Can energy and power engineering enter the national grid?

Energy and electric power projects can enter the national grid as follows

The major of energy and power engineering belongs to engineering, and it is a counterpart major recruited by State Grid. Graduates majoring in energy and power engineering can work in government departments, planning departments, military departments and scientific research and design units related to nuclear power industry and radiation science, management, education and research and development.

The major of energy and power engineering requires students to have solid basic knowledge such as mathematics, physics, engineering mechanics, mechanical principles, electrical and electronics, as well as professional knowledge such as physical analysis of nuclear reactors and thermal hydraulics of nuclear reactors.

Extended data

1, can enter the national grid.

(1) electrical engineering major: similar to electrical engineering and automation, electrical engineering and automation, power electronics and transmission, high voltage, motor and electricity, these majors should be considered the most suitable.

Electronic information majors: majors such as communication engineering, automation, network engineering, computer and software engineering are also competitive in entering the State Grid.

(3) Finance and finance: actuarial, insurance, finance, financial accounting and other majors. I also have the opportunity to work in the national grid system. Of course, there are relatively few corresponding positions.

2, energy and power professional content

① Specialty direction of thermal energy engineering: Thermal energy engineering is a discipline that studies the release, conversion, transmission and rational utilization of thermal energy, which is widely used in energy, power, space technology, chemical industry, metallurgy, construction, environmental protection and other fields.

② Specialty direction of heat engine: Heat engine mainly studies the design, manufacture, operation, fault monitoring and diagnosis and automatic control of high-speed rotating power devices, including steam turbines, gas turbines, turbojet and turbofan engines, compressors and fans.

③ Specialty direction of fluid machinery and fluid power engineering: mainly studying the automation of fluid machinery and its working system, energy saving of fluid circulation system, etc. Widely used in hydropower and water conservancy, machinery manufacturing, transportation, petrochemical industry, construction machinery, food and textile, aerospace, naval equipment, municipal facilities, industrial and civil construction and other departments.

④ Specialty direction of air conditioning and refrigeration: mainly studying refrigeration and low temperature technology. It is widely used in energy, aerospace, aviation, automobile, petrochemical industry, food and drug production, medical equipment and air conditioning and refrigeration equipment production and other fields.