Atomarine builds scalable compute platforms that pair standalone power generation with seawater cooling, enabling data centers to deploy anywhere without grid connection delays. Their mobile units can be assembled at shipyards at four times the speed of land-based construction, with each yard delivering 1.5 GW of capacity annually. The systems achieve sub-1.1 PUE through direct seawater cooling and are designed for 20-40 year infrastructure lifespans.
Funding
Funding not disclosed
Founders
Product
Problem
Grid connection timelines are approaching a decade, and over 50% of standalone energy projects get denied due to water use, emissions, and price pressure. Power shortfalls are projected to reach 50 GW by 2030, while infrastructure upgrades for standalone projects can cost up to $1 billion with significant capacity overbuild required.
Solution
Atomarine provides scalable compute platforms with standalone power generation, efficient seawater-based cooling, and location-agnostic deployment. By manufacturing these systems at shipyards, the company achieves four times faster deployment than traditional land-based construction, with each shipyard capable of delivering 1.5 GW of compute capacity per year. The moveable generation units eliminate grid connection delays and the need for capacity overbuild, while seawater cooling maintains a power usage effectiveness below 1.1 PUE.
Target Audience
Primary customers are hyperscale cloud providers, colocation operators, and enterprise data center developers facing grid connection delays or seeking deployable compute capacity in remote or constrained locations.
Features
- Prefabricated at shipyards, enabling 4X faster deployment compared to land-based construction
- Shipyard production capacity of 1.5 GW per year per facility
- Seawater cooling achieves sub-1.1 PUE without traditional water consumption or emissions
- Moveable generation units eliminate grid dependency and infrastructure upgrade costs up to $1B
- Standalone power systems require no capacity overbuild
- Infrastructure designed for 20-40 year operational lifespan