What are the energy and power categories? Has nuclear technology?

It probably includes the following majors: thermal energy engineering, power mechanical engineering (divided into two directions: power plant power and automobile power), engineering thermophysics, fluid mechanical engineering, refrigeration and cryogenic engineering.

three basic courses of heat transfer, engineering thermodynamics, and fluid mechanics for energy and power majors;

In addition to the common basic courses such as college mathematics (type I), college English, and politics, other supplementary courses include the principles of internal combustion engines, boiler principles, refrigeration and cryogenic technology, computer basics, mechanical drawing, energy and environmental science, etc., and the curriculum of different schools is different.

There are many students who choose this major with a longing for the energy industry, in fact, the choice is right, but the undergraduate stage is probably exposed to some classic courses and theories, and they really want to learn cutting-edge things (especially the frontier of new energy industry technology), or the training at the graduate level, personal experience.

The main enterprises employed by graduates of the School of Energy and Technology are: automobile manufacturing enterprises (Dongfeng, Volkswagen, etc.), thermal equipment and energy enterprises (CGNPC, Harbin Motor, CNOOC, ENN, etc.), machinery manufacturing enterprises (Aviation Industry Corporation of China, Intel, etc.), air conditioning and refrigeration enterprises, and various research and design institutes.

Passing ...... to learn nuclear technology

University is a platform, you can learn as much as you want, the key is yourself.

Set off firecrackers, beat cows, throw bricks, and so on.

The Energy and Power Engineering major belongs to the engineering category.

Undergraduate majors in China are divided into 12 disciplines: Philosophy, Economics, Law, Education, Literature, History, Science, Engineering, Agriculture, Medicine, Management, and Art.

Energy & Power Engineering is committed to the utilization of traditional energy and the development of new energy, as well as how to use energy more efficiently. Energy includes not only traditional energy sources such as water, coal, and oil, but also new energy sources such as nuclear energy, wind energy, and bioenergy, as well as hydrogen energy, which will be widely used in the future. The power sector includes internal combustion engines, boilers, aero engines, refrigeration and related testing technologies.

In 2012, the Ministry of Education's new version of the undergraduate major catalogue of colleges and universities adjusted thermal energy and power engineering to energy and power chain land engineering.

Students majoring in energy and power engineering mainly learn the basic theories of power engineering and engineering thermophysics, learn the theories and technologies of various energy conversion and effective utilization, receive the basic training of modern power engineers, and have the basic ability to design, operate and experiment of power machinery and thermal equipment.

Specialized courses: Engineering Mechanics, Fundamentals of Mechanical Design, Mechanical Drawing, Electrical and Electronic Technology, Engineering Thermodynamics, Fluid Mechanics, Heat Transfer, Control Theory, Testing Technology, Combustion, etc.

The energy and power major is a category of undergraduate majors in China's ordinary colleges and universities, including energy and power engineering, energy and environmental system engineering, new energy science and engineering, energy storage science and engineering, energy service engineering, hydrogen energy science and engineering, and sustainable energy.

Those that do not belong to the scope of new energy include petroleum products, natural gas, coal, nuclear energy, and biogas.

1. Petroleum Petroleum products, petroleum and its derivatives, such as gasoline, diesel, kerosene, etc., belong to traditional energy sources, which are extracted from fossil fuels.

2. Natural gas, natural gas is also a fossil fuel, which does not belong to the scope of new energy. It is widely used in power generation, heating wheels, industry and other fields. Stupid.

3. Coal is a traditional energy resource, mainly used in power generation, industrial production and heating. It is a fossil fuel.

4. Nuclear energy, although nuclear energy is an efficient and clean energy source, it does not belong to the category of new energy because it is obtained through nuclear fission or nuclear fusion, not through renewable energy.

5. Biogas, biogas is a mixed gas produced by the decomposition of organic waste, mainly including methane and carbon dioxide. Although biogas is a renewable energy source, it is not usually classified as a new energy source.

Belonging to the new energy are:

1. Solar energy.

Solar energy uses solar radiation energy to be converted into electricity or heat. Solar panels can convert solar energy into electricity for electricity generation or power supply, while solar thermal energy systems can be used to heat water or heat the house.

2. Wind energy. Wind energy is the energy that is converted into electricity by the wind driving wind turbines. Wind turbines use wind energy to generate electricity by rotating the blades to drive generators to generate electricity, and use wind energy to generate electricity or supply.

3. Hydro energy.

Hydro energy uses water currents, water level differences, or ocean tides to generate kinetic energy, which in turn is converted into electricity. Hydroelectric power is the generation of electricity by driving a turbine generator to turn through the flow of water.

4. Biomass energy.

Biomass energy refers to the energy form that uses organic matter (such as wood, crop waste, etc.) for energy conversion. Biomass energy can be utilized through biomass power generation, biomass fuel, etc.

5. Geothermal energy.

Geothermal energy refers to the form of energy that uses geothermal energy from the earth's interior for energy conversion. Geothermal energy can be utilized through geothermal power generation, ground source heat pumps, etc.

Nuclear belongs to noRenewable energyNuclear energy is not a renewable energy source because it cannot recover its original characteristics after being used. In addition, renewable energy refers to those that have the characteristics of self-recovery and can be used sustainablyPrimary energy。Including solar, hydro,Biomass energy, hydrogen, wind, wave energy, and the thermal cycle between the surface and the deep layers of the oceanGeothermal energyIt can also be counted as renewable energy.

Advantages of nuclear energy1. Nuclear power generation does not produce sulfur dioxide.

and other harmful gases, which will not cause pollution to the air.

2. Nuclear power generation does not produce carbon dioxide like fossil fuel power generation.

3. Nuclear power plants.

The amount of nuclear fuel consumed is greater than that of fossil fuels consumed by a thermal power plant of the same power.

Much less. 4. Nuclear power generation has significant advantages in terms of land scale and energy security.

5. Nuclear power generation is relatively safe.

Disadvantages of nuclear energy1. Nuclear power plants will produce high- and low-order radioactive waste, or used nuclear fuel, although the volume is not large, but because of the radioactivity, it must be handled carefully, and it needs to face considerable political trouble.

3. There are a large amount of radioactive materials in the reactor of the nuclear power plant, and if they are released into the external environment during the accident, it will cause harm to the ecology and the people.

Include. New energy technology is the backbone of high technology, including nuclear energy technology, solar energy technology, coal combustion, magnetohydroelectric power generation technology, geothermal energy technology, marine energy technology, etc. Among them, nuclear energy technology and solar energy technology are the main symbols of new energy technology, through the development and utilization of nuclear energy and solar energy, breaking the traditional energy concept with oil and coal as the main body, and creating a new era of energy.

To be exact, excluding nuclear energy utilization began in 1941 and has been developed for 70 years. Moreover, nuclear energy technology is very mature, commercialized for a long time, and widely used around the world. Therefore, nuclear energy is no longer a new energy source.

Nuclear energy should be a high-tech energy source.

Wind energy and solar energy are still new energy sources because they are not widely used because the technology is not yet mature.

Nuclear power is a major breakthrough in the power system after the advent of the nuclear age.

The concept of nuclear power is that the fusion of heavy atoms (e.g., uranium, plutonium) or the fusion of light atoms (e.g., hydrogen, helium) is converted into pure energy under controlled conditions according to e=mc and used as power.

The main advantages of nuclear power are:

The endurance of the same volume of nuclear power engine is thousands of times that of conventional power engines, and if it is driven by a 100,000-ton ship, it generally needs to be replaced once in about 25 years, which is extremely suitable for far-sea operations, and is very environmentally affected and reliable.

It is not affected by international oil prices. With the gradual scarcity of oil, the international oil price is also gradually. With conventional power, there is a great deal of uncertainty about the cost of achieving the same power output.

The main disadvantages of nuclear power are:

In the event of a nuclear fuel leak, it will cause extremely harmful pollution to the leaked area, such as the former Soviet Union's UA series of nuclear-powered satellites that polluted Canadian waters, but fortunately polluted no man's land, causing very little actual damage.

The manufacturing cost is high, and there are high requirements for the technical personnel of the manufacturing process and control, and only a few countries can meet the requirements.

It is powered by nuclear power, like a nuclear power plant. Generate electricity with nuclear and then use it as a power source. Because the consumption of nuclear energy is very slow, nuclear-powered submarine aircraft carriers can not need to refuel for more than 10 or 20 years.

Those that use the energy produced by a nuclear reactor as a power source are called nuclear power.

The advantage of nuclear power over conventional power is that nuclear power has a very strong endurance and does not need to supplement energy, and it can basically meet the use for decades by filling nuclear raw materials once.