Application scenarios

Data center liquid cooling solutions are primarily applied in scenarios featuring high power density, demanding heat dissipation requirements, or strict constraints on energy consumption, noise, and space. These include high-density server clusters such as AI training/inference servers and GPU clusters (with a single-server power often exceeding 30kW), ultra-large/hyperscale data centers pursuing a PUE below 1.2, edge data centers deployed in space-constrained environments like buildings or outdoor locations, as well as special scenarios such as high-temperature regions and industrial settings with strict dust-free requirements. Leveraging advantages including efficient heat dissipation, low energy consumption, low noise, and space savings, they address core pain points that traditional air cooling struggles to resolve.

Product features

• High reliability, integrated automatic replenishment device, leakage detection components, anti-condensation control logic, etc., to ensure the safe and stable operation of the equipment

• Key components such as water pumps and filters support online maintenance; it can be applied to both centralized and distributed liquid cooling systems

• Wide range of cooling capacity, automatically adjust the output cooling capacity according to the change of load at the end.

Application scenarios

• small micro：No renovation required ，Instant and ready to use ，Low-noise mute

• Medium to large：Rapid deployment，PUE＜1.08，High density and low noise

• Modularization：without the need for civil engineering， Rapid deployment，Flexibility to expand

• Customization：Flexible and customizable，Efficient heat dissipation，Waste heat recovery

Product features

• Rapid deployment： Reduction in construction time by approximately 75%

• Investment costs：The overall cost is nearly equal to that of an air-cooled

• Applicability：Reduction of land occupation by about 50-70%

• Ultra-low energy consumption：Reduction of electricity costs by about 32-40%