The problem is simple: Europe doesn't have enough power for its data centers.
Dublin stopped approving new builds in 2022. Amsterdam introduced a moratorium. Frankfurt is running out of grid capacity. London's costs keep climbing. The established data center markets in Europe are hitting a wall, and AI is making it worse.
Training a large language model takes 50 to 100 MW of continuous power for months. That kind of demand doesn't fit in a city where the grid is already fighting over the last megawatt. And it's not just AI. Cloud migration, streaming, IoT, autonomous vehicles: every year the world generates more data and needs more compute to process it.
The companies that will win this cycle are the ones that can get power. Not in five years. Now.
Why the Nordics
Norway and Sweden have something rare in Europe: surplus energy. Norway produces almost all its electricity from hydropower. Sweden mixes hydro with nuclear and wind. Both countries export electricity to the rest of Europe because they produce more than they consume.
For a data center operator, this means three things:
First, cheap power. Norwegian hydroelectric producers sell at rates that mainland European operators can only dream of. We contract long-term fixed-price hydro PPAs with Guarantees of Origin. In Germany or the UK, operators pay a multiple of that.
Second, natural cooling. Nordic temperatures stay cold enough year-round that air cooling works without chillers. Our facilities target a design PUE of 1.08-1.15, compared to 1.4-1.6 for a typical European facility. Lower PUE means less wasted energy and lower operating costs.
Third, grid capacity. Connection queues now run four to six years across the Nordics too, but capacity still exists in the right pockets, and we contracted our interconnection before the queue formed. That head start is the moat.
The regulatory environment
Norway and Sweden have clear, predictable regulatory frameworks. Data center operations are legal, understood by local authorities, and supported by economic development agencies. There's no ambiguity about permitting for energy-intensive compute.
Compare that with the regulatory uncertainty around data centers in Ireland, or the constant threat of new taxes on energy-intensive industries in mainland Europe. In the Nordics, the rules are clear, and they've been stable for years.
Renewable by default
This is a structural advantage for investor conversations. When your power comes from a 50-year-old hydroelectric dam in a Norwegian fjord, you don't need to buy carbon offsets or explain away your energy mix. The sustainability story writes itself.
For institutional investors with ESG mandates, this matters. A data center powered by Nordic hydro checks every box without creative accounting.
What we're doing about it
Pure Core is building toward a ~100 MW Nordic platform by 2028, anchored on GPU and ASIC colocation. Our first site is grid-signed in Norway, with first colocation capacity targeted for Q1 2027 and expansion planned across the Nordics.
We're not building hyperscale campuses. We build right-sized, liquid-cooling-ready data halls inside existing industrial buildings, at 5-50 MW per site. Reusing standing structures cuts civil works and shortens time-to-power.
Our model is simple: secure the power first, build the facility second, fill it third. That order matters. Power is the scarce resource. Everything else is execution.
Quick answers
Why build data centers in the Nordics?
Three structural advantages compound: among the lowest industrial power prices in Europe (100% hydroelectric), cold-climate cooling that cuts PUE overhead, and clear, stable regulation for energy-intensive compute.
How cheap is Nordic hydro power?
Norwegian hydroelectric producers sell at rates a fraction of German or UK levels. Pure Core contracts long-term fixed-price hydro PPAs, with Guarantees of Origin.
Is grid capacity still available in the Nordics?
Connection queues now run four to six years for new entrants, but capacity still exists in the right pockets. Operators that secured interconnection before the queue formed hold the advantage.
What is Pure Core building in the Nordics?
A ~100 MW Nordic platform by 2028. The first site is grid-signed in Norway, with first colocation capacity targeted for Q1 2027, built as liquid-cooling-ready data halls inside existing industrial buildings.