What question did this study set out to answer?

To present a new submersible datacenter architecture utilizing passive water cooling to enhance energy efficiency.

April 7, 2026Open Access

DeepData: Submersible Datacenter Technology — Shipyard-Built Compute Modules with Passive Water Cooling — Technical Disclosure & Defensive Publication

Key Points

To present a new submersible datacenter architecture utilizing passive water cooling to enhance energy efficiency.
Describes the design of submersible datacenter architecture using shipyard-built steel hulls.
Details the integration of server modules into submerged environments.
Presents performance metrics including power usage effectiveness (PUE) achieved through passive cooling.
Achieved a PUE of 1.03 with zero water consumption.
Supported compatibility with DeepCore Power for zero-carbon computing initiatives.

Abstract

Defensive publication establishing prior art. Presents DeepData, a submersible datacenter architecture placing server modules inside shipyard-built steel hulls submerged in lakes. Passive water cooling achieves PUE of 1.03 with zero water consumption. Compatible with DeepCore Power for zero-carbon compute ecosystems. Released for open implementation. Contact: alex@deepcorepower.com

DeepData: Submersible Datacenter Technology — Shipyard-Built Compute Modules with Passive Water Cooling — Technical Disclosure & Defensive Publication

Key Points

Abstract

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