Research and Development

R&D

Our dedicated R&D team focuses on pioneering technological advancements, striving to design industry-leading thermal solutions that address the evolving challenges and demands across various industries. With deep expertise and an innovative mindset, we not only push the boundaries of technology but also drive thermal advancements toward greater efficiency and sustainability, creating a better future together.

Thermosyphon Technology
Thermal Modules of Inverter
Energy Storage Cooling Modules and Components
ADAS COOLING system
high efficiency

ADAS COOLING SYSTEM

New Design for Refrigerant cooling system

Experience the future of cooling with our groundbreaking pump-less system, seamlessly blending performance and design! Featuring laminated refrigerant cold plates and high-efficiency condensers, this solution provides exceptional heat dissipation for CPUs and chips while significantly reducing system size and manufacturing costs.

Features of the New Design

Structural Design

  • Cold plate composed of laminated layers with built-in flow channels.
  • The structure consists of a condenser, refrigerant cold plate, and supporting extrusions.

Pump-less Cooling

  • Cooling achieved through pressure difference between vapor and condensed refrigerant, eliminating the need for a pump.
  • Reduces costs and maintenance requirements, avoiding pump lifespan issues.

Manufacturing Technology

  • Uses brazing techniques to ensure structural strength and prevent leakage.
  • Reduces material usage and manufacturing costs.

Pump-less Cooling vs. Traditional Water Cooling

Cost and Maintenance

  • Pump-less systems save on pump and related component costs.
  • Fully brazed structure minimizes leakage risks and maintenance needs.

Performance and Applications

  • Optimized for ADAS cooling needs.
  • Reduces cooling system size, improves efficiency, and is suitable for space-constrained scenarios like automotive applications.

Test data results

Thermosyphon design performance better original design about 12~8 degree.

Use Cases - Zeekr ADAS Cold Plate VC

  • Zeekr ADAS cold plate VC project.
  • Stable cooling performance achieved within 180 seconds of testing.