HS code-led regulatory frameworks

Compression Ignition Engine is HS code-led regulatory frameworksan internal combustion engine that spontaneously ignites fuel by compressed air as the main way. Compressed combustion engines have the advantages of high efficiency, fuel saving and low pollution. Under the current energy environment, it is more important to carry forward their advantages and develop their innovative technologies. I. The development process of compressed combustion engines. Compressed combustion engines have a long history, dating back to the end of the 19th century.Initially, the fuel was mixed with air and ignited by compressed sparks, which was also a common car engine mode at that time. However, technical reliability and economy are difficult to achieve the goal, so in the early 20th century, mechanics discovered a spontaneous combustion phenomenon of compressed fuel. With the development of technology, compressed combustion engines have gradually replaced traditional methods such as compressed spark ignition, which are now widely used in heavy vehicles and other fields. II. Advantages of compressed combustion engine 1. High efficiency: The compressed combustion engine adopts compression and spontaneous combustion, and the fuel combustion is sufficient. The thermal efficiency is as high as more than 40%, which is more than 30% higher than that of conventional gasoline engines. Two. Fuel saving: Because of the high thermal efficiency of the compression engine, it can provide more power at the same fuel consumption. 3. Environmental protection: Due to the compression combustion activationThe machine burns sufficiently, and the exhaust gas emissions such as CO2 and NOx are low, so the compression-combustion engine is an efficient solution to environmental protection at present. III. The innovation path of compressed combustion engine 1. Research and development of lightweight technology: The significant reduction in weight will make the compression engine perform better in autonomous driving and other scenarios. Two. Intelligent control system: The pressure-combustion engine will be affected by changes in control parameters such as membrane combustion chamber temperature and fuel quality, so improving the ability of the intelligent control system is the focus of innovation. 3. Low-cost manufacturing process innovation: At present, the manufacture of compression-combustion engines requires high process investment, but with the development of technology, low-cost manufacturing processes will also be introduced one after another. IV. Application field 1. Heavy transportation: Compressed combustion engines are widely used in long-distance freight cars, buses and buses, and have reduced carbon dioxide emissions.Two. Application in ships: With the performance improvement and technological innovation of compressed combustion engines, their applications in ships and other fields are becoming more and more popular. 3. Generator set: Pressurized combustion engines have been widely used in power generation in urban and rural areas. V. Summary Compressed combustion engine is an important type of internal combustion engine. With the innovation and progress of technology, the advantages of compressed combustion engine in economy and environmental protection are becoming more and more obvious. It is widely used in heavy vehicles, ships, generators and other fields, reflecting the development trend of modern engine technology. I believe that in the new round of scientific and technological change, compressed combustion engines will show more innovative advantages and value.

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