By submitting this form, you agree to be contacted regarding your inquiry.
Sovereign-Ready Environments
From high-density compute environments and modular infrastructure to sovereign AI systems, exchange architecture, and benchmark pricing, PetroCompute is being developed as a multi-layer platform for the next era.
Explore the Infrastructure Layers of PetroCompute
platform architecture
A benchmark for AI pricing shaped by infrastructure and market conditions.
Explore →
Index
A market layer for AI compute where capacity is structured and coordinated.
Explore →
Compute Exchange
Regional AI capability built on secure infrastructure and jurisdictional control.
Explore →
Sovereign AI
Next-generation data storage concepts extending resilience beyond Earth.
Explore →
Space Data Storage
Modular infrastructure systems engineered for fast deployment and scalable compute expansion.
Explore →
Modflex
High-density data center capacity designed for large-scale AI workloads and regional deployment.
Explore →
Compute
The Gulf doesn't just supply AI compute. It prices it.
AI Factories Engineered for Density and Performance
High-Density Racks
50–140 kW per rack; up to 150 kW Peak load. Designed to go up to 300 kW making it Future ready.
Power Envelope
0.5–5 MW per module within a compact footprint, with built-in scalability.
Rapid Deployment
16 to 36 weeks from design agreement to RFS.
Standards-Compliant
Tier III-ready, vendor-agnostic, globally compatible. With Option for a non-critical setup.
Cooling Architecture
Direct-to-Chip Liquid Cooling (DLC)
- Cold plate loops mounted directly to GPU/CPU dies
- Supports thermal loads >100 kW per rack
- Low Delta T and thermal resistance, ensuring minimal energy loss
- Circulated via cooling distribution units (CDUs)
Rear Door Heat Exchangers (RDHx)
- Rack-mounted liquid-to-air exchangers
- Removes the 5- 20% residual heat post-DLC
- Passive/active failover to ensure thermal protection during component failure
Chiller/Drycooler Strategy
- Hybrid N+1 architecture (chillers + drycoolers)
- Grundfos VFD pumps ensure stable flow and hydraulic balance
- Adiabatic option: Enables PUE reduction in moderate climates
This is our base model, engineered to deliver up to 5 MW of compute power. It supports up to 36 air-cooled 19-inch racks, all equipped with high-efficiency Rear Door Heat Exchangers to ensure optimal thermal management. All of this starting from a 416m² footprint (32-13m)
Built to meet Tier III standards, this model offers exceptional reliability and uptime and can be upgraded to Tier IV for even greater fault tolerance and resilience.
Designed with scalability in mind, it enables seamless, uninterrupted expansion as your needs grow, forming the foundation for a 20 MW+ AI campus.
Built to meet Tier III standards, this model offers exceptional reliability and uptime and can be upgraded to Tier IV for even greater fault tolerance and resilience.
Designed with scalability in mind, it enables seamless, uninterrupted expansion as your needs grow, forming the foundation for a 20 MW+ AI campus.
Modflex
UPS A&B room
Generator Room
From 26 to 36 Racks
Technical/ service walkway
Scalable power pod A feed
Scalable power pod B feed
Client walkway
Argonite based fire detection/extinguishing system
Key Features:
- Standard: Build to a TIER III/IV design
- Modular Architecture: Scalable from 1 MW to 20 MW
- Rack Capacity: 26–36 racks per module
- Power System: Dual scalable power pods (A & B feeds), UPS- backed
- Fire Protection: Argonite-based detection and suppression
- Purpose: Rapid, turnkey AI infrastructure with integrated compute
- Deployment Time: 24 weeks
Modflex
