KIRKENES, NORWAY
Full
North of the Arctic Circle
LiveSince 2019
PUE1.03-1.17
Heat reuse100%
- 2+ years live at minus 38 degrees, and it never missed
- Compute heat replaced 100% of the campus's legacy heating
Energy-producing AI factories that cogenerate power-flexible compute and heat.
Digital Energy: an asset to the grid, not a liability. As energy makers, we access power and permits in Europe's most constrained metro regions, where other data centers can't.
Today: 18 sites secured, 300 MW in development. The build-out: 300 sites, 5 GW, interconnected for inference.
Partners, Members & Supporters
We are a neo-utility built for the age of energy and intelligence.
Why we exist
Energy maker, not taker.
The shortage isn't supply. It's utilization, and who the watts benefit.
Data centers enter communities to take: they consume power, export value, and get stopped. We do the opposite: we produce energy and heat for the places we build in. When the grid, the community and the AI tenant all come out ahead, communities want us to build. And that changes how fast you get capacity.
Dutch greenhouses have run their own power plants for decades: 2.4 GW of combined heat and power, roughly 8-10% of the country's electricity. We are the next generation of that grid, and the heat now goes far beyond the greenhouse.
The advantage
AI capacity in weeks, not years.
Because we produce energy, we don't stand in the grid queue: a different track to capacity, power-flexible by design.
01
Speed
Three sites powered and permitted today. RFS as fast as 30 weeks from financial close, indicative.
02
Power-flexible compute
On-site generation and flexible draw make each site a grid asset, so new capacity keeps clearing as you grow.
03
Prime locations
Inside the Amsterdam metro, where new grid connections are effectively frozen: we build on power that already flows.
The platform
Distributed sites, not one mega-campus.
Sites of 5-25 MW, interconnected into clusters. No single dependency, no giant commitment: start small, scale in steps, on a platform that grows with you instead of a site you outgrow.
Interconnecting 5 to 10 adjacent sites, each with its own grid connection, is how you reach hundreds of megawatts in Europe at AI speed. The Andijk Campus is the first: three sites, one campus, each with its own heat user.
The build-out: 300 distributed sites, 5 GW, interconnected into an inference network that shifts workloads to the best location. Your path: 6.5 MW in Q1 2027, 24 MW on one campus through 2027, 300 MW across the metro through 2028.
18sites secured
300 MWin development
600 MWunderlying energy infrastructure run by our partners today, to be made multipurpose
5 GWidentified today
The product
Build-to-suit AI factories.
One product, one tenant per site.
- N+1, Tier 3 equivalent design: 99.99% SLA, power, shell and cooling to your racks
- Liquid-cooled from day one: NVIDIA NCP reference architecture
- Tailor-built: your whitespace, your facility design
- Enterprise-grade security: 5 layers, 1 entry
- Turnkey setup and build-out with the partners who build for hyperscalers and leading neoclouds
- Managed services and smart hands, if wanted
Full technical specification in the site dossier, under NDA.
99.99% SLAN+1, Tier 3 equivalent designDirect liquid coolingAs fast as 30 weeks from financial close, indicative
Your GPUs. Your data. Your control. Inside Europe.
Single tenant means nobody but you at your racks: your hardware, your workloads, your roadmap, under EU jurisdiction.
When you build for everyone, you're not good for anyone. We build for you.
More tokens from less energy: PUE 1.03, measured at Kirkenes.
Digital Energy Centers
One facility. Three factories.
A Digital Energy Center is one facility with three subfacilities, cogenerating power, compute and heat.
AI Factory
produces tokensThe most valuable refined commodity made of electrons: the build-to-suit AI factory described above.
Thermal Factory
produces refined heatCompute heat, captured in liquid, upgraded and delivered: to industry, district heating and the greenhouses growing the produce that feeds the world. It replaces the heat user's biggest cost, and the gas stays off.
Power Factory
generates flexible powerBuilt on live grid connections, adjusting in real time when and how much electricity is drawn, generated or stored: idle grid capacity put to work, a grid-supporting asset, not a strain.
Up to 90% of the energy behind your tokens is delivered onward as useful heat and netted off.
One platform serving two trillion-dollar industries: heating, half the world's final energy use (IEA), and AI compute. Making AI the clean heating engine of the world.
Sites
Our platform portfolio of sites.
Proven and running full. Ready to build today. In development next.
ANDIJK-CAMPUS-01-DEC
Ready to build
Andijk, Amsterdam metro region
Total site24 MW campus
Phase 16.5 MW IT
LiveQ1 2027
- Three AI factories in phases, to 19.5 MW IT through 2027 (later phases: permits filed)
- Colocated with three operating greenhouses, 600,000+ m² of glass
- About 1 ms to AMS-IX, carrier-neutral, near the Microsoft and Google campuses at Middenmeer
UITHOORN-01-DEC
Ready to build
Uithoorn, Amsterdam metro region
Total site5 MW envelope
Phase 13.85 MW IT
LiveQ1 2027
- Existing 10 MVA connection, heart of FLAP-D
- 15 minutes from Schiphol, sub-1 ms to AMS-IX, carrier-neutral
- Colocated with an operating 118,000 m² glasshouse
HEUSDEN-02-DEC
Ready to build
Heusden, Eindhoven region
Total site3.7 MW site
Phase 12.7 MW IT
LiveQ1 2027
- 30 minutes from the Eindhoven region, home of ASML
- Colocated with an operating 60,000 m² glasshouse
Live quarters indicative, from financial close. Full site dossiers under NDA.
In development
300 MW across 18 secured sites: new capacity comes online every quarter through 2028.
Amsterdam metro region
In development
LiveQ2 2027
Amsterdam metro region
In development
LiveQ3 2027
Amsterdam metro and beyond
In development
Live2028
Book a call
RFS as fast as 30 weeks from financial close, indicative.
Why Amsterdam
Training can run anywhere. Inference cannot.
Inference lives near the people using it, and Amsterdam is the digital gateway to Europe. The hyperscalers chose it as their anchor, until the power ran out. We unlock what's left.
Reach over half of Europe's GDP: 350 million+ people in under 10 ms.
AMS-IXEurope's #2 exchange, one of the three busiest on Earth, plus NL-IX
15+ Tbit/speak traffic, every major US and Asia cable one hop away
1988online since: the internet's first stop outside America
Proof
If it works there, it works anywhere.
Kirkenes, Norway: 2+ years live north of the Arctic Circle, minus 38 degrees, and it never missed. PUE 1.03-1.17 sustained in production, and its compute heat replaced 100% of the campus's legacy heating.
2017
First liquid-cooled deployments
High density from day one
2019
Kirkenes, Norway
Compute heat replaced 100% of campus heating
2020+
12 projects, 50+ MW in the Netherlands
Liquid-cooled, heat-integrated, 3+ years live
Today
650+ MW, 28+ data centers
Liquid-cooled AI and HPC capacity built and deployed by our partners and team
“Digital Energy demonstrates how AI infrastructure can contribute beyond compute, by reusing heat, supporting food production and delivering sovereign AI capacity.”
Team & track record
The team building the vision.
Founders & team experience
Jonathan Mattis
Co-Founder & CGO
Check Point · IDF
Carlos Reuven
Founder & CEO
EcoDigital · China Telecom
Halyna Rusnak
Finance Manager
Corning · KPMG
Guy D'Hauwers
VP AI Growth
atNorth · HP
Co ten Wolde
VP Energy
Vattenfall · AgroEnergy
Jeroen Burks
Project Manager
Open Compute Project · TU Delft
Arco Vreugdenhil
Board Advisor
Owns 1 million m² of glasshouse · ECW Energy · Rainbow Growers
Jochem Steman
Board Advisor
Exited DC platform founder · Serverfarm
Santiago Tenorio
Board Advisor
Developed 1.5 GW+ in gas and solar · BlackRock · BofA Merrill Lynch
Next step
Power intelligence, fast.
Tell us what you're building. We'll tell you how fast we can power it.