Seawater Cooling & Infrastructure

Seawater Cooling & Infrastructure is the thermal and electrical backbone of our Ocean Grid™ platform, engineered to deliver high-density AI compute at sea with minimal overhead. Instead of fighting physics with massive chillers and evaporative towers, we start with what the ocean already provides: a vast, stable heat sink that surrounds every Node.
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Our native seawater thermal management system pulls in ambient ocean water, passes it through marine-grade heat exchangers, and returns it safely, all while keeping sensitive AI hardware isolated in a controlled, dry interior environment. This approach eliminates freshwater consumption and slashes cooling energy use compared with conventional data centers. In practical terms, more of your power budget goes into actual computation, not into moving heat around.
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To feed that compute efficiently, we pair the cooling architecture with OCP-aligned 800V DC power distribution on board each Node. Wave-energy converters charge the DC bus and onboard batteries, which then deliver stable, high-voltage power directly to racks, inverters, and networking equipment. Fewer conversion steps mean lower electrical losses, tighter control over power quality, and a cleaner interface for high-performance AI hardware.
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The combined effect is low-overhead, seawater-cooled infrastructure purpose-built for offshore operation. Structural composites, corrosion-resistant fittings, and marine-accessible service paths are all designed around long-term exposure to waves, salt air, and biofouling. Yet from your perspective as an AI operator, this looks and behaves like a highly efficient data center slice: predictable thermal envelopes, stable DC power, and clear capacity metrics.
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Seawater Cooling & Infrastructure underpins every Offshore AI Inference Hosting deployment, giving you confidence that thermal and electrical performance have been engineered into the platform from day one, not bolted on as an afterthought.