PRODUCTS

Use Cases and Benefits:

Immersion cooling is typically reserved for extreme use cases where traditional airflow can’t keep up.

Used in very high-density or edge environments with limited airflow options

Common in crypto mining operations and advanced HPC research labs

Rare in traditional enterprise due to hardware compatibility and maintenance complexity

Immersion offers top-tier thermal performance but comes with challenges—maintenance, hardware handling, and compatibility issues—making it less common in traditional enterprise setups.

To address global data center challenges regarding sustainability, performance and reliability, Immersed Computing has been developed and goes far beyond just the technology. It embraces the most efficient model for operating IT, total liquid cooling and immersion cooling, which reduces the energy footprint of IT by eliminating overhead energy. The technology allows for warm water cooling which provides even more energy savings on cooling installations. Moreover, the ability of the liquid to capture all the IT energy combined with warm water cooling enables solutions ready for heat reuse.

Furthermore, this method of data center cooling includes an optimised way of work, highly flexible deployment opportunities, the ability to adapt next generation hardware components and drastic simplification of data center design. As a result, it offers great advantages on all levels of any data center value chain from design to platform operation.

Advantages

①Modular

A single system requires only power, access to a water loop and data connectivity to operate in a data center. Combined with its silent workings, these limited requirements enable high flexibility in deployment sites and scenarios for immersion cooling, inside and outside the data center.

②Stackable & modular

A single water loop can be shared across multiple liquid cooling modules and the modules can be placed back-to-back and side-to-side. Since there is no air required for the system to operate, large rows of interconnected systems can be placed in relatively small spaces.

③New data center sites

Immersed Computing solutions allows data centers to go to places which were inaccessible before. Whether it is an expansion of the existing data center space, inside an office building or closer to the edge of the network like a rural area. This opens up possibilities to integrate IT into other industrial processes to address the global need for energy efficiency.

④Reduced floorspace

Compared to an average air-cooled cloud data center, the PNC and DFC platforms can facilitate 5-10 times as much density.

⑤No raised floors

Raised floors and aisle separation schemes are no longer required.

⑥Flexible deployment

The physical location of the data center becomes less challenging with immersion cooling technology. Since there is no noise, data centers can be built closer to the edge.

Core Advantages of Immersion Liquid Cooling

①Ultimate Energy Efficiency

Single-phase immersion cooling reduces PUE below 1.1

Phase-change immersion cooling lowers PUE below 1.05

Significantly lower than the PUE of approximately 1.5 for traditional air-cooled data centers

②High-Density Deployment

Single-cabinet power density increased to 100kW and above

Air-cooled data centers typically achieve 25kW per cabinet

More computing equipment can be deployed within the same space, boosting utilization rates

③Superior Safety

The cooling liquid fully submerges IT equipment, isolating oxygen, dust, and other contaminants to significantly reduce the risk of fire caused by equipment short circuits or thermal runaway.

With excellent insulation properties, the cooling liquid is non-conductive, non-flammable, and has no flash point, further enhancing system safety.

④Silent Operation

No fans required, eliminating the significant noise generated by traditional air-cooled systems during operation

Achieves an ultimate “silent” data center, significantly improving the working environment

Coolant directly dissipates heat without requiring fan-assisted cooling

Immersion liquid-cooled data centers operate at noise levels far below the 60dB+ noise typical of traditional air-cooled data centers

⑤Space-saving

Coolant containers and IT equipment modules are integrated into a compact unit

No need for separation between cabinets, enabling tighter and more flexible space layouts

No air conditioning or refrigerants required; no raised floors or hot/cold aisle containment systems needed

Ideal for space-constrained environments or scenarios demanding high energy storage density, enhancing data center space utilization