Plan the data hall, power and thermal systems together.
Bring the critical physical systems inside one coordinated design and operating boundary.
Illustrative integrated campus · configuration varies by approved power pathwayENERCUBE™ PLATFORMS
AI sovereignty is not only a software issue.It is a physical infrastructure issue.
ENERCUBE™ integrates secure AI-ready infrastructure, governed onsite power, dynamic power assurance and liquid-cooling readiness into a repeatable deployment platform.
THE PLATFORM
Not a data center.
Not a power plant.
A governed infrastructure platform.
ENERCUBE™ is designed around the interdependence of power, secure AI infrastructure and cooling—not as three separate projects joined late in development.
One platform.Three integrated systems.One operating logic.
Separate governed infrastructure from customer compute.
Customer technology can evolve while the controlled physical platform remains useful.
Standardize the core increment, then adapt the site.
Use a consistent planning basis without pretending every location or customer is identical.
PLATFORM ARCHITECTURE
Three systems.
Engineered as one.
The suite order defines the platform. The energy pathway below explains how the systems operate together.
Secure AI infrastructure
EnerVault™
Secure, AI-ready compute infrastructure and the controlled physical environment for mission-critical AI workloads.
Onsite power + thermal architecture
EnerPure™
Governed, project-specific selection between co-equal PAFC electrochemical and thermo-mechanical microturbine CCHP pathways.
Power assurance + control
EnerAegis™
Power assurance, energy storage, electrical stability, dynamic response and control systems.
INTEGRATED CONTROL PLANEGeneration · storage · electrical distribution · load · cooling
CO-EQUAL ENERPURE™ PATHWAYS
Technology-flexible, not technology-agnostic. The project pathway is selected against reliability, dynamic response, thermal, permitting, supply-chain and financeability requirements.
ELECTROCHEMICALPAFC generation
Steady baseload operation, low local emissions and low water intensity.
THERMO-MECHANICALMicroturbine CCHP
Dynamic response, thermal recovery and absorption-chilling integration.
REFERENCE OPERATING PATH
Follow one unit of energy through the system.
ONSITE GENERATION01 / 05
EnerPure™INRegulated natural gas
OUTDedicated primary power
MODULAR BY DESIGN
One core increment.
Two reference configurations.
The platform begins with a consistent 6.25 MW IT increment and combines modules into 12.5 MW and 18.75 MW reference products.
SELECT A REFERENCE CONFIGURATION
REFERENCE PRODUCTENERCUBE™ 12.5
ENERVAULT™ MODULES2
REFERENCE IT CAPACITY12.5 MW
CORE PLANNING INCREMENT6.25 MW IT
Reference configurations are planning concepts. Final capacity, performance and equipment selections remain subject to customer requirements, vendor support, detailed engineering and site conditions.
WHERE THE PLATFORM FITS
Where AI growth meets physical infrastructure constraint.
ENERCUBE™ is designed for AI deployments that require greater control over delivery, resilience and thermal performance.
Lead with AI deployment and data-hall delivery.
Coordinate power, secure physical infrastructure and thermal readiness around high-density AI load requirements from the outset.
Govern the physical environment—not only the software.
Create a controlled infrastructure setting where security, resilience, jurisdiction and operational authority matter.
Place governed power beside the opportunity.
Support deployments where conventional utility delivery and interconnection cannot match the timing or density of demand.
THE ENERCUBE™ DIFFERENCE
Power, assurance, the AI data hall and cooling stop behaving like separate projects.
They become one governed infrastructure system.
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