Compute-intensive AI and research
High power per rack and direct liquid cooling for training and inference of AI models.
50–100 kWper rack with liquid cooling
Demand driven by AI
AI has changed what a data center must deliver – and where it can be built
Compute-intensive AI models require more power per rack, liquid cooling and a grid connection that will hold for many years ahead. Sites with secured power determine where the next generation of data centers will be built.
At the same time, demand is growing for cloud services, colocation and secure operation of critical IT. We develop facilities that meet all these needs, on the same technical foundation and with a tailored design.
10–25 MW per building block · no upper limit
One building block repeated without a ceiling
Every facility is built from the same standardized building block of 10–25 MW IT. The first phase operates on its own, and the next is added when the customer, power and land allow, without rebuilding the first. Capital is committed only when the need is there, and the size is set by the site, not by the concept.
First phase
10–25 MW
A complete facility in operation, prepared for the next building block.
More building blocks
50 MW and more
The same standard is repeated on site, with the same suppliers and quality assurance.
Campus
No upper limit
The site's power and land set the frame. The concept does not.
AI, cloud, colocation and critical IT
One platform – four ways to use it
Power, cooling, redundancy and capacity per rack are sized according to how the facility will be used.
Scalable infrastructure for cloud platforms
Large, contiguous halls that can be built out in phases as the platform grows.
Phasedbuild-out as needed
Flexible data centers for multiple customers
Separate IT zones with dedicated supply make it possible to host several customers in the same facility.
Multiplecustomers per facility
Secure operation for critical systems
Redundant power paths, backup energy and a clear operating organization for systems that must not stop.
A/Bseparate power paths
Cooling, heat and flexible power
Leading-edge technology – tailored to every site
We follow technology developments in liquid cooling, heat recovery, water management, energy storage and flexible power use. What proves itself is brought into projects early, with reliability and verifiable benefit as the starting point.
Power, climate and infrastructure
The right conditions create capacity – when power, land and grid converge
Fossil-free power and a stable power system
A large share of hydro, nuclear and wind power provides low-emission electricity, and a power system with a long track record of reliability.
A climate that cools
The cold climate allows facilities to use free cooling for much of the year, which lowers energy consumption.
Stability and EU regulation
A predictable regulatory framework, a stable economy and EU membership provide security for long-term investments.
Fiber and expertise
Well-developed fiber networks and a large pool of engineers make it possible to build and operate advanced facilities.
Five steps in every development
How we develop a new site
Every development follows the same five steps. This makes projects comparable and decisions clear.
- 01
Needs and capacity
We define IT load, availability, operating model and potential future capacity.
- 02
Site and power
We gather site data, grid connection, zoning conditions and environmental requirements.
- 03
Site-specific design
We select hall size, number of floors, equipment yards and phasing.
- 04
Procurement
Technology and construction contracts are competitively tendered on equal terms, for the best performance and total cost.
- 05
Construction and operation
We lead construction, deliveries, testing and handover to operation, with room for the next phase.
For operators and customers
Do you need capacity?
Tell us about your requirements for power, availability and schedule, and we will show you how a facility can be designed for you.
Discuss capacity