We deploy renewable-powered container datacenters across Europe - co-located with utility-scale solar and wind assets, delivering sovereign AI compute at the source of clean energy.
Two of the most significant transitions of our era - the shift to renewable energy and the rise of artificial intelligence - are converging. The infrastructure that powers one is becoming the foundation for the other.
AI compute demand is growing at an extraordinary rate. Inference alone is projected to represent around two-thirds of global AI compute demand by 2026 (Deloitte). Meanwhile, global datacenter electricity consumption is expected to double between 2022 and 2026 (IEA). Hyperscalers are already struggling to meet demand - not from lack of capital, but from lack of access to power.
Renewable energy sites - solar farms, wind parks, biomass plants - generate clean electricity that is often underutilised due to grid constraints. Co-locating compute infrastructure directly at the point of generation transforms excess clean energy into high-value digital capacity.
Renewable energy producers gain a stable, premium offtaker. AI workloads gain a clean, cost-competitive power source. European enterprises gain sovereign, affordable compute. The energy transition and the digital transition are not competing priorities - each accelerates the other.
European digital sovereignty is not a policy declaration - it is built one site at a time, at the source of clean energy, across the continent.
CloudGrid Energy deploys modular compute units directly on renewable energy sites across Europe. Each site is selected for green energy availability, competitive power pricing, existing grid connection, and available land - ensuring fast deployment and long-term operational efficiency.
CloudGrid Energy has already secured sites across France, Germany, Italy, Spain and Sweden. The first unit is already operational in France, with the full European pipeline progressing rapidly toward deployment by end of 2027.
Every unit operates under European jurisdiction. Data stays on the continent. Workloads run on clean energy. European SMEs and startups gain access to GPU-grade AI infrastructure that was until now reserved for the largest global players.
Factory-built and site-ready in under 30 days - designed to go where the energy is.
Each unit integrates high-performance GPU and CPU racks, precision cooling with zero water consumption, high-speed connectivity, and integrated power management - all in a single deployable module. No civil works. No years of planning. Clean, sovereign compute ready in weeks.
Each container integrates seamlessly into a distributed compute network, providing European enterprises with GPU-grade AI infrastructure - scalable progressively as demand grows, without the constraints of traditional data centre builds.
Base configuration - local inference & secure storage
Scalable configuration - demanding AI workloads
Rather than bringing energy to datacenters, CloudGrid Energy brings datacenters to the energy - and the economics follow.
Hyperscalers are reporting billions in unmet contracts, primarily due to lack of access to power. The IEA projects global datacenter electricity consumption to double between 2022 and 2026. The centralised datacenter model has reached its structural limits.
By deploying compute units directly on renewable energy sites, CloudGrid delivers: lower energy cost through direct access to locally-produced electricity; lower latency through distributed infrastructure closer to end users; and zero carbon through 100% renewable power supply guaranteed by physical co-location.
What was once a constraint - the distance between power generation and digital consumption - becomes a competitive advantage. CloudGrid's co-location model is structurally faster, cheaper, and more resilient than centralised alternatives.
Deploying compute at scale across Europe requires deep partnerships with the organisations that control the two most critical inputs: land and energy.
CloudGrid identifies and qualifies renewable energy sites meeting our deployment criteria - competitive green electricity pricing, available land, existing grid connection, and favourable permitting. We then integrate our modular compute units directly into the partner's asset. The energy producer gains a high-value, stable offtaker for locally-generated electricity. CloudGrid manages financing, deployment, and operations.
CloudGrid Energy is actively deploying across France, Germany, Italy, Spain and Sweden, working with leading independent renewable energy producers across solar farms, wind parks, biomass plants and EV charging hubs.
In a world where hyperscalers are constrained by access to power, energy producers are becoming the most strategic partners in the digital economy. CloudGrid was built around that insight from day one.
Deploy sovereign, renewable-powered computing infrastructure at European scale. We handle the energy. You run the workloads.
contact@cloudgridenergy.com