The Atomic-Compute Nexus: a strategic framework for 10 to 30 MW AI campuses on firm hybrid nuclear-renewable power, with modular high-density compute and regionally intelligent siting.
AI shifted the limiting factor of data center expansion. Legacy facilities were designed for 5 to 15 kW per rack; modern training and inference racks demand 50 to 100+ kW, and the gap widens every quarter.
Metro grids are congested, new connections take 3 to 5 years, and training runs that last weeks cannot tolerate interruption. 99.99% uptime now requires energy independence, not grid dependency.
The Nexus answer: stop retrofitting legacy infrastructure. Build purpose-designed 10 to 30 MW nodes that combine firm clean energy, high-density compute and intelligent regional siting from the ground up, as one repeatable unit.
Each node pairs advanced nuclear generation with renewable support, battery storage and integrated thermal management, delivering baseload power independent of grid constraints.
Hybrid nuclear-renewable generation with battery storage and integrated thermal management. Firm 24/7 power, phased capacity scaling.
24/7 FIRM100+ kW racks with liquid immersion cooling and modular pod deployment. Purpose-built for the thermal loads of modern AI workloads.
100+ kW / RACKFive criteria decide deployment geography: climate, fiber, land, power and regulation. The best AI sites emerge where they converge.
5 CRITERIAThree deployment phases per node, expandable over time. The 10–30 MW node is the repeatable unit of the whole framework.
3 PHASESThe framework supports conversations across four tracks: infrastructure developers building next-generation AI campuses, energy partners in nuclear, renewables and storage seeking high-value compute demand, strategic capital evaluating the AI infrastructure category, and regional development stakeholders attracting advanced infrastructure.