Engineered to do the opposite of a conventional data center
Conventional grid-tied, evaporatively-cooled data centers strain local infrastructure. Our platform is designed to relieve it.
Six ways the platform relieves local infrastructure
No combustion
Power is generated electro-chemically by on-site fuel cells — near-zero NOx, SOx and particulates.
Behind the meter
Generation sits on-site, so the facility is a net-positive grid asset, not a new load on the public grid.
Adaptive reuse
Where possible we reuse existing industrial buildings — no demolition, far lower embodied carbon.
Closed-loop water
Direct-to-chip cooling on a closed loop uses a tiny fraction of the water of evaporative designs.
Heat recovery
Recovered exhaust heat can feed district heating — displacing fuel combustion across a community.
Lasting local value
Among the highest property-tax-per-acre uses available, with very low demand on city services.
How it works, in concept
We combine three capabilities the energy and data-center industries normally keep separate — so we deliver power on our own schedule, not the grid's.
- 01
Secure the fuel corridor
We arrange long-term, firm transportation for the energy that feeds each campus — a dependable, around-the-clock pathway independent of grid congestion and weather.
- 02
Procure energy upstream
Rather than buying power at retail after it passes through the utility, we source the underlying energy upstream — giving long-term cost visibility and price stability.
- 03
Generate on-site
Modular, high-efficiency generation runs behind the meter as the primary, continuous power source. The grid becomes a supplement and backstop, not the critical path.
Built to repeat. Generation is added in standardized, modular blocks — the same engineered unit, repeated — so a site scales from a first deployment toward very large campuses without redesigning the power architecture.
Why this is a better approach
Owning the path to power changes the economics and the timeline of the entire project.
Speed to power
No multi-year interconnection queue. Usable power can be commissioned in a fraction of the time of a grid-tied build — so the asset performs far sooner.
Cost predictability
Owning the energy pathway end-to-end produces a stable, forecastable cost structure — exactly what large, steady, 24/7 compute loads need.
Grid independence
Generating on-site sidesteps the interconnection backlog entirely, removing the single biggest source of schedule risk in the industry today.
A repeatable platform
Standardized blocks, layout and underwriting mean this isn't one lucky site — it's an engine that deploys across markets with consistent results.
Clean air. A stronger grid. Shared heat. Lasting value.
The real race isn't who pours the most concrete — it's who can deliver reliable power, at scale, on a timeline that matches the demand for compute. By treating energy and compute as one system, we do exactly that — and the communities that host us are better off for it.
Happy to go deeper. More detailed technical and commercial materials are available under a mutual confidentiality agreement.
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