Supplier onboarding with data analytics

Horizontally opposed engine: optimize power and Supplier onboarding with data analyticscontrollability With the continuous progress of automobile technology and the increasing demand of consumers for automobile performance and safety, more and more automobile brands have begun to adopt horizontal The engine is installed to optimize the power and control of the car. The unique design of this engine makes the car have better performance and controllability in various sports situations. I. The working principle of the horizontally opposed engine. The main characteristics of the horizontally opposed engine are its structure and working principle. This kind of engine is arranged horizontally, which means that the engine and transmission system of the car can be more compact. At the same time, the piston and gas distribution mechanism of the horizontally opposed engineIt can be installed more compactly on both sides of the engine to better control the position and load of the engine. In addition, the horizontally opposed engine is also equipped with cylinder groups from both sides, and the linkage between the cylinder and the cylinder head is completed with the help of parts such as igniters, timing wheels and camshafts. This makes the performance and power of the engine better. II. Advantages of the horizontally opposed engine (1) The horizontally opposed engine has a compact structure, which can better adapt to various conditions of the car, such as lateral acceleration, lateral turning, high-speed driving, etc. These features make the car more stable and more controllable when driving. ( II) The horizontally opposed engine can adapt to different driving conditions by changing the position and load of the piston. For example, when driving at high speed, the engine needs more air and fuel to produce higher power.And when driving at low speed, the engine needs less air and fuel to generate lower power and prevent excessive wear. ( III) The horizontally opposed engine also has higher power output and more stable torque output. This means that cars can maintain a smoother speed and make it easier to overtake at high speeds. III. Application of horizontally opposed engines. The horizontally opposed engine is the engine type used by most high-performance and sports cars at present. Some major car brands such as Porsche, Subaru, BMW, etc. have adopted horizontally opposed engines. The models launched by these brands are based on an in-depth understanding of the working principle of this engine. Subaru WRX STi is a typical example of a horizontally opposed engine. This model is equipped with an EJ253 2.5-liter horizontally opposed engine, which can produce 305 horsepower and 290 pounds feet of torque.In addition, it is also equipped with a full-time four-wheel drive system based on the central differential to ensure more stable handling and stronger performance output. Summary: The horizontally opposed engine is an important part of modern high-performance cars. Its unique design and working principle make the car have better power and controllability. In the future, the horizontally opposed engine will continue to develop in depth and promote the further improvement of automobile performance and sports performance.

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