Since oil is a chemical fuel, there is always a day to be exhausted. Will the future contradiction between supply and demand of Motors be withdrawn from the historical stage with the depletion of petroleum fuel? This is a big concern.

The future of automotive Motors is mainly reflected in the following aspects: Danfoss Motor    analysis:

1. Improve the structure and further improve the Motorinternal purification technology

Optimize the structural design of the Motor, using a variety of technical combinations, such as: electronically controlled injection technology, exhaust gas circulation technology, multi-valve technology, waste gas bypass technology and high-efficiency supercharged intercooling technology, etc., through the injection time, injection position, Intelligent control of the injection area and injection mode enables the fuel to reach the ideal atomization state, further improve the thermal efficiency of the fuel, improve the power of the vehicle and reduce the emission of harmful gases and harmful particles.

2. Develop Motoraftertreatment technology

As the requirements for Motor emissions become more stringent, the in-machine purification technology that improves the Motor's working process is becoming more difficult to implement. Motors that can balance power, economy, and emissions performance will become more complex and costly. Therefore, the surgical exhaust gas after-treatment purification technology of the palliative treatment can be correspondingly developed in a certain period of time (such as three-way catalytic converter, particulate trap, oxidation catalytic converter, etc.), that is, no While affecting or less affecting other Motor technologies, various purification devices are installed in the exhaust system to physically and chemically reduce pollutants in the exhaust gas.

3. Application of composite power technology

As vehicle ownership increases, reducing fuel consumption and emissions is of great significance. Some countries have developed future vehicle fuel consumption indicators and new vehicle development plans. For example, in Europe and the United States, new cars are being developed. Compared with current cars, the new cars to be developed must have at least 50% of the exercise mileage or 35% to 40% of the fuel consumption under the same fuel consumption conditions. The solution that is most likely to achieve this goal is a hybrid technology that uses diesel and electric motors as power. Therefore, hybrid power technology is also a focus of automotive Motor research.

4. Promotion of fuel cell technology

To achieve the ideal zero emission development goal, the ideal and feasible technical solution is to use the fuel cell as the power source to drive the motor. Therefore, the development of fuel cell technology is also a development direction in the future.

5. Changes in traditional lubrication theory

Lubricating oil with oil instead of traditional lubrication can further improve fuel economy and reduce pollutant emissions.

6. Application of new materials and new technologies

By improving the Motor body and component materials and manufacturing methods, the Motor's own weight can be further reduced and its own strength can be improved. This is also a way to improve the fuel economy of car Motors. The application of plastic products such as plastic fuel tanks, plastic fans, plastic cylinder heads and rubber gaskets on the Motor fully illustrates this point.

In the future, automotive Motors will be developed in the direction of lightweight, safety, comfort and efficiency, energy conservation and environmental protection.

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