What question did this study set out to answer?

The aim is to present and establish prior art for a modular underwater nuclear power plant design with integrated safety features.

April 7, 2026Open Access

DeepCore Power: Modular Underwater Nuclear Power Plant with Integrated Passive Safety — Technical Disclosure & Defensive Publication

Key Points

The aim is to present and establish prior art for a modular underwater nuclear power plant design with integrated safety features.
Describes DeepCore Power architecture with concentric toroidal rings.
Details 50 MW reactor modules featuring a flooding failsafe mechanism.
Highlights scalability to larger clusters of up to 250 MW.
Demonstrates a zero atmospheric release safety measure via the flooding mechanism.
Establishes reactor-technology agnostic design suitable for various implementations.
Public domain release facilitates open implementation and innovation.

Abstract

Defensive publication establishing prior art. Presents DeepCore Power, a modular underwater nuclear power plant architecture placing reactor modules in concentric toroidal rings beneath an artificial lake. Each 50 MW module features a dome-breach flooding mechanism as ultimate failsafe, ensuring zero atmospheric release. Reactor-technology agnostic, scalable to 250 MW clusters. Released to the public domain for open implementation. Contact: alex@deepcorepower.com

DeepCore Power: Modular Underwater Nuclear Power Plant with Integrated Passive Safety — Technical Disclosure & Defensive Publication

Key Points

Abstract

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