Engines are the core components of modern transportation vehicles, powering cars, airplanes, ships, and more. This article delves into the operational principles of internal combustion engines, including the four-stroke cycle, ignition system, fuel supply, and exhaust system, aiming to help readers gain a better understanding of how engines work.

Automotive engines are crucial components of modern vehicles, providing the power and propulsion that enable us to conveniently move and explore the world. This article will introduce the working principles of automotive engines, different types of engines, and the future trends in engine technology.

The new energy motor shaft is an important innovation in the energy sector, bringing about significant transformation and development opportunities for the energy industry. 

There are significant differences in design and performance between traditional automotive motor shafts and new energy motor shafts. With the rise of new energy vehicles, the design of motor shafts has undergone significant changes to meet the requirements of efficient energy utilization and environmental friendliness. 

      With the increasing global emphasis on environmental protection and sustainable development, the rise of new energy vehicles has become a hot topic in the automotive industry. 

      The electric motor uses the principle of the force acting on a conductive conductor in a magnetic field, which was discovered by Danish physicist Oster, born on August 14, 1777, in a pharmacist's family in Rudjobin, Langeland Island.

      The main product currently used in new energy vehicles is motor shafts, and it is a designated supplier for companies such as Ideal.

      The main shaft of the new energy motor is processed as a whole instead of being welded and assembled to ensure the stability of the shaft. The surface is specially treated to improve the collaborative work ability between the shaft and other components.