Immersion cooling refers to the process of immersing servers, GPUs, ASICs, and other IT hardware in a non-conductive fluid. The fluid is a far more effective cooling medium than air and so higher efficiencies are achievable.

What is Immersion Cooling?

Immersion Tanks

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Single-Phase Immersion Cooling Cycle

Click here and read our Blog to learn more about Gen-2 Dual-Phase Immersion Cooling.

Gen-2 Dual-Phase Immersion Cooling Value

Scalable

Two-Phase Immersion Cooling offers exemplary simplicity, allowing it to function in hot or cold climates, wet or dry locations, in cities, or remote locations. This technology frees you to install data centers where you want.

Improved Reliability

Components are not subject to dust or temperature fluctuations, reducing the risk of failure, and cooling fans are not required, avoiding adverse effects from vibration. The fluid is no toxic & non flammable eliminating the risk of fire unlike Single-Phase fluid.

Higher Efficiency

When it comes to performance, air cooling is about 30 kilowatts per rack, with a massive efficiency loss of about half. In contrast, Two-Phase Immersion Cooling can handle more than 100 kilowatts per rack, and in some cases double that. capacity and will be required by data centers for years to come.

Greater Density

No heatsinks or fans are required, which means computer parts can be placed closer together, increasing computing power by 10x in the same space.

Energy Savings

Two-Phase Immersion Cooling can cut energy consumption in half. This reduces cooling costs from 70% to 3% of the power required for processing.

E3nv.com Two-Phase Liquid Immersion Cooling

Lower Maintenance

Passive cooling means there are no unnecessary parts to build or repair, which is especially useful for remote locations like edge computing stations. When maintenance is required equipment dries instantly once removed from the fluid.

Electromagnetic pulses

Yes, liquid-cooled immersion tanks are safe from electromagnetic pulses. The tank itself acts as a Faraday cage, and the dielectric fluid surrounding the immersed computer boards provides additional protection.