parts of power plants are all necessary basic courses.

Basic courses: circuit, printing gas drawing CAD, electrical instrument, motor and driver.

Specialized courses: electrical control and PLC, single chip microcomputer application technology, automatic detection technology, automatic control principle, frequency converter application technology.

Elective courses: AC /DC speed control system, factory power supply, Protel, industrial control network, upper computer monitoring system.

Education based on public interest;

Ideological and moral cultivation and legal basis

Basic principles of Marxism

Outline of modern Chinese history

Information technology base

High-level language programming (c)

Introduction to enterprise management

Advanced Mathematics B( 1)-(2)

College English (1)-(4)

Sports (1)-(4)

College Physics (1)-(2)

Physical experiment (1)-(2)

situation and policy

Professional basic education:

engineering drawing

Linear algebra b

Probability theory and mathematical statistics b

complex function and integral transform

Circuit experiment

engineering electromagnetic field

Basic Analog Electronics

Automatic control theory b

power electronic technology

Signal analysis and processing

Fundamentals of digital electronics technology b

Microcomputer principle and interface technology a

Circuit theory A( 1)-(2)

Electrical Engineering (1)-(2)

Basic Experiment of Electronic Technology A( 1)-(2)

Professional education:

Fundamentals of power system analysis

Power plant electrical part a

Principle of power system relay protection

High voltage technology

Introduction to electrical engineering (decentralized report form)

Second, what subjects should be studied and what are the main specialized courses in studying power system and its automation.

The most important parts of the undergraduate course are power system analysis, electrical engineering and power plant electricity. The simple version introduces the power system, such as transmission line model, short-circuit voltage calculation and so on. Electromechanical introduction synchronous asynchronous motor and transformer; The electrical part of the power plant is to introduce primary wiring or something.

Transient analysis and steady-state analysis are postgraduate courses. Steady state is to study the stable operation of power system, mainly including power flow. Transient is to study the operation and control of power system after disturbance.

What courses are there for undergraduate majors in power system and automation?

Mathematics includes: advanced mathematics, probability statistics, linear algebra and numerical calculation.

The basic courses are: circuit, digital circuit, analog circuit, single chip microcomputer, assembly language, DSP, PLC.

Specialized courses include: power system analysis, power plant part of electrical main system, high voltage technology, relay protection, power system stability and control, and automatic control theory.

Universities are not exactly the same, but these are the key points. According to the course name, you can find relevant teaching materials from Taobao or Zhuoyue.

4. What textbooks are used in the course of power system and automation in North China Electric Power University?

I graduated from Huadian. In addition to advanced mathematics, linear algebra, English, physical education, college physics, philosophy, political economy, C language and military training, almost all majors have to be studied. The majors are as follows: circuit, electrical engineering, relay protection, matlab, power system analysis, power plant electrical part, high voltage technology, microcomputer foundation, automatic control theory, analog electronic technology, digital electronic technology and so on. Since the sophomore year, this major has been divided into five small directions (there may be changes now, not five), and each major has its own professional courses. For example, power system automation, power system reliability, power planning, power market, telecontrol, new energy and so on. Curriculum division is quite troublesome. Huadian students all have a book in their hands. What's the name of the blue one? It slipped my mind. Anyway, there is a general list of courses for all majors, which is written in detail in that book.

What courses are there in power system automation?

Main courses: electrician foundation, electrician and electronics training, motor and electrical control technology, electrical CAD, power plant electrical equipment, power supply and distribution system and equipment, power supply and consumption engineering, power metering and monitoring, relay protection and automation device, and installation and maintenance training of motors and appliances. Employment direction: application and development of electrical control equipment and control system, technical service post; Installation, commissioning, operation and maintenance of enterprise electrical equipment or power supply and distribution system; Substation duty, overhaul and maintenance posts; Transformer primary line installer and transformer secondary line installer; Technical posts such as electricity supervision, electricity accounting and electrical testing.

What courses should be taken for the specialty of power system and its automation?

What courses should be taken for the specialty of power system and its automation?

Circuits, electrotechnics, and electrical parts of power plants are all basic courses.

Basic courses: circuit, electrical drawing CAD, common electrical instruments, motors and drives.

Specialized courses: electrical control and PLC, single chip microcomputer application technology, automatic detection technology, automatic control principle, frequency converter application technology.

Elective courses: AC /DC speed control system, factory power supply, Protel, industrial control network, upper computer monitoring system.

Education based on public interest;

Ideological and moral cultivation and legal basis

Basic principles of Marxism

Outline of modern Chinese history

Information technology base

High-level language programming (c)

Introduction to enterprise management

Advanced Mathematics B( 1)-(2)

College English (1)-(4)

Sports (1)-(4)

College Physics (1)-(2)

Physical experiment (1)-(2)

situation and policy

Professional basic education:

engineering drawing

Linear algebra b

Probability theory and mathematical statistics b

complex function and integral transform

Circuit experiment

Engineering capacitance magnetic field

Basic Analog Electronics

Automatic control theory b

power electronic technology

Signal analysis and processing

Fundamentals of digital electronics technology b

Microcomputer principle and interface technology a

Circuit theory A( 1)-(2)

Electrical Engineering (1)-(2)

Basic Experiment of Electronic Technology A( 1)-(2)

Professional education:

Fundamentals of power system analysis

Power plant electrical part a

Principle of power system relay protection

High voltage technology

Introduction to electrical engineering (decentralized report form)

What courses are there in electrical engineering and automation?

The courses of electrical engineering and automation are:

1. Power system automation: Power system automation mainly includes real-time monitoring of regional dispatching, substation automation and load control. The automation of management system is realized by computer. The main projects include power industry planning management, financial management, production management, personnel and labor management, data retrieval, design and construction, etc.

2. Power system relay protection: The development of power system relay protection has gone through several stages, such as electromechanical type, rectifier type, transistor type, integrated circuit type, etc., and now it has developed into microcomputer protection stage. The development history of microcomputer relay protection refers to relay protection based on digital computers (including microcomputers). It originated in Britain, Australia and the United States in the middle and late 1960s.

3. Embedded system: it is a kind of "special computer system completely embedded in the controlled equipment and designed for specific applications". According to the definition of the British Institute of Electrical Engineers, an embedded system is a control, monitoring or auxiliary device, machine or equipment used for factory operation. Unlike general computer systems such as personal computers, embedded systems usually perform predefined tasks with specific requirements.

4. Control theory: Control theory tells the theoretical research results with new concepts and ideas in system control science and its application research results in various fields, especially in high-tech fields, but it is seriously out of touch in the civil field, that is, in real life.

5. Power electronics technology: Power electronics technology is a new type of electronic technology applied in the power field, that is, the technology using power electronic devices (such as thyristors, GTO, IGBT, etc.). ) to convert and control electric energy. The "power" power transformed by power electronics technology can be as large as several hundred MW or even GW, or as small as several W or even below1W. Different from information electronic technology which focuses on information processing, power electronic technology is mainly used for power conversion.

What courses are there for the specialty of power system and automation?

Main courses: circuit, electrical engineering, electronic technology, automatic control principle, microcomputer principle and application, power plant electrical part, power system steady-state analysis, power system transient analysis, power system relay protection principle, power system automation.

Main practical links: metalworking practice, mechanical drawing, comprehensive experiment of electronic technology, off-line calculation of power system power flow, professional comprehensive experiment (dynamic model experiment), computer application and computer practice, production practice, course design and graduation design.

Students in this major mainly study the basic theory, knowledge and skills of the design and operation of power plants, power systems and their automation. A bachelor's degree in engineering will be awarded after graduation.

(8) Extended reading of power system and its automation course.

Features:

1, discipline: the direction is oriented to the national orientation of power system and automation discipline.

2. Wide specialty: The specialty involves not only high voltage technology of power system, network analysis, equipment operation and selection, but also relay protection of power system. Automation device, communication, integrated automation and other weak current automatic control contents, so as to combine strong current with weak current, design and construction, control operation and management. Emphasize technical foundation and pay attention to ability training.

3. Strong adaptability and compatibility. On the premise of ensuring a solid foundation, according to the needs of market economy, we can adjust and broaden its professional direction in thermal power, communication, electric power management, telecontrol and other aspects to adapt to the changes in social demand for professional talents.

What courses do you need to study for the postgraduate entrance examination of power system and its automation?

1. Basic courses: circuit, engineering electromagnetic field, analog part of electronic technology, digital part of electronic technology, signal analysis and processing and electrical engineering.

These basic courses are mainly sophomores, laying the foundation for the professional courses of juniors. Among them, the circuit and electronic technology belong to weak current part. Signal analysis is mainly to lay the foundation for learning control theory in the future. Electromechanics lays a foundation for studying power system analysis in the future. Electromagnetic field is the most basic and difficult course.

2. Specialized courses: power system analysis (most important), power electronics, high voltage, power market economy, power system relay protection, power system automation, automatic control principle, and electrical parts of power plant main system (mainly wiring mode and dynamic stability and thermal stability verification).

These specialized courses are also in order. Generally, high voltage, power system analysis and power electronics are studied together, which belong to three different directions of this major. The principle of automatic control lays a foundation for the stability research of power system in the future. Generally speaking, power system analysis is the most important and basic. Power market economy involves selling electricity, relay protection and power system automation, and mainly studies the principles and devices of protection and stability.

What courses are there for the specialty of power system and automation in Northeast Li Dian University?

breakdown

There should be two possibilities.

Power system and its automation are two disciplines of electrical engineering and its automation, if he does not recruit graduate students.

It should be the development direction of power system.

General university majors are divided into four directions, that is, two disciplines.

Including power system and its automation, motors and appliances, electrical technology and power supply technology.

I wonder if your school has any directions.

Some employers only know two subjects, but he doesn't know much about them. When they went to the school to recruit, they recruited electrical engineering and power system majors.