Digital Energy / Pillar 04
Digital infrastructure & data center energy
Dedicated SMR-backed energy, cyber telemetry, and thermal reuse to keep AI and sovereign clouds online. Built for latency-sensitive workloads and national resilience.
PUE impact
1.1-1.2 heat reuse
Interconnect
Dedicated + islanded
Ramp
<60s to +30%
Security
Zero-trust / Q-ready
SMR-backed baseload
Dedicated SMR blocks with N+2 redundancy, microgrid islanding, and black-start so AI campuses ride through grid events.
Zero-trust OT + telemetry
Air-gapped command, hardware roots of trust, quantum-ready crypto, and AI anomaly detection across OT/IT.
Thermal reuse + water
Heat recovery for district networks and absorption chilling; water stewardship with dry or hybrid cooling for arid sites.
Latency-aware siting
Campus, edge, and sovereign cloud footprints with modular interconnect and fiber-aware layouts.
Construction velocity
Factory-built modules, pre-permitted playbooks, and civil scopes staged to keep servers online during expansion.
Programs
Delivery tracks
Blueprints for hyperscale, sovereign cloud, edge, and port or industrial zones.
Hyperscale + AI campuses
SMR-backed campuses with PUE-optimized heat reuse, battery buffers, and interconnect tailored to GPU/quantum growth.
Sovereign cloud and defense
Air-gapped OT, EMP-aware designs, and sovereign command centers with continuous compliance telemetry.
Edge, telco, media
Distributed micro-reactors with microgrids for low-latency workloads, CDN edges, and 5G core sites.
Ports and industrial zones
Islanded power for ports, logistics hubs, and industrial parks with hydrogen-ready heat and shore power.
SLAs
Engineered for AI-grade uptime
Electrical, cyber, and thermal guarantees backed by modular redundancy.
Uptime SLA
99.99%
Dual-feed architecture, N+2 backup, and predictive maintenance.
Cyber posture
Zero-trust / Q-ready
Hardware keys, encrypted telemetry, and red-team tested OT.
Ramp response
< 60s to +30% load
Fast ramp to absorb AI spikes and grid events.
Deployment
18-24 months
Factory modules plus pre-permitted siting where available.
Detailed scope
What an AI-ready energy platform includes
Hardened, continuous power with cyber-secure telemetry, thermal management, and siting strategies for hyperscale, sovereign, and edge clouds.
Power architecture
- SMR-backed primary with N+2 redundancy, islanding, and black-start.
- Microgrid controls, UPS layers, and fast ramp for AI workload spikes.
- Dedicated interconnect with grid services revenue where applicable.
Cyber + telemetry
- Zero-trust OT, quantum-ready encryption, and hardware keys on control.
- Real-time anomaly detection across OT/IT, cooling, and facility systems.
- Compliance mapped to national security, sector, and cloud standards.
Thermal + siting
- Heat reuse for district networks, absorption cooling, and dehumidification.
- Water stewardship with dry/hybrid cooling options for arid or coastal sites.
- Latency-aware siting and edge footprints for sovereign and CDN workloads.
Assurance
Security, continuity, and commercial certainty
Governance, resilience, and commercial frameworks engineered to keep sovereign and hyperscale workloads online.
Cyber and compliance
- Zero-trust OT, hardware keys, and quantum-ready encryption on control and telemetry.
- Air-gapped command, red-team exercises, and regulator-ready cyber dossiers.
- Continuous monitoring mapped to national security and critical infrastructure standards.
Continuity and resilience
- N+2 redundancy, islanded microgrid modes, and black-start with generator and storage layers.
- Spare parts depots, OEM frameworks, and digital twins for predictive maintenance.
- Disaster playbooks, drills, and incident command spanning energy and facility ops.
Commercial readiness
- PPAs and capacity constructs tuned for hyperscale and sovereign clouds.
- Heat reuse revenue models, REC/attribute strategies, and tariff navigation.
- Phased buildouts that add capacity without disrupting live data halls.
Proof
Reference playbooks
Scenario-tested configurations adaptable to sovereign regulators, hyperscalers, and edge operators.
AI campus blueprint: 300 MWe SMR park with battery buffers, PUE 1.15, and heat export to district cooling.
Sovereign cloud reference: air-gapped command center with quantum-ready crypto and EMP-aware protections.
Edge cluster pilot: modular reactors + microgrids powering CDN/5G nodes with <20 ms latency targets.
Port and logistics node: islanded SMR block providing shore power, crane electrification, and hydrogen-ready heat.