Wuxi Sanyou Auto Electrical Factory Home / News / Industry News / The next generation of internal combustion engine starter technology is accelerating its upgrade, boosting the intelligent development of propulsion systems.

The next generation of internal combustion engine starter technology is accelerating its upgrade, boosting the intelligent development of propulsion systems.

Wuxi Sanyou Auto Electrical Factory 2025.11.11
Wuxi Sanyou Auto Electrical Factory Industry News

With the continuous development of industries such as automobiles, construction machinery, shipbuilding, and power generation equipment, the requirements for the starting performance of power systems are increasing. As a crucial component of the power system, the internal combustion engine starter is undergoing a technological evolution from traditional electromagnetic starters to more efficient and intelligent ones.

In recent years, starter technology has made significant progress in areas such as efficient energy conversion, lightweight design, and intelligent control. New-generation products generally employ high-performance permanent magnet materials and precision transmission structures, which not only improve starting torque and response speed but also effectively reduce energy consumption and noise.

In terms of structural design, modularization and lightweighting are evident. Some products, through optimization of gear transmission and cooling systems, have reduced overall weight by approximately 10% to 20%, while simultaneously enhancing impact resistance and high-temperature resistance, further improving the stability of the starting system.

Notably, the application of intelligent control technology is becoming an important direction in the field of internal combustion engine starters. By introducing electronic control units (ECUs) and sensing systems, starters can achieve real-time monitoring and automatic adjustment of parameters such as current, voltage, and temperature, making the starting process more precise and reliable. This innovation also lays the technological foundation for future compatibility with hybrid power systems.

Industry experts point out that with the advancement of "dual carbon" goals and the implementation of energy conservation and emission reduction policies, the increasing efficiency and greening of internal combustion engine starting systems has become an inevitable trend. In the future, starters will increasingly integrate intelligent control algorithms and electric drive technology, continuously evolving towards higher efficiency, lower energy consumption, longer lifespan, and greater maintainability.

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