Reliable, High-Capacity
Power.
Robust power infrastructure engineered for zero-downtime operations — from 10MW deployments to gigawatt-scale campus programs.
Overview
Power Built for AI at Scale
Reliable power is the foundation of any critical data center operation. ORATIL’s power infrastructure solutions are designed to deliver the capacity, redundancy, and reliability that AI workloads and hyperscale operations demand — from initial grid connection through to in-rack power delivery.
Our engineering team brings deep expertise in high-voltage power systems, renewable energy integration, and the specific power density requirements of modern AI and GPU compute environments.
Utility Engagement & Power Procurement
Direct utility engagement and strategic power procurement — securing grid connections, independent utility feeds and the scalable power capacity that large-scale AI campuses require.
Renewable Energy Integration
Integrated renewable energy solutions including solar, wind, and battery storage to support sustainability targets.
High-Density Power Distribution
Advanced power distribution infrastructure supporting high-density AI and GPU rack configurations.
UPS & Generation Backup
Industrial UPS systems and diesel generation providing complete protection against grid outages.
Specifications
What’s Included
Capacity Range
Power infrastructure solutions scalable from 10MW initial deployments to full gigawatt-scale campus programs.
Redundancy
Full 2N power redundancy available, ensuring no single point of failure across the entire power chain.
Renewable
Infrastructure designed to integrate renewable energy sources, supporting net-zero carbon targets.
PUE Target
Advanced power and cooling optimization engineered for AI workloads.
Voltage
Complete power chain management from high-voltage grid connection to low-voltage rack delivery.
Monitoring
Comprehensive real-time monitoring and management across all power and cooling infrastructure.
Discuss Your Power Requirements
Connect with our team to discuss your specific requirements.
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