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Industrial Power. Enterprise Data. One Integrated Platform.

Sonamu designs, develops, and operates utility-grade data centers engineered for AI, HPC, and digital asset workloads—combining industrial power discipline with enterprise reliability, security, and scale.

Purpose & Positioning

Design Principles
Reference Architecture
Connectivity & Security
Operations & SLAs
Scalability Models
Uptime (target)
99.98%
PUE (design target)
<1.35
MW Available
300MW

From Megawatts to Mission-Critical

Our data centers convert large-capacity power into high-density, low-PUE compute with the governance and SLAs institutional clients expect. Built on pre-permitted, grid-connected sites, Sonamu facilities compress timelines and de-risk deployment.

Highlights

  • Built for AI/HPC, blockchain, and enterprise cloud

  • Rapid energization on pre-permitted power footprints

  • Consistent PUE < 1.35 targets with redundant, serviceable designs

Sonamu Energy - Data Center Infrastructure

Power-to-Compute Flow

Utility power enters, is conditioned and distributed, then converted into high-density compute inside modular pods—delivered securely over the core network to client workloads.

Power Intake Grid • Substation Condition & Distribution Switchgear • RMU • UPS (if req.) Compute Pods GPU/ASIC • Liquid/Immersion Core Network 25/40/100/400G, Segmented Client Apps AI • HPC • Enterprise Intake: 13.8–138kV 415/240V • Curtailment Ctrl PUE < 1.35 • N/N+1 cooling Redundant paths • QoS SLAs • Reporting Intake Condition & Distribute Compute Network Deliver
Sonamu Energy - Data Center Infrastructure

Reliability by Design. Efficiency by Default.

  • Modularity: containerized or hall-based blocks (10–30MW pods) enable phased growth.

  • Cooling Intelligence: liquid & immersion for GPU/ASIC; hot-aisle containment for mixed racks.

  • Power Integrity: N/N+1 topologies; smart switchgear; automated transfer & isolation.

  • Observability: SCADA + OT/IT telemetry; real-time power, thermal, and capacity analytics.

  • Maintainability: clear service corridors, hot-swap loops, and standardized MOP/SOP/EOP.

Traditional Data Center vs. Sonamu HCC Environment

Lower PUE. Higher uptime. Greater scalability. A side-by-side snapshot of operational efficiency and capacity growth.

Traditional Data Center

Conventional air-cooled design, slower to scale, higher overhead.

PUE
1.70–2.0
Uptime
≈ 99.9%
Scalability
Pod 5–10 MW

Sonamu HCC Environment

High-density, liquid/immersion cooling with integrated power strategy.

PUE
< 1.35
Uptime
≈ 99.98%
Scalability
Pod 10–30+ MW

Tiered, High-Density, Fiber-Rich.

  • Power: dedicated substation or dedicated feeders; 13.8–138kV intake, step-down, ring main.

  • Distribution: 415V or 240V rack feeds; busway; per-pod meters & curtailment control.

  • Cooling: immersion skids, CDU/plate exchangers, and DX/evap assist where climate-advantaged.

  • Density: 10–35 kW/rack (air), 30–100+ kW/rack (liquid/immersion).

  • Networking: carrier-neutral, diverse fiber entrances; 25/40/100/400G options; segmented core/edge.

Sonamu Energy - Data Center Infrastructure
Sonamu Energy - Data Center Infrastructure

Carrier Choice, Segmented Fabrics, Audited Controls.

  • Connectivity: diverse paths, on-net carriers, cloud on-ramps, private wave options.

  • Segmentation: tenant L2/L3 isolation, micro-segmented mgmt networks, out-of-band access.

  • Physical Security: multi-factor access, mantraps, segmented cages/halls, CCTV with retention.

  • Compliance-ready: support for SOC 2, ISO 27001, and client-driven control mapping.

Institutional Operations, Measurable Outcomes.

  • Uptime Target: 99.98% with N/N+1 (or better) power & cooling.

  • Monitoring: 24×7 NOC; predictive maintenance; automated runbooks.

  • Energy Strategy: ERCOT/market integration for cost control and demand response revenue.

  • Reporting: monthly service reports; capacity & efficiency dashboards.

“We run utility-scale infrastructure with enterprise discipline.”

Sonamu Energy - Data Center Infrastructure
Sonamu Energy - Data Center Infrastructure

Choose Your Path to Capacity.

  • Colocation (Cages/Racks): rapid start, shared MEP, metered power.

  • Dedicated Halls: 5–20MW private halls; tailored density & security.

  • Powered Shell: Sonamu delivers the power & envelope; you fit out white space.

  • Build-to-Suit: fully bespoke design, delivered on Sonamu’s grid-connected land.

Performance Targets (Typical)

Metric Target
PUE (design) < 1.35
Rack Density 30–100+ kW (liquid/immersion)
Uptime 99.98%
Expansion Blocks 10–30MW pods
Deployment 12–18 months (acquire → operate)
Sonamu Energy - Data Center Infrastructure

Sustainability, Pragmatically

Efficiency is sustainability. We prioritize thermally efficient designs, adaptive load, and climate-advantaged sites—blending renewables when it strengthens commercial viability and long-term reliability.