Technology
Offshore data centers powered by wind. Designed for off-grid operation and cooling without freshwater consumption. Built in port and towed to site.
The platform
The cylindrical marine-concrete hull supports the turbine and encloses the data center.
Inside the foundation
Inside the foundation: racks, decks, and service connections.
Internal decks, service access, and ballast.
Internal decks, service access, and ballast.
The interior
Server rooms sit on internal decks, connected to the access platform by a central shaft. The layout provides clear routes for inspection and maintenance.
Server racks and supporting systems.
Computing & systems
Wind power, storage, fiber connectivity, and seawater cooling serve the data center. Internal layouts coordinate racks, power distribution, and service connections.
The operating approach
We are developing compressed-air energy storage to balance wind generation and compute demand. Batteries can complement it or provide an alternative. Fiber is the primary data connection, with satellite backup.
An optional grid connection allows surplus power exports and imports when needed, in a configuration designed for annual net export.
Renewable power produced offshore
Multiple options possible
Wind-powered data centers
Export surplus power.
Multiple options possible
Performance optimization tools
We develop software that uses wind forecasts to plan suitable workloads across eligible sites. Customer needs, available capacity, and data residency determine where work can run.
Storage capacity and controls are matched to the wind resource, facility demand, and operating profile.
Port-side fabrication, tow-out, and reusable design work support repeatable delivery. Site engineering, permitting, and fiber connections are planned alongside deployment.
Start a conversation
Bring your next compute project offshore. Talk to us about capacity, power, cooling, and the route from fabrication to operation.