Liquid-Cooled Solutions for Cold Plates

（a）Fluorine-Water CDU: Liquid-Cooled Cold Plate + Air-Cooled Suspended Phase Change Supplementary Cooling Solution

(b) Water-to-water CDU with liquid cooling of the cold plates and air-cooled supplementary cooling for the suspended phase change

Liquid Cooling Case Study—A Computing Power Project in the Yangtze River Delta

Liquid-Cooled Cold Plate + Suspended Multi-Unit Supplementary Cooling Architecture

Project Use

Water-to-Water Heat Exchange CDU Liquid-Cooled Plate System

Air-Cooled Suspended Multi-Split + BM5.0—Max Smart Computing Air Wall Supplementary Cooling

Project Feature

The windward side uses a proximal wind wall for cooling, with end-to-end delivery