A Fully Integrated Infrastructure Ecosystem
AHI is not a standalone data centre. It is a vertically integrated AI infrastructure platform designed to deliver secure, reliable, sovereign compute capacity.
The platform integrates:
Controlled Industrial Land
119-acre master-planned campus with expansion capability to 500+ acres.
Permitted On-Site Prime Power
Up to 250 MW+ of behind-the-meter natural gas generation with hydrogen-ready engines.
138 kV Grid Interconnection
Secured interconnection with 150 MW export and 11 MW import capacity.
Battery and Solar Integration
300 MW BESS and 50 MW solar for renewable integration and grid balancing.
Modular AI Infrastructure
Up to 44 MSCs deployable in 20-24 weeks, each delivering 6.5 MW IT load.
Advanced Networking
Enterprise fiber connectivity with low-latency routes to major hubs.
Smart Campus Management
Real-time monitoring powered by Havenz Tech IoT platform.
Every layer is engineered to work together — reducing execution risk, eliminating power uncertainty, and accelerating time to market.
Platform Advantages
Single Point of Accountability
Unified management across all infrastructure layers eliminates coordination challenges.
Streamlined Permitting
Consolidated regulatory coordination reduces bureaucratic delays and accelerates deployment.
Optimized Energy Dispatch
Intelligent load management maximizes efficiency and minimizes operational costs.
Reduced Development Risk
Pre-permitted infrastructure and proven modular design minimize capital exposure.
1 GW Scalable Architecture
Purpose-built pathline for hyperscale expansion without redesign or re-permitting.
Sovereign Infrastructure Control
Canadian-owned and operated platform ensuring data sovereignty and regulatory compliance.
Purpose-Built For
Sovereign AI Workloads
Canadian data residency with full regulatory compliance
GPU Cloud Providers
Dedicated capacity with predictable long-term pricing
Hyperscale Deployments
Multi-MW blocks with rapid deployment capability
Industrial AI Applications
Enterprise-grade reliability for mission-critical systems
Controlled Campus Development
The AHI campus is purpose-built to support energy-intensive AI and industrial operations with long-term expansion capacity.
- 119-acre master-planned innovation campus
- Expandable to 500+ acres
- Industrial zoning secured
- Designed for high-density power users
- Modular build strategy (Design Once, Build Many)
- Strategic location in Central Alberta
Expandable to 1 GW Infrastructure Capacity
250 MW+ On-Site Prime Power
300MW Battery | 50MW Solar | 250+MW On-Site Backup
Expandable to 1 GW
99.99%
uptime
N+1
redundancy
Industrial
grade reliability
Grid
optionality
Key Metrics:
- Up to 250 MW+ prime power (Phase build-out)
- Pathline to 1 GW
- Modular 10 MW engine architecture
- Hydrogen-ready reciprocating engines
- Integrated heat recovery
This architecture ensures excess generation capacity is always deployed ahead of load growth.
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Powered by Natrogen™
Natrogen™ is AHI's proprietary AI-optimized transitional fuel platform.
It dynamically optimizes blended fuel inputs — including natural gas, hydrogen, and renewable gas — to improve efficiency and reduce carbon intensity.
Platform Advantages
AHI is engineered to evolve with the energy transition while maintaining reliability and cost discipline.
138 kV Transmission Interconnection
AHI is interconnected to Alberta's transmission network through a dedicated 138 kV transmission connection, enabling grid participation, energy optimization, and long-term scalability for high-density AI infrastructure.
The project has advanced to Stage 3 of the AESO interconnection process, with the Generating Unit Owner's Contribution (GUOC) posted, demonstrating secured progress through Alberta's transmission approval framework.
Capacity
- 150 MW export capability
- 11 MW import capability
- Ability to increase import capacity up to 150 MW (subject to approvals)
This Structure Provides
- Export monetization
- Import redundancy
- Market participation
- Ancillary service optimization via battery integration
- Microgrid balancing and intelligent load shedding for AI infrastructure
Strategic Advantage
Secured transmission interconnection significantly reduces development risk and enables accelerated deployment of large-scale AI infrastructure.
Integrated Storage & Renewable Integration
AHI integrates energy storage and solar generation to enhance reliability and grid optimization.
Battery Storage
- Up to 300 MW capacity
- Ancillary services participation
- Load balancing & arbitrage
Solar Generation
- Up to 50 MW campus solar
- ESG enhancement
- Reduced daytime marginal cost
Storage and solar are integrated into the campus dispatch strategy.
Scalable AI Infrastructure
AHI supports modular AI deployment across up to 44 MSC clusters.
Reference Module:
Deployment Models:
Bring Your Own Compute (BYOC)
For GPU fleet owners and AI enterprises requiring sovereign control.
Managed AI Cloud
Delivered in partnership with Denvr DataWorks.
Enterprise pricing available upon request.
A New Infrastructure Model
| Traditional Data Centre | AHI Platform |
|---|---|
Grid-dependent | On-site prime power |
Utility interconnection delays | Interconnection secured |
Exposure to power volatility | Behind-the-meter generation |
Limited expansion flexibility | 1 GW scalable pathline |
No integrated heat recovery | CHP integration |
No energy market participation | Export & battery monetization |
AHI is built as infrastructure — not speculative real estate.
Platform Metrics
250 MW
Prime Power (Initial Build-Out)
1 GW
Pathline Expansion
150 MW
Grid Export
11 MW
Grid Import
300 MW
Battery Integration
50 MW
Solar
44
Modular AI Clusters
Site Map
Hover over markers to explore infrastructure zones
West Campus Data Centres
West Campus Data Centres with multiple data centre buildings arranged in rows along Blindman Drive and adjacent to a 20' High Conc. Sound Wall.
Main Campus Data Centres
Main Campus Data Centres with multiple data centre buildings arranged in a grid layout.
East Campus Data Centres
East Campus Data Centres with multiple data centre buildings arranged in rows.
East Campus Data Centres Expansion
East Campus Data Centres Expansion designated for additional data centre buildings.
South Campus Data Centres
South Campus Data Centres with multiple data centre buildings arranged in rows.
Water Storage Pond Area
Water Storage Pond Area 200,203.96 sf (18,604.3 m²) and Line of 5.2m Road Widening.
The Heart / Campus Welcome Centre
The Heart and Campus Welcome Centre with adjacent parking and internal roads.