What are the subdivisions of new energy?What is the potential for future development?

The main subdivisions of new energy are hydropower, nuclear power, wind power, solar power generation, biogas power generation, geothermal utilization, clean utilization of coal, and new energy vehicles, etc., which are one of the hottest areas at present, which can solve the future energy problems to a certain extent, and its development potential is naturally extremely huge.

Cars, robots, ships, air conditioners, vacuum cleaners, and so on are all new energy, and more achievements will be made in the field in the future.

New energy is one of the main energy sources for future development, mainly solar energy, wind energy, geothermal energy, marine energy and so on.

1.Wave energy. i.e. ocean wave energy.

It is an inexhaustible source of non-polluting renewable energy. It is estimated that the waves of the Earth's oceans contain up to 9x104TW of electricity. In the new energy development plans of various countries, the use of wave energy has occupied a place.

Although the cost of wave power generation is high and needs to be further improved, progress has shown that the potential commercialization of this new energy source is a year, and although the power generation cost of power plants is higher than other power generation methods, for remote islands, investment costs such as power transmission can be saved. The United States, the United Kingdom, India and other countries have built dozens of wave energy power stations, and all of them are running well.

2.Combustible ice (Figures 1-4).

Combustible ice is a solid compound of methane combined with water, and its appearance is similar to ice, so it is called "combustible ice". Combustible ice is stable at low temperatures and pressures, and the flammable gas released by melting the ice is equivalent to 100 times the volume of the original solid compound. It is estimated that there are more reserves of combustible ice than the earth's coal, oil and gas combined.

3. Coalbed methane. Due to the increase in temperature and pressure during the formation of coal, flammable gases are released while producing metamorphism. From peat to coal, 8m% per ton of coal is produced

From mud laugh to fertile coal, 10m of gas per ton of coal is produced: from mud inflammation to anthracite coal per ton of coal yields 00. Scientists estimate that coalbed methane on Earth can reach up to 200m.

1. Energy, geothermal energy, wind energy, energy, etc. It is abundant in resources, generally has renewable characteristics, and can be used by human beings for sustainable useFor example, onshore wind resources are estimated to be 253 GW, which were only exploited as of 2003, and are expected to reach 4 GW by 2010 and 20 GW by 2020, while the on-grid and off-grid solar PV applications are expected to increase by 1 to 2 GW by 2020.

2. The energy density is low, and the development and utilization require large space.

3. It does not contain carbon or has little carbon content, and has little impact on the environment.

solar, biomass, wind, geothermal, wave, current and tidal energy, as well as the thermal cycle between the surface and the depths of the ocean; In addition, there are hydrogen energy, biogas, alcohol, methanol, etc

Solar, geothermal, wind, ocean, biomass, nuclear fusion, etc. New energy refers to the modern development and utilization of traditional renewable energy based on new technologies and new materials, and the replacement of fossil energy with limited resources and environmental pollution with renewable energy.

Lithium battery, hydrogen energy battery, solar energy, wind power, etc.

Methane hydrate.

Methane hydrate is a methane molecule found in ice and is the world's largest fuel reserve. In March 2013, Japan became the first country in the world to successfully extract natural gas from methane hydrate. It is important to point out that methane hydrate is also a fossil fuel that emits large amounts of greenhouse gases into the atmosphere when burned.

Volcanic energy. Back in 2012, a new project was launched to extract heat from the volcano and the surrounding underground hot rocks. By injecting water into cracks in the ground's surface, the researchers hope to be able to use the resulting steam to power underground turbine generators.

Two U.S. companies have tested power generation near Newbury Hill, Oregon. But some experts worry that the so-called "fracking" method is dangerous and could trigger **.

Wind energy. Wind power has a promising future. Compared to stationary wind turbines, carbon fiber windmills have the same power generation capacity as wind turbines, but at a low material cost.

Google's secret research team, which has developed technologies such as driverless cars, has acquired a kite power company and is trying to use windmills as an important way to harness wind energy.

Space solar.

There are no clouds or atmospheric disturbances in space, and solar panels can maximize solar energy harvesting. Solar energy is transmitted back to Earth via a laser beam or microwave. The idea began in the 70s of the 20th century, and now NASA is very interested in this idea, which significantly increases the possibilities of solar satellite power generation.

Bacterial power generation. British scientists are genetically modifying E. coli to create a hydrocarbon membrane that resembles petroleum. They believe that in the near future, humans will build bacteriological fuel factories to feed on biomass and produce cost-effective fuels.

Wave energy. Back in 2008, the world's first wave power plant was put into operation in Porto, Portugal. At the European Ocean Energy Centre in Orkney, Scotland, the world's largest wave power plant was approved in early 2013.

The power plant with an installed capacity of 40MW can meet the electricity needs of nearly 30,000 households. Compared to wind or solar, wave energy has greater scalability, which means that wave energy is more easily integrated into the grid. Wave power plants are equipped with a large number of giant buoys that convert wave kinetic energy into electricity.

The core components of a pure electric vehicle are the battery, motor and power system, and the main maintenance projects are also carried out around these three parts. This is followed by the maintenance of braking systems, chassis inspections, lighting inspections, tire inspections and other items. The first task is the component that needs frequent maintenance, of course, is the power battery pack, and the vital importance of the power battery pack to new energy vehicles is also self-evident.

Car owners of new energy vehicles need to regularly maintain the condition of the power battery pack to prevent power loss of the power battery pack, and also need to pay attention to eliminating potential safety hazards.

Then there is the motor, which is the key component to drive the driving of new energy vehicles. Like traditional fuel vehicles, the motors of new energy vehicles also need to be replaced with coolant on a regular basis; Then there's circuit detection. Compared with the circuit of a fuel vehicle, the circuit of a new energy vehicle is much more complex, and at the same time the voltage must be much higher.

For our safety, we need to regularly maintain whether the joints are loose, whether the wiring is aging, and so on. Finally, in addition to the testing of the three-electric system of new energy vehicles, we also need to test the brake pads, tires and wipers and other commonly used wearing parts of new energy vehicles. For example, to detect whether the tire pressure is normal, whether the brake pads are aging, etc., must not be negligent.

energy, geothermal energy, wind energy, energy, etc. It is abundant in resources, generally has renewable characteristics, and can be used by human beings for sustainable useFor example, onshore wind resources are estimated to be 253 GW, which were only exploited as of 2003, and are expected to reach 4 GW by 2010 and 20 GW by 2020, while the on-grid and off-grid solar PV applications are expected to increase by 1 to 2 GW by 2020.

The energy density is low, and the development and utilization require large space.

It contains no or little carbon and has little impact on the environment.

It is widely distributed, which is conducive to small-scale decentralized utilization.

New energy, also known as unconventional energy, generally refers to renewable energy that is developed and utilized on the basis of new technologies. New energy mainly includes solar energy, hydro energy, wind energy, biomass energy, geothermal energy, marine energy, etc. New energy does not contain carbon or has little carbon content, and has little impact on the environment; The resources are widely distributed, which is conducive to small-scale decentralized utilization.

What are the new energy classifications of new energy.

Energy is the foundation for the survival and development of modern society, and the supply capacity of clean fuels is one of the foundations of national strategic security. At present, some renewable energy utilization technologies have made great progress and formed a certain scale around the world. With the strong support of the state, China has made great progress in the fields of wind power generation, marine energy tidal power generation and solar energy utilization.

New energy vehicles mainly include pure electric vehicles, diesel-electric hybrids, and hydrogen fuel cell vehicles.

New sources, also known as regulated sources, generally refer to the development of renewable sources on a new basis. New sources mainly include sun, water, wind, biomass, geothermal, ocean, etc. Xinyuan contains no carbon or very little carbon, has little impact on the environment, and is widely distributed.

It should be said that the development of the new energy industry has a bright future.

New energy is also called clean energy. In a narrow sense, new energy refers to renewable energy sources such as hydrogen energy, solar energy, wind energy, hydro energy, biomass energy, and marine energy, while new energy in a broad sense also includes the use of low-polluting energy sources in the process of development and utilization, such as natural gas, clean coal and nuclear energy. With the 11th Five-Year Plan and the establishment of the Renewable Energy Law of the People's Republic of China, China has ushered in an opportunity for the rapid development of new energy.

The 11th Five-Year Plan prioritizes the development of major technologies in key areas such as energy and resources, and formulates a long-term energy development plan, in which optimizing the energy structure and accelerating the development of nuclear power and renewable energy occupy an important weight in the long-term energy plan, while emphasizing the principle of giving priority to energy conservation and efficiency. The formal implementation of the "Renewable Energy Law" legalizes the paid grid connection of renewable energy power generation, which brings substantial help to China's new energy industry to open the domestic market and vigorously promotes the sustainable development of the new energy industry on a large scale. This shows that the prospects are very good.

The outlook is still very good, because there are fewer and fewer non-renewable fuels such as coal and oil. In the future, new energy will become very sought-after.

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It's valuable, and if you do it for the long term, it's not a problem to triple it after a year or two.

Now new energy is currently a hot major, the direction of employment is also relatively wide, many auto repair schools have this major, if the foundation is more solid, you can do new energy teachers, you can also go to more high-end auto repair shops and chain stores, of course, there is an economic foundation can also be independent entrepreneurship.

The new energy industry has the following economic advantages: Zen let consumption.

Conservation of resources: The development and utilization of new energy can reduce the dependence on traditional fossil energy and reduce the consumption of limited resources.

Green environmental protection: The new energy industry is more environmentally friendly than the traditional energy industry, reducing a series of environmental problems such as air pollution and soil erosion, and providing strong support for sustainable development.

Improve the level of science and technology: The new energy industry needs continuous innovation and development, promote the progress of science and technology and the optimization of the industrial structure, and also provide a broad space for digital transformation and intelligent manufacturing.

Cost reduction: With the continuous development and maturity of new slip or energy technology, the production cost of new energy is gradually reduced, which will help to improve the competitiveness of the industry and reduce energy **.

In short, the economic advantages of the new energy industry are very obvious, in line with the needs of regional development and global environmental protection, and will play an increasingly important role in the future.

1.Save energy costs. The use of renewable energy sources such as solar, wind, and hydro energy can greatly reduce the cost of energy sales. Compared with traditional fossil fuels, the clean, renewable and pollution-free characteristics of new energy make it more cost-effective in the future.

2.Reduce maintenance and operating costs. The operation and maintenance costs of new energy equipment and facilities are relatively low, because most new energy equipment uses high-tech means such as digital technology, automatic control and sensors, which can automatically monitor the operation of the equipment, thereby reducing maintenance costs.

3.Job creation. The new energy industry requires professional skills in many related industries, such as electrical engineering technology, mechanical engineering technology, environmental science, information technology, marketing and management, and many more.

The demand for these skills has spurred the development of the new energy industry and provided employment opportunities for people.

4.There is a huge market in developing countries. Many developing countries lack the infrastructure and energy** of traditional energy industries, and the new energy industry provides these countries with both economic and environmental benefits.

Many international organizations and ** are providing financial and technical support to promote the popularization and promotion of new energy in these countries.

5.Promote economic transformation and sustainable development. The development and promotion of the new energy industry will help reduce the dependence on traditional fossil energy and avoid environmental pollution and climate change. This contributes to the achievement of the Sustainable Development Goals while facilitating the green transformation of the economy.