Designed for off-grid operation.
Wind generation and storage are designed to meet the facility’s electricity demand. Optional grid exchange provides another operating configuration.
Where AI goes when the grid runs out
Offshore computePowered by windBuilt to scale
Modular infrastructure for the next era of compute.
ECO TLP brings wind-powered data centers offshore, designed for off-grid operation and cooling without freshwater consumption. For speed to market, we combine port-side fabrication with tow-out. The same foundation expertise also supports conventional offshore wind.
Explore the opportunityWIND ENERGY × AI COMPUTING × OFFSHORE INFRASTRUCTURE
The opportunity
Bring compute to the source of power.
Access to power is becoming a constraint on AI compute growth. ECO TLP brings renewable power generation, data centers, and cooling together offshore—creating capacity beyond land-based sites and designing around the grid bottleneck.
Explore the technology
No freshwater for cooling.
Seawater heat exchange is designed to provide cooling without freshwater consumption.
Build for speed to market.
We combine port-side fabrication and tow-out in a repeatable delivery model. Off-grid designs avoid reliance on electrical interconnection queues.
The applications
Two applications. Shared offshore expertise
Offshore compute and conventional offshore wind are two applications of the same foundation expertise.
Offshore AI compute
Off-grid compute. Built around wind.
Data centers inside wind-powered foundations, with power, cooling, and service access designed around customer hardware.
Conventional offshore wind
A foundation for renewable power.
ECO TLP and ECO GBS provide foundation solutions for wind projects that supply renewable electricity to the grid, tailored to site conditions.
Built to evolve
Modular infrastructure that adapts with the evolution of compute.
The marine infrastructure is designed to support successive generations of computing hardware. Equipment can evolve while the underlying offshore asset continues to serve.
An enduring offshore platform, with configurations for computing and conventional wind generation.
Why ECO TLP
Developed for deep water. Built on offshore experience.
A foundation program dating to 2012.
The foundation program includes physical model testing at MARIN, patents, and ABS design-review milestones.
Explore our historyEngineering, construction, and project development.
The team brings marine engineering, shipyard, energy development, and commercial experience. Specialist organizations contribute defined scopes of work.
Meet the team and partnersNews and perspectives.
View all newsOffshore compute in the responsible AI conversation
Nicole Johnson Murphy joined an Opal Group discussion on responsible AI, sharing ECO TLP’s perspective on renewable power and offshore data centers.
Read the updateRepeatable delivery starts with foundation design
PES Wind examines the shared fabrication approach behind ECO TLP and ECO GBS, from concrete construction to offshore installation.
Read the updateNicole and Gordon on building offshore wind at scale
In an Uptime Spotlight interview, Nicole Johnson Murphy and Gordon Jackson discuss concrete foundations, port-side construction and a production-line approach to offshore wind.
Read the updateStart a conversation
Build your compute with us.
Bring your next compute project offshore. Talk to us about capacity, power, cooling, and the route from fabrication to operation.
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