Unlock Stranded Energy

Unlocking Stranded Power

Accelerating AI infrastructure
beyond the grid.

Accelerating
AI infrastructure
beyond the grid.

Contact

Zero permitting delays

Purpose-Built for AI Training

EU-Based

Summary

AI Compute aligned with power generation

Energy aligned

Infrastructure led

Long term

Innovation

Who we are

The expansion of advanced compute is increasingly shaped by access to power.

Project Enki deploys AI infrastructure at sources of stranded energy, aligning power and compute at the point of generation.

We focus on markets constrained by grid congestion, permitting friction, and land scarcity.

By building at the source of supply, we unlock scalable growth and shorten deployment cycles.

Sustainability through location

Environmental performance is increasingly linked to where compute is deployed. Positioning infrastructure close to renewable generation reduces reliance on constrained networks and resource intensive cooling environments.

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Sustainability through location

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Data center platform designed for high-performance AI compute cooling.

Efficiency through placement

Infrastructure performance is increasingly determined by proximity to power and cooling resources. Locating compute near generation enables dense, stable, and repeatable operation at scale.

Insights

Efficiency through placement

Infrastructure performance is increasingly determined by proximity to power and cooling resources. Locating compute near generation enables dense, stable, and repeatable operation at scale.

Insights

Industrial energy facility located near coastal infrastructure

Security shaped by location

Physical setting influences how infrastructure is accessed, maintained, and protected. Offshore environments introduce natural separation, controlled logistics, and defined operational perimeters.

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Security shaped by location

Physical setting influences how infrastructure is accessed, maintained, and protected. Offshore environments introduce natural separation, controlled logistics, and defined operational perimeters.

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Projects

Current development portfolio

Offshore energy platform supporting renewable power generation

Approach

Platforms designed for scale

Project Enki brings together energy supply and compute demand through offshore and near generation development models.
Location becomes the foundation for growth.

Contact

A transport helicopter approaching a landing pad on a modular offshore AI data center platform in the open ocean.

Generation and demand, together

Our developments bring compute environments into direct adjacency with renewable supply. Location becomes a defining characteristic of system design.

Generation and demand, together

Our developments bring compute environments into direct adjacency with renewable supply. Location becomes a defining characteristic of system design.

Offshore AI data center platform powered by a large wind turbine

Integrated offshore environments

Enki develops platforms where power, thermal conditions, and digital systems are coordinated within a unified setting.

Insights

Integrated offshore environments

Enki develops platforms where power, thermal conditions, and digital systems are coordinated within a unified setting.

Insights

Enki Worker viewing a wind-powered offshore data center at sea.

Extending asset relevance

Offshore structures designed for earlier energy cycles may support new forms of digital utilization. Integration becomes a matter of alignment and engineering continuity.

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Extending asset relevance

Offshore structures designed for earlier energy cycles may support new forms of digital utilization. Integration becomes a matter of alignment and engineering continuity.

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Values

Operating principles

Take a quick look at how we turn offshore wind into live, AI-ready compute capacity.

Principle of environment

Physical setting, energy access, and logistics determine how infrastructure is conceived.

Principle of environment

Physical setting, energy access, and logistics determine how infrastructure is conceived.

Principle of duration

Platforms are structured to align with long lived energy assets and enduring demand for compute.

Principle of duration

Platforms are structured to align with long lived energy assets and enduring demand for compute.

Principle of integration

Power, cooling, and digital architecture are considered together from the outset.

Principle of integration

Power, cooling, and digital architecture are considered together from the outset.

Locations

Global roadmap

Insights

Our latest insights

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Public Acceptance as Europe's Next Compute Constraint | Project Enki

Survey Data shows public acceptance may limit future data center expansion in Europe. Power access and community consent now shape compute growth