Several sites, one
industrial standard

How hydro-cooling works

Unlike air cooling (fans), hydro-cooling circulates a liquid in direct contact with the computing components. Heat is removed far more efficiently: cold water (≈25–35°C) enters in direct contact with the hash boards and exits at 45–60°C toward the cooling kit — a closed loop that keeps components at a low, stable temperature, with no throttling and no dust. Concrete result: failure rates down to 2–3% (versus 15–20% with air cooling), a constant hashrate 24/7 and a lifespan extended up to 7 years. This is the standard for serious industrial mining operations.

Three pillars, one standard

The real global mining comparison

Price per kWh means nothing until you look at the two other variables: actual uptime and the security of your asset.

Do the math: 80% uptime means roughly one week per month where your machines don't mine — that lost 20% of production is often your entire margin. A "cheap" kWh with outages costs more than a Nordic kWh running 99% of the time.

And that's why Nordic capacity is a rare asset: grid operators strictly limit new high-power connections, connected industrial land is extremely scarce, and incumbents lock in their positions. Most mining companies never manage to secure a site there. Our hosted clients benefit from it directly.

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