I. Development of Hybrid Electric Vehicles
With the development of society and times, China's economy has developed rapidly, and people's quality of life has been greatly improved. However, with the increase of the number of motor vehicles, it also has an inestimable impact on the development of the environment.
In recent years, many countries in the world are advocating a society with ecological civilization as its goal. In this society, people's requirements for the environment are getting higher and higher. Therefore, in order to continuously reduce the impact of automobile emissions on the atmosphere, it is necessary to vigorously develop the research and development of new energy technologies for automobiles. At present, the development of hybrid electric vehicles is the key to China's automobile energy-saving technological innovation. For example, the hybrid car developed by Mercedes-Benz in recent years uses lithium batteries and gasoline engines.
However, in order for new energy vehicles to be recognized by more consumers and consumers, it is necessary to conduct in-depth research and innovation on automobile exhaust emissions. At the same time, our aluminum alloy production enterprises should follow the development trend of the times like the automobile industry and strive to continuously reduce the weight of vehicles; In terms of body and framework, research and innovation should be carried out.
Second, hydrogen fuel vehicles.
Hydrogen-powered vehicles are also an important field in the automobile industry at present. The biggest advantage of hydrogen fuel cells and pure electric vehicles is that they will not have much impact on the surrounding environment in daily use.
During the driving process of hydrogen-powered vehicles, mainly hydrogen is converted into fuel with high efficiency, and the corresponding heat is released, thus pushing the vehicles forward. Hydrogen will release a lot of water after combustion, so it will not cause too much pollution to the atmosphere. Therefore, in the current automobile industry, the development of hydrogen-fueled vehicles can effectively reduce the impact of tail gas on the environment. Secondly, hydrogen is a kind of renewable energy with strong storage capacity, so hydrogen fuel will be the most important development direction in the future.
In recent years, automobile manufacturers and researchers all over the world have focused on hydrogen fuel cells, and the biggest difficulty in the development of hydrogen fuel cells is how to choose and install hydrogen fuel cells reasonably in the design and production of hydrogen fuel cells. The key to solve this problem is to store hydrogen in an alloy device. This technology will neither increase the production cost nor increase the volume, and can effectively solve the problem of hydrogen storage in automobile production at present.