SHIP / COMPUTE
ARCHITECTURE LAB CONCEPT 001
A FLOATING INFRASTRUCTURE CONCEPT

A power plant. A datacenter. One ship.

Follow the fuel, power, data and heat.
Explore what it takes to keep compute afloat.

MOORED · SHORE GASSCHEMATIC / NOT TO SCALE
Drag to orbit · Scroll to zoom
CHANGE AN ASSUMPTION

Same ship. Different demands.

Screening estimates update as you explore.

50 MW
10 MW80 MW
Datacenter supply demand
60.0 MW

PUE fixed at 1.20. Generator-side auxiliaries are included in net efficiency.

30 °C
15°C40°C
Facility cooling margin POSITIVE
+5 °C

35°C estimated supply against an assumed 40°C ceiling.

$6.00
$2/MMBtu$15/MMBtu HHV
Annual fuel cost FUEL ONLY
$29.9 million

36% net HHV efficiency; continuous operation. Capital, GPUs and other costs excluded.

THE MODEL BEHIND THE VIEW

What is known. What is assumed.

This is an explorable concept and a steady-state screening model. It helps explain an integrated ship datacenter while keeping unverified engineering and commercial details visible.

Where the next research goes

Choose a customer and berth; obtain gas and diverse fiber offers; request warranted turbine performance; screen candidate hulls with a naval architect; validate cooling and electrical failure scenarios; then price the integrated project.

Research basis: project feasibility study dated 12 October 2026. The scene does not certify a ship design, environmental permission, redundancy level or customer service agreement.