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0%Powering AI. Restoring the Planet.
What we do
Hyfion develops and operates modular, grid-independent AI data centers that combine high-performance GPU computing, carbon-negative energy and secure European cloud infrastructure in one scalable platform. Designed to scale from 3.5 MW to more than 250 MW per site, our infrastructure makes every GPU hour CO₂-negative and delivers scalable computing power with measurable climate impact.
Powering Europe’s Sovereign AI Future.
GRID-INDEPENDENT AI INFRASTRUCTURE
Hyfion is built around a fully island-capable energy system, delivering firm on-site baseload power independently of the public grid, while retaining the flexibility to integrate additional grid capacity for further expansion.
MODULAR, REPEATABLE & SCALABLE
A standardized infrastructure model uniting energy generation, carbon removal and AI compute, designed to scale from 3.5 MW to 250+ MW campuses and be replicated across multiple sites.
CARBON-NEGATIVE
Every GPU hour is powered by infrastructure that removes and permanently binds more CO₂ than it emits. Carbon removal is integrated directly into the energy system, not added through conventional offsets.
MEASURED CLIMATE IMPACT
At a 50 MW IT site, Hyfion is designed to permanently remove up to 150,000 tonnes of CO₂ annually through its integrated energy and carbon-removal system.
Figure based on the planned 50 MW site configuration and internal modelling of the integrated energy and carbon-removal system. Actual removal volumes depend on final system design and operating conditions, and are subject to independent verification.
96-HOUR SELF-SUFFICIENCY
A separate backup power system takes over if primary on-site generation becomes unavailable, maintaining full autonomous site operation for up to 96 hours without grid support.
EUROPEAN SOVEREIGN AI CLOUD
A sovereign, end-to-end European cloud architecture keeps data, models, compute capacity and operational control within Europe, ensuring sensitive AI workloads remain protected and governed under European jurisdiction.
AI infrastructure designed for full island-mode operation. Hyfion generates its power on-site through an integrated energy system, supported by large-scale battery storage and up to 96 hours of operational autonomy.
Every GPU hour is powered by infrastructure that removes more CO₂ than it emits, structurally, not through conventional offsets. Carbon removal is built directly into the energy system, making climate impact part of the core architecture.
One standardized infrastructure model combining firm on-site energy generation, carbon removal and AI compute. Following validation at our first site, the model is designed to be replicated across Europe and scaled from modular 3.5 MW deployments to multi-hundred-megawatt AI campuses, built on an island-capable energy base with the flexibility to integrate additional grid capacity where available.
Next-generation GPU infrastructure for frontier AI. Engineered for scale, resilience and carbon-negative performance.
More GPUs, CPUs and storage available on request.
Contact us2026
Securing financing, finalizing planning and bringing strategic partners on board.
2027
Start of site development and construction of the energy and data center infrastructure.
2029
Commissioning of the first Hyfion site, initially with 3.5 MW IT capacity.
From 2029
Expanding the first campus through an independently powered baseload core of 25 MW and additional regional energy capacity, scaling to more than 250 MW of IT load.
Vision
Building a distributed network of sovereign, carbon-negative AI campuses across Europe and developing selected sites toward gigawatt-scale capacity.
2026
Securing financing, finalizing planning and bringing strategic partners on board.
2027
Start of site development and construction of the energy and data center infrastructure.
2029
Commissioning of the first Hyfion site, initially with 3.5 MW IT capacity.
From 2029
Expanding the first campus through an independently powered baseload core of 25 MW and additional regional energy capacity, scaling to more than 250 MW of IT load.
Vision
Building a distributed network of sovereign, carbon-negative AI campuses across Europe and developing selected sites toward gigawatt-scale capacity.
