Co-generating power, flexible compute, and heat.
As energy makers, we access power and permits in Europe's most constrained metro regions, where other data centers can't.
Partners & supporters
What we do
Every Digital Energy Center produces AI capacity, heat and power for the place it stands.
Why we exist
Building the neo-utility for energy and compute.
AI compute can be the fuel: energy built from AI, and for it. To get capacity and scale at speed, AI has to become an energy producer. That means it cannot be an extractive facility that exports tokens. It has to produce local value: power for the grid, heat for the community, capacity for the tenant. When all three win, capacity comes fast.
A Digital Energy Center is not extractive. It produces energy, and it strengthens the place it stands.
Flexible, on-site power that relieves constrained networks instead of adding load to them.
More affordable, cleaner heat for greenhouses, industry and homes, replacing gas.
Local AI infrastructure for research, schools, governments and startups, so Europe can compete.
Why Digital Energy
What an AI buyer or an energy consumer gets from us that a conventional data center cannot give.
Live grid connections and permits already in place. RFS as fast as 30 weeks from financial close, indicative, where others queue for years.
Start at one site, grow across a campus and a cluster, on one platform that scales with your demand.
Designed for AI from day one: liquid-cooled, highest density, power-flexible, deployable in prefabricated modules, and an asset to the grid, not a load on it.
The platform
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 vision: 300 distributed nodes by 2030, powering and generating 5 GW across Europe, interconnected into one inference network that runs each workload where it is best served.
The product
Optimized for NVL72 and beyond. Liquid-cooled native.
Full technical specification in the site dossier, under NDA.
A colocation hall built for every kind of compute is optimal for none. We build each AI Factory to your requirements: liquid-cooled, highest density, the environment GPUs excel in.
More tokens from less energy.
PUE 1.03, measured at Kirkenes. Every watt drawn also heats a greenhouse and steadies the grid.
Infrastructure for inference
Training happens in a few giant campuses. Inference happens wherever people are. We build for the second: a network of sites in the metro regions where users, data, connectivity and talent already are.
Amsterdam first: 350 million+ people within 10 ms, over half of Europe's GDP. Then Europe's other metros, one platform.
The same model in the world's other hubs, with partners already building in North America and France.
Inference next to the people who use it, in facilities that also heat homes and greenhouses and steady the grid. One watt, three jobs.
Your own dedicated facility, your hardware, your access. Neutral and yours, without building or running it yourself.
AMS-IX: Europe's #2 exchange, one of the three busiest on Earth, plus NL-IX.
Recognition
“Digital Energy demonstrates how AI infrastructure can contribute beyond compute, by reusing heat, supporting food production and delivering sovereign AI capacity.”
In the news and on stage
AI-revolutie helpt telers aan gratis duurzame warmteKas Magazine on IT meeting horticulture. "It seems too good to be true," says Carlos Reuven, co-founder and CEO of Digital Energy. "AI is developing at breakneck speed. Computing all that data releases a lot of heat, and horticultural crops grow well on it."Read article, in Dutch →
Next step
Tell us what you're building. We'll tell you how fast we can power it.
