Global supply chain risk assessment

* Frontier Engine: Reshaping Automobile Power StandardsCars are Global supply chain risk assessmentone of the indispensable means of transportation in human social life. With the development of science and technology, cars are also constantly upgrading and improving technology. Among them, the power system is an important part of the car, and its effectiveness directly affects the performance and fuel efficiency of the vehicle. However, as air quality and environmental problems become more and more prominent, the requirements for automobile power are also getting higher and higher. The boundary engine is the leading automotive power system inspired by this background, which can reshape the automotive power standard. The Frontier Engine is a representative achievement of Chery's power system in the field of new energy. It adopts the three core technical routes of "efficient power, low emissions and optimized energy use" developed based on the concept of environmental protection and low-carbon, and combines FM frequencies according to the characteristics of the vehicle and market demand, so as to efficiently achieve the two goals of automobile power and economy.First of all, the boundary engine adopts high-efficiency power technology. It adopts T-GDI technology, so that the maximum power of the engine reaches 197kw and the peak torque is 385Nm, which can bring excellent acceleration performance and power output. In addition, it is also equipped with E-lub door opening lubrication technology, which quickly oils at startup to obtain faster power response and achieve power reserve. At the same time, it also introduces new high-strength cold-rolled steel and ultra-high-strength steel, thus enhancing the rigidity of the body and achieving faster acceleration, more flexible steering and better comfort. Secondly, the boundary engine adopts low-emission technology. It uses the third-generation direct injection system, and the exhaust gas generated during driving can be effectively purified to meet various environmental protection emission standards. In addition, it also has more accurate oxygen concentration control technology, which can better adapt to different climates and terrain conditions.Through the combination of high-efficiency power and low-emission technology, the boundary engine can meet the needs of today's society for low-carbon and environmental protection of automobiles. Finally, the boundary engine adopts optimized energy technology. It adopts a fuel-saving and refined management system. By monitoring the fuel consumption, speed, position and other parameters of the vehicle in real time, the power output is optimized and adjusted to minimize the fuel consumption level and strengthen the endurance. In addition, it also has autonomous battery system technology, which can restart the vehicle when the engine is turned off to achieve rapid response and maximize energy utilization. Overall, the boundary engine combines the three technical routes of high-efficiency power, low emissions and optimized energy use, which effectively meets the contradiction between improving automobile power and fuel-saving and reducing emissions today. It can not only further improve the power performance and economy of the vehicle, but also make breakthroughs in environmental protection.In addition, the boundary engine also adopts a number of high-tech technologies, including Texture Silk technology, intelligent capillary water pipe system, DC/DC converter, etc., which further improves the driver's sense of experience and control. In a word, in today's automobile market, the boundary engine has become the preferred power system for many automobile brands with its excellent performance, environmental protection, economy and energy saving and other advantages. Its appearance not only meets the current demand of the automobile industry for low-carbon environmental protection, but also is expected to lead the development of the entire automobile market in the future.

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