Engineering blueprint & technical data package. A factory-built, renewable-integrated, quantum-resistant AI infrastructure platform, engineered for sovereign deployment.
Factory-integrated modular units. Interlocked containers form a scalable, self-sufficient AI micro-datacenter.
General compute, storage, and network core
Houses the sovereign compute and archival layer for the site. Populated with dual-socket EPYC / Xeon nodes, NVMe hot tier, and object-storage HDD tier. Serves as the S3-compatible landing zone for all client workloads and the anchor for Meridian's replication mesh.
GPU / accelerator-dense supercomputer
Purpose-built for training and inference at rack-scale. Direct-liquid-cooled GB300 NVL72 and MI400X trays share a 45 °C secondary loop. Fabric is 800 GbE leaf-spine with InfiniBand XDR option for tightly-coupled HPC.
Medium-voltage transformer and switchgear
Terminates the 25 kV utility feed, steps down through a dry-type transformer, and distributes through arc-flash-rated switchgear. Includes automatic transfer switch, protective relaying, and metering for utility, generator, and microgrid sources.
Li-ion BESS with microgrid interface
Provides ride-through, peak-shaving, and full islanding capability. Lithium iron phosphate cells with liquid-cooled racks and integrated fire suppression. Bidirectional inverters interface directly with the microgrid controller for renewable smoothing.
Direct liquid cooling and free-cooling loop
Hybrid thermal plant with N+1 magnetic-bearing chillers, dry-cooler economizers, and plate-and-frame heat exchangers. Primary loop delivers 45 °C supply to compute; secondary loop supports heat reuse for adjacent facilities.
Fiber POP and edge routing
Diverse-path fiber entry consolidates into carrier-grade core routers with BGP peering to multiple ISPs. Segmentation, DDoS scrubbing, and SD-WAN edge live here, along with the tenant-facing service router for private connectivity.
Access control and surveillance hub
Central node for physical security: mantrap access, biometric readers, LiDAR + thermal perimeter, and AI-fused video analytics. Tamper sensors on every container flow into the same SIEM as network telemetry.
Photovoltaic generation with tracking
Bifacial modules on single-axis trackers with MLPE monitoring at string level. DC-coupled into the BESS for maximum round-trip efficiency and dispatchable renewable output when insolation exceeds site load.
SCADA-integrated utility-scale generation
Class II turbine coupled through a dedicated transformer and protection relays. SCADA telemetry integrates with the microgrid controller for real-time dispatch, curtailment, and predictive maintenance.
Dual-path diverse carrier entry
Two physically diverse fiber conduits enter opposite sides of the site, terminating in separate hardened MPOEs. Prevents single-point-of-failure fiber cuts and enables active-active carrier bonding.
25 kV medium-voltage utility feed
Primary source of grid power with dual-feed configuration from separate substations where available. Fully synchronized with on-site renewables and BESS through the microgrid controller for seamless bidirectional flow.
Aurora AI-Ops observability plane
Off-site NOC running Meridian's Aurora AI-Ops platform. Streams telemetry from every subsystem — power, thermal, network, security, renewables — with predictive maintenance, anomaly detection, and closed-loop remediation.
Plan view · North orientation up. Perimeter, generation, containers, and utility routing shown at 1:200.
All dimensions in millimetres unless otherwise stated. Cable trenches, cooling piping, MV routing and grounding shown.
Exploded assembly. Modules mechanically lock and share power bus, cooling manifold, fiber backbone and water loop.
ISO 1161 rated mechanical lock, quad corner engagement.
Insulated 1600A busway, hot-swap tap-off units.
DN150 supply/return with dry-break couplers.
144-strand MPO trunk between modules.
Closed 30% glycol, dielectric secondary loop.
Blind-flanged for 8→16 module future add.
12 rack elevation, hot aisle containment, N+1 CRAH, dual PDU per rack.
Example rack elevation for NVIDIA GB300 / AMD MI400 class deployments with liquid cooling manifolds.
Hybrid architecture: DLC primary + free-cooling economizer. N+1 chillers, redundant pumps, expansion tanks.
25 kV utility feed through 2N distribution to rack. Generator + BESS provide autonomous islanding.
Microgrid architecture. Wind + solar + BESS orchestrated for continuous carbon-negative operation.
Bifacial modules on single-axis tracker. String-level MLPE monitoring.
Class II utility-scale turbine coupled to microgrid via SCADA and protection relays.
Dual-path diverse fiber POP. Quantum-security appliance sits at trust boundary.
Post-quantum cryptography, quantum key distribution ready, hardware root of trust across the stack.
Defense-in-depth from perimeter to rack. AI-fused sensor stack.
Live telemetry from every subsystem. Predictive maintenance and carbon accounting integrated.
Linear scale-out. Every module carries interlock, power bus, and fiber trunk. 1 → campus.
Reference configuration. Custom builds available on request.
| Footprint | 42 m × 28 m (base module) |
| Container Dimensions | 12,192 × 2,438 × 2,896 mm |
| Container Weight | 24,000 kg (populated) |
| Rack Count | 12 per IT container · up to 96 per site |
| GPU Capacity | Up to 864 GB300-class accelerators / site |
| CPU Capacity | Up to 1,536 Grace / EPYC nodes |
| Storage | 10 PB usable NVMe · 100 PB HDD tier |
| Cooling | Direct Liquid Cooling + Free Cooling |
| Redundancy | N+1 mechanical · 2N electrical |
| Wind Capacity | 3.6 MW nameplate |
| Solar Capacity | 2.0 MWp DC |
| Battery Capacity | 8 MWh / 4 MW BESS |
| Grid Input | 25 kV, 3-phase, dual feed |
| Power Usage Effectiveness (PUE) | 1.08 (design) |
| Availability | Tier III / IV configurable |
| Operating Temperature | -40 °C to +50 °C ambient |
| Certifications | ISO 27001 · SOC 2 · Uptime TIER · CSA |
Factory to go-live in under 6 months. Parallel civil, electrical, and network commissioning.
A sovereign infrastructure fabric bridging cloud, edge, and mission-critical workloads.