What is an electrical application is for 20, what is an electrical application for

It depends on what kind of graduation you are.

Traditionally, electrical engineering is defined as the sum total of the disciplines used to create and produce electrical and electronic systems. This definition was originally very broad, but with the rapid development of science and technology, the current concept of electrical engineering has gone far beyond the scope of the above definition. The professor of Stanford Faculty of Sheds noted:

Today's electrical engineering encompasses almost all engineering behaviors related to electronics, photonics."

In order for electronic equipment to meet the required indicators, the first thing is to be equipped with a stable and superior power supply, which is higher in some systems with higher professional requirements.

Development prospects: electricity is an important material basis for the development of Yuchang production and improve the standard of human life, the application of electric power is constantly deepening and developing, electrical automation is an important symbol of the national economy and people's lives. As far as the international level is concerned, the demand for electricity will continue to grow for a long time in the future, and the demand for electrical engineering and automation technology workers is on the rise.

Career direction: Graduates of this major can be engaged in teaching, scientific research, engineering design, scientific and technological development, management and economic and trade in electrical engineering and automation in colleges and universities, scientific research institutes, companies and enterprises and institutions.

The above content reference: Encyclopedia - Electrical Engineering.

1. Overall framework.

Major in electrical automation technology.

The curriculum system consists of six parts: public quality basic course module, public technology basic course module, public quality development course module, vocational technology basic course module, vocational post core course module, and vocational quality development course module.

2. Theoretical courses.

Circuit analysis, electronic technology, motor and low-voltage electrical control, programmable controller application technology, automatic control system.

Power electronics technology, microcontroller application technology, sensors and meters, etc.

Culture specificationsProfessional competence. 1. Have the ability to learn new knowledge and skills.

and innovation and entrepreneurship can tap the bright force;

2. Have the ability to use automation tools, instruments, specifications and standards;

3. Have the ability to install and debug automation equipment and systems;

4. Have the ability to monitor the operation of automation equipment and systems;

5. Have the ability to design and manage automation equipment and systems.

6. Have the ability to transform automation equipment and systems;

7. Have the ability to install, maintain and monitor the power supply and distribution system of the factory;

8. It has a rough and slippery bus on site.

and the ability to build industrial control networks;

9. Have the marketing and service capabilities of automation equipment and industrial control products.

1. Power systems, power stations, substations, power plants, railway industries, etc.

2. Electrical automation is used in industrial control systems, such as how to operate a piece of equipment to ensure that it can produce qualified products normally.

3. Modern industry is not all manual, relying on people to operate, but it is made by the machine, starting the machine, it will run on its own, the reason why the machine can run automatically, is electrical automation, the so-called electrical automation, is the use of relays, inductors and other electrical components to achieve sequence control, time control process.

4. Others, such as some instruments or servo motors, can be fed back to the interior according to the changes in the external environment, so as to change the output and achieve the purpose of stability.

The application of intelligent technology in electrical engineering automation guides the development trend of new products of electrical products in the future. The application of intelligent automation technology makes the development of new products more rapid and the level of production quality management can be improved.

Electrical engineering and automation is an emerging discipline in the field of electrical information, with tentacles extending to all walks of life, from the design of a switch to the research of aerospace aircraft. Because it is closely related to people's daily life and industrial production, it has developed very rapidly and is relatively mature now.

Cultivate "wide-caliber" and "complex" senior engineering and technical talents who can be engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications related to electrical engineering.

It is the tremendous progress of electronic technology that has promoted the advent of the information age based on computer networks and changed all aspects of human life and work. The Department of Electrical Engineering, also known as the Department of Electrical Engineering, the Department of Electrical Engineering and Information Science, and the Department of Electrical Engineering and Computer Science, is mainly focused on computer and information technology.

Main courses. Circuit Principle, Analog Electronic Technology, Digital Electronic Technology, Microcomputer Principle and Application, Signal and System, Automatic Control Principle, Motor and Traction, Power Electronics Technology, Electric Power Drag Automatic Control System, Electrical Control Technology and PLC Application, Microcomputer Control Technology, Power System Analysis, Power Plant Electrical Part, Electrical Machinery.

Principles of Automatic Devices in Power Systems, Electrical Engineering, High Voltage and Insulation Technology, English for Electrical Engineering, Steady-State Analysis of Power Systems, Transient Analysis of Power Systems, High Voltage Technology, High Voltage Direct Current Transmission Technology, Relay Protection.

It is very extensive, such as power plants, factories, hospitals, schools, construction, transportation industries, etc., which have a wide range of applications, mainly depending on whether you are designing, or asking for employment, anyway, this aspect of employment is very easy to solve, and the treatment depends on your own ability!

Electrical engineering: power system, power station, substation, power plant, national power, railway industry, construction industry, lighting, etc.

1. Fault diagnosis of electrical engineering.

It can timely monitor and diagnose electrical engineering faults in real time, for example: the fault point can be quickly found by using the leakage oil and decomposition gas in the transformer, which can reduce the fault detection and maintenance time, improve the service life and efficiency of electrical equipment, reduce the probability of accidents, and ensure the safe and stable operation of the electrical engineering system.

2. Automation and intelligent control of electrical engineering.

It can realize the remote monitoring of electrical engineering, so as to obtain the operation status of electrical engineering system and related equipment in real time, find faults and analyze and deal with them at the first time, which greatly improves the degree of automation and work efficiency of electrical engineering.

3. Optimal design of electrical equipment.

A very important content in the electrical engineering system is the optimal design of electrical equipment, but because of the many equipment involved in electrical engineering, the design cycle is long, and the process is complex, there are often problems such as electrical equipment design errors or low efficiency, and it can be said that the requirements of electrical equipment design for staff are particularly strict.

It is necessary to have rich professional knowledge in electrical, electronic, circuit, mechanical and computer information, etc., and also need to have certain design experience, otherwise it is difficult to ensure that the design scheme is feasible. Traditional electrical equipment design relies on manual methods, which has great drawbacks, while relying on intelligent technology can improve the quality and efficiency of electrical equipment design, and it takes time and energy to reduce electrical equipment design.

The power generation side needs to consider new energy, the transmission and distribution side can consider the smart grid and ultra-high voltage and DC transmission, and the distribution network side can consider smart home!

Are you asking about the use of a new product, or is it a practical application of the product?

Write it clearly, such as the application of frequency conversion energy saving, active filtering, etc.

1. Power system.

Power stations, substations, power plants, railway industry, etc.

2. Electrical automation.

It is used in industrial control systems, such as how a piece of equipment operates to ensure that it can produce a good product.

3. Modern industry is not all manual, relying on people to operate, but it is made by the machine, starting the machine, it will let the chain itself run, the reason why the machine can run automatically, is electrical automation, the so-called electrical automation, is the use of relays, sensors and other electrical components.

The process of sequential control and time control is realized.

4. Others such as some instruments or servo motors.

It can be fed back to the interior according to the changes in the external environment, so as to change the output volume and achieve the purpose of stability.

1. Power system.

Power stations, substations, power plants, railway industry, etc.

2. Electrical automation.

Used in industrial control systems.

For example, how can a piece of equipment operate to ensure that it can produce qualified products normally.

3. Modern industry is not all manual, relying on people to operate, but it is made by the machine, starting the machine, it will run its own Mingshan, the reason why the machine can run automatically is electrical automation, the so-called electrical automation, is the use of relays, inductors and other electrical components.

The process of sequential control and time control is realized.

4. Others such as some instruments or servo motors.

It can be fed back to the internal according to the changes in the external environment, so as to change the output in the stimulus to achieve the purpose of stability.