Next-generation gaming consoles pack immense processing power into living-room-friendly designs, creating extreme thermal challenges. This case study highlights Winshare's success in providing customized, high-efficiency cooling modules for industry-leading platforms including PlayStation, Xbox, and Nintendo Switch. By utilizing advanced Heat Pipe (HP) and Vapor Chamber (VC) heat sinks, Winshare enables stable, whisper-quiet, and high-performance gaming experiences in ultra-compact spaces.

As global renewable energy adoption scales, managing the intense heat of solar inverters and energy storage is vital. This case study details our strategic partnership with SUNGROW. By supplying customized HP bonded and skived fin heat sinks, Winshare has secured a massive 65% market share in their solar power stations, proving our capability to deliver highly reliable thermal solutions for the world's most demanding green energy infrastructure.

Premium electric vehicles demand flawless ADAS performance. This case study details Winshare’s development of a custom Multiple PCBs Dual Liquid Cooling Module for the Lucid Air luxury sedan. Backed by comprehensive pressure and temperature flow channel simulations and having passed 20 rigorous reliability tests, discover how our solutions are driving thermal innovation for top-tier global automotive brands.

As autonomous driving evolves, ADAS components require robust thermal management to process real-time data safely. This case study highlights Winshare's collaboration with XPeng Motors to develop a cutting-edge ADAS cooling module for the P7 electric coupe. Utilizing die-casting aluminum and microchannel FSW processes, this solution passed 20 stringent reliability tests and has been deployed in over 250,000 vehicles, proving its exceptional performance and scale.

Next-generation server platforms demand innovative thermal strategies to cool high-power CPUs and dense memory arrays. This case study showcases Winshare’s tailored liquid cooling components for AMD SP7 servers. Highlighted by our groundbreaking 3D-printed copper and stainless steel memory cold plates, discover how we solve extreme thermal challenges in ultra-compact data center spaces.

Designing requirements

The total thermal power is 3200 w;

Liquid flow is 0.3 cubic meters per hour;

The surface temperature of the liquid cold plate is less than 60 ℃;

Inlet water temperature and ambient temperature are 25 ℃;

Liquid cold plate

- Aluminum material

-Copper tube;

-Epoxy fills the gaps

Designing drawing:

Liquid cold plate cooling project 1760W