High-efficiency Powertrain & Rotating Machinery Design Technology 2026/09/29

Introductions

Rotating machinery such as motors, engines, compressors, fans, and pumps are widely used in vehicles, manufacturing equipment, and energy systems. Their performance and lifespan directly impact energy consumption, costs, and industrial competitiveness. To address trends in energy efficiency and smart technologies, this solution integrates AI optimization, multi-physics coupling simulation, and system dynamics analysis to develop high-efficiency power system technologies.

Technical Advantages and Features

• High-efficiency Power System Design: Optimization design for various rotating machinery, including electromagnetic, combustion, and mechanical loss analysis, achieving over 5% improvement in energy efficiency.
• System Integration and Modular Design: Establishes a standardized and customized design process for rotating machinery dynamic modules, reducing development time and improving design reusability.
• Meets High-cleanliness Industry Requirements: Applied to niche product development such as oil-free air compressor design, suitable for high-cleanliness industries including semiconductors, biomedical, and food manufacturing.

Industrial Applications and Business Opportunities

• Industry Applications
  • Key components for various vehicle power systems, semiconductor manufacturing processes and facility equipment, fluid transport and energy systems, drones, and special-purpose vehicles, as well as high-power-density engines and high-efficiency electric and hybrid power systems.
• Application Examples
  • This technology has been implemented in hundreds of cases and is widely applied in smart manufacturing equipment and intelligent vehicles.
  • Through high-efficiency, low-loss, and high-reliability rotating machinery design, it supports the adoption of smart production systems, enhancing process stability and manufacturing efficiency.