What is electrification engineering and what do electrification majors learn

Electrified railways, also known as electrified railways, are railways that are mainly traveled by electric locomotives or EMUs. The traction power of the electrified railway is an electric locomotive, which does not carry energy itself, and the required energy is provided by the electric traction power supply system. The traction power supply system mainly refers to the two major parts of the traction substation and the catenary.

The substation is located near the railway, and it sends the current from the power plant through the high-voltage transmission line to the catenary over the railway. A catenary is a device that directly transmits electrical energy to an electric locomotive.

Of course, in the same way, the electrification project is the use of electric motors instead of internal combustion engines, with the transformation of the traction system, the whole project has also been upgraded, so as to reduce the work intensity of employees, save the pressure of enterprise operating funds.

Electrification specializes in 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.

The professional curriculum system of electrical automation technology is composed of six parts: public quality basic course module, public technology basic course module, public quality development course module, vocational and technical basic course module, vocational post core course module, and vocational quality development course module.

Direction of employmentMainly for the production and use of automation equipment enterprises, engaged in the operation monitoring, installation and commissioning, maintenance and repair, technical transformation, project design, operation management, product sales and service and installation, maintenance and management of power supply and distribution systems of automation equipment and systems.

What electrification majors learn is as follows:

1.Power system: Power system is one of the core disciplines of electrification, which mainly studies the knowledge of power generation, transmission, distribution and utilization. Students need to learn the basic principles of power systems, the selection and operation management of power equipment, etc.

2.Power electronics: Power electronics is an important sub-discipline of electrification, which mainly studies the knowledge of power electronic devices, power electronic control technology, and power electronics applications.

Students need to learn the knowledge of the working principle of power electronic devices, the application of field talk socks in power electronic control technology, etc.

3.Motor and control: Motor and control is another important sub-discipline of electrification, which mainly studies the working principle of motor, motor control technology, motor application and other aspects of knowledge.

Students need to learn the classification of motors, the working principle of motors, the application of motor control technology, etc.

4.Communication and information processing: Communication and information processing is another important sub-discipline of electrification, which mainly studies the knowledge of communication technology, information processing technology, network technology, etc.

Students need to learn the basic principles of communication technology, the application of information processing technology, etc.

5.Computer control: Computer control is another important sub-discipline of electrification, which mainly studies the knowledge of computer control technology, embedded systems, automation control, etc.

Students need to learn the basic principles of computer control technology, the application of embedded systems, etc.

Summary. 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 concept of electrical engineering has gone far beyond the scope of the above definition.

A professor at Stanford University points out that "today's electrical engineering encompasses almost all engineering behaviors related to electronics and photons." 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.

Traditionally, electrical engineering is defined as the sum total of the disciplines used to create electrical and electronic systems that produce electrical and electronic systems. This was originally a very broad definition, but with the rapid development of scientific hosiery technology, the concept of electrical engineering has gone far beyond the scope of this definition. The professor at Stanford University noted

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

It's basically electricity in physics plus computer technology applications.

Electrical engineering is a discipline that studies the conversion, transmission, control, and application of electrical energy, as well as the related fields of electricity, electronics, and computer science. Its purpose is to design, build and maintain various power systems and electronic equipment, ensure that they operate in a safe, efficient, and reliable state, and apply them to life and industrial production. Electrical engineering is an important foundation for the adult progress and information development of modern society, and its application fields are very wide, including energy, communication, measurement, automation, lighting, medical care, transportation and many other aspects.

In modern electrical engineering, automation control technology and electronic information technology are very important. Through efficient data processing systems and control technologies, we can help us better realize the automatic control of various systems and improve the efficiency of energy and resource utilization. At the same time, there are many important aspects in electrical engineering, such as circuit theory, motor and drive technology, power systems, power electronics technology, etc.

Electrical engineering requires the use of high-tech means, such as integrated circuits, computer-aided design, numerical calculation of electromagnetic fields, etc. With the development of science and technology, the application scope and potential of electrical engineering will continue to expand, and the future electrical engineering will face greater challenges and higher requirements, requiring continuous innovation and improvement of engineering talents.

In short, electrical engineering is the application of electricity and electronics theory and technology, the study of electric energy conversion, transmission, use and other problems, and the creation of corresponding engineering systems to solve the technical problems encountered in real production and life. In the future, the importance of electrical engineering will be more prominent, and it will contribute more to human life and social progress. <>

Engaged in survey, planning, design, power engineering construction, installation, commissioning, technology development, experimental research, power generation and power supply operation, maintenance, repair, power grid dispatching, power management, power environmental protection, power automation, technical management and other work of electric power professional engineering and technical personnel.

Electrical engineering (EE) is one of the core disciplines in the field of modern science and technology, and it is an indispensable key discipline in the field of high-tech today. For example, it is the great progress of electronic technology that has promoted the arrival of the information age based on computer networks and will change the way human beings live and work.