What are the new energy technologies, I will first understand the new energy of automobiles, whether

The main learning courses of the new energy vehicle technology major are: automobile structure, automotive electronic control technology, electric vehicle, hybrid vehicle principle, power battery and motor drive technology, automobile marketing, automobile fault diagnosis technology, etc.

This major should be available in many places, you can take a look at it more and learn more.

To learn new energy, you must go to a professional school.

Urumqi Eight Steel has it.

It is recommended to visit the school on the spot to understand.

Take a look at the training equipment and teachers for learning.

As an upstart in the automotive industry, Xinneng Duyuan Automobile has gradually emerged in the market, and the automotive after-sales service market will also face a large talent gap.

For middle and high school students who want to learn technology, the prospect of choosing to learn new energy source vehicle technology is very good! It is recommended to study in a professional school, so that the technology learned is more professional and solid!

Automotive new energy is currently the mainstream industry, in the first training key to see the equipment and teachers, must visit the school.

In our school, you can learn new energy vehicle technology, if necessary, you can choose to come to our school to study.

Yes, you can look at it on the Internet, there is a school like this in Urumqi, you can look it up.

Hello, friend. At present, China is implementing the development strategy of "resource-saving and environment-friendly", and the state implements key support policies for new energy vehicles. At present, the national financial support for energy conservation and emission reduction has promoted the accelerated development of the new energy industry, and has become the highlight of a new round of automobiles.

With the rising oil prices and increasingly prominent energy and environmental protection issues, new energy vehicles will undoubtedly become the development direction of future automobiles. Therefore, the talents cultivated by the new energy vehicle technology major will definitely be scarce talents in the future.

There is a shortage of new energy vehicles, and there are a wide range of employment paths for graduates. Graduates majoring in new energy vehicles can return to work as technical personnel of new energy vehicle companies through competition; You can also go to the 4S shop to be a maintenance technician for new energy vehicles; It is also possible to find employment through self-employment.

You have chosen the right direction, as for how to find a professional automotive school to systematically learn new energy vehicle technology, you can refer to the following points:

The school's environment, the school's popularity, the school's training vehicles, the school's faculty, school-enterprise cooperation, etc., it is recommended that you can go to the school to visit the school before making a decision. I hope you find the information I provide helpful and I wish you all the best.

With the advent of the automotive industry, new energy vehicles are very popular, and the development prospects are very broad. It is recommended to choose a professional automobile school system for learning, visit the school more often, and make a detailed consultation on the school's school strength, training equipment, teaching environment, and follow-up employment issues, and then make a choice. The key is to be able to learn real technology, and if you are interested in new energy vehicle technology, you can learn about it.

The three major technologies of new energy vehicles are:

Hybrid, pure electric as well.

Fuel cell.

The three major technologies of new energy vehicles are:

Hybrid, pure electric as well.

Fuel cell. The widespread use of new energy has brought great changes to the automobile industry, and new energy vehicles are bound to become the main force in the future automobile market.

New energy vehicles refer to vehicles that adopt new power systems and are driven entirely or mainly by new energy sources. New energy vehicles include pure electric vehicles, extended-range electric vehicles, plug-in hybrid electric vehicles, fuel cell vehicles, hydrogen fuel vehicles, and other new energy vehicles.

The main courses are: new energy vehicle motor and its control technology, power battery management and maintenance technology, electric vehicle electrical system maintenance, automotive electronic control principle and technology application, electric vehicle body electronic control system maintenance, electric vehicle comfort and safety system maintenance, electric vehicle charging station and management technology, new energy vehicle technical performance inspection.

On the basis of comprehensive learning of fuel vehicle maintenance technology, in-depth learning and training of automotive pure electric new energy technology modules are carried out; (New energy power system, new energy drive system, new energy vehicle control system, new energy vehicle fault and troubleshooting, etc.).

Main learning: new energy vehicle structure, electrical and electronic technology, automotive electronic control technology, electric vehicles, power batteries and drive motors, automotive new energy and energy-saving technology, automobile testing and fault diagnosis, etc. At present, the new energy industry includes:

New Energy Science and Engineering, Energy Economy, Energy Chemical Engineering, Resource Recycling Science and Engineering, New Energy Materials and Devices, Building Energy Conservation Technology and Engineering, Marine Resources Development Technology, Ocean Engineering and Technology, Offshore Oil and Gas Engineering, Nuclear Safety Engineering, etc.

2. As long as you apply for the new energy science and engineering industry.

New energy vehicles are a large system engineering, there are many directions, R & D positions, if it is an electric drive system, it is recommended to learn electronic information engineering, power electronics, automation, computer and other industries, the battery part must still learn chemical materials, etc., the motor direction needs mechanical design, machinery manufacturing, vehicle engineering, power, and like electromagnetism, it is also a difficult subject, you need to learn computational electromagnetics, communication engineering, or something, as well as new energy vehicle battery protection collision requirements.

1. Employment direction of new energy vehicle technology industry:

Graduates can obtain vocational qualification certificates such as intermediate (high) level automobile assembler, automobile maintenance worker, automobile driver (C license), auto parts salesman, etc. Graduates can engage in related technical services and management work in automobile factories, automobile 4S shops, automobile testing stations, automobile transportation management and other departments, with good employment prospects and large development space.

1. Structure of new energy vehicles.

2. Electrical and electronic technology.

3. Locomotive electronic control technology.

4. Electric vehicles.

See the detailed answer.

New energy vehicles mainly include new energy vehicle technicians, new energy vehicle engineers, etc., and the professional content mainly focuses on new energy power systems, new energy drive systems, new energy vehicle control systems, new energy vehicle fault detection and troubleshooting, etc.

The main science of automotive new energy:1Automobile construction (electrical, chassis, engine.)

Automotive Electricians & Electronics, 3Introduction to New Energy Vehicles, 4Drive motor and control technology, 5

Power battery management and maintenance, 6New Energy Electronic Power Technology, 7Hybrid vehicle construction and maintenance, 8

New Energy Vehicle Materials, 9Automobile Detection and Fault Diagnosis Technology, 10Automobile Assembly and Manufacturing Process, 11

Automotive Marketing Practice, 12Professional training (basic skills training, 13Professional skills training, 14

on-campus productive training) and so on.

3. Locomotive electronic control technology. 4. Electric vehicles. 5. Power battery and drive motor.

6. Automotive new energy and energy-saving technology. 7. Automobile detection and fault diagnosis, etc. The role and significance of learning these majors in learning new energy vehicle technology:

First, electricity, new energy must master electricity, know the knowledge and principle of new energy into electricity is the basic guarantee for the professional learning of new energy vehicles. Second, energy knowledge, new energy development and utilization, new energy vehicle technology learning, the key is to grasp what new energy is, how energy technology is transformed, and what new energy I remember to use in the future. For example, combustible ice and the like.

Third, the structure of automobiles, how to rationally design new energy vehicles in automobiles, and how to increase the use of energy are the basis for learning new energy vehicle technology. Fourth, electrical automation, because new energy vehicles are the software of the circuit system in addition to the hardware motor, so electrical automation must be learned and mastered. New energy vehicle technology is now an emerging industry and technology, perhaps the price reduction of the revolutionary power reform will start from the new energy vehicles, so learning this profession and there is a prospect and development space.

New energy vehicles refer to the use of unconventional vehicle fuel as the power (or the use of conventional vehicle fuel, the use of new on-board power units), the integration of advanced technology in the power control and drive of the vehicle, the formation of advanced technical principles, with new technologies, new structure of the car.

1. Fundamentals of automotive mechanics (power steering, transmission parts, mechanical diagrams) 2. Automotive electrical and electronic (electronic component cognition, basic circuit logical relationship, modern automotive electricity 3, sub-technology development, common electronic circuit identification of automobiles).

Including power battery fault and analysis, the structure and principle of on-board charger, charging pile maintenance and installation, new energy vehicle structure and fault analysis, etc.

Awareness of military training interests.

Recognition and assembly of engine components.

Transmission disassembly and assembly.

Quick repair and quick warranty. Quick repair and quick guarantee practical assessment.

Mechanical maintenance worker certification training.

Car Detailing. Practical assessment of car beauty.

Certification training for car beauty and decorators.

Automotive sheet metal. Sheet metal practical assessment.

Automobile sheet metal worker certification training.

Automotive spraying. Practical assessment of automobile spraying.

Used car appraisal and appraisal.

Car insurance claims.

Automotive marketing. Computer Fundamentals.

Maintenance enterprise management.

New energy vehicles refer to the use of unconventional vehicle fuel as the power (or the use of conventional vehicle fuel, the use of new on-board power units), the integration of advanced technology in the power control and drive of the vehicle, the formation of advanced technical principles, with new technologies, new structure of the car.

New energy vehicles include four types of hybrid electric vehicles (HEVs), pure electric vehicles (BEVs, including solar vehicles), fuel cell electric vehicles (FCEVs), and other new energy vehicles (such as supercapacitors, flywheels and other high-efficiency energy storage) vehicles. Unconventional vehicle fuels refer to fuels other than gasoline, diesel, natural gas (NG), liquefied petroleum gas (LPG), ethanol gasoline (EG), methanol, and dimethyl ether.

Automobile structure (electrical, chassis, engine), automotive electrical and electronic technology, introduction to new energy vehicles, drive motor and control technology, power battery management and maintenance, new energy electronic power technology, hybrid vehicle construction and maintenance, new energy vehicle materials, automobile testing and fault diagnosis technology, automobile assembly and manufacturing technology, automobile marketing practice, professional training (basic skills training, professional skills training, on-campus productive training), etc.