Prime, dispatchable, behind-the-meter power under construction in Alberta.
Initial capacity delivering in 2026.
Up to 300MW Battery Storage | 50MW Solar Generation | 44+ Data Centre Halls | 180,000+ GPU Capacity
AHI delivers an integrated AI infrastructure platform powered by 250MW+ on-site prime energy, waterless high-density architecture, and flexible deployment models — Cloud, BYOC, and hyperscale.
Power delivery begins 2026.
Built for enterprise AI, sovereign workloads, and global hyperscalers demanding secure, scalable infrastructure.
On-site generation with grid import/export capability. Built for AI + hyperscale infrastructure reliability.
Integrated energy stack: Up to 300MW battery storage, 50MW solar, and dedicated backup systems.
Purpose-built infrastructure for hyperscalers, enterprise, and sovereign compute. Modular data centre halls with high-density AI capability. Custom power + advanced cooling environments.
No legacy constraints — built specifically for AI workloads. Flexible models: design-build, long-term land lease, or third-party development.
Modular 6–8MW deployments or fully custom hyperscale builds. Designed for AI, HPC, and enterprise compute workloads. Supports liquid immersion and direct-to-chip closed-loop cooling.
Flexible architecture for power density, cooling, and compute platforms. Scalable, repeatable infrastructure across a single integrated campus.
Built for hyperscale AI, sovereign compute, and enterprise workloads. Supports large-scale, single-tenant deployments (50MW+). Custom design-build infrastructure tailored to operator specifications.
Vendor-agnostic architecture (compute, cooling, network flexibility). Powered by a vertically integrated on-site energy platform.
Flexible models: managed GPU cloud, BYOC, or dedicated hyperscale deployments. Built to tenant-specific AI and compute requirements.
Vendor-agnostic architecture: NVIDIA, AMD, custom accelerators, next-generation AI hardware platforms. Supports multi-tenant or fully dedicated infrastructure environments.
Carrier-neutral architecture with multiple upstream providers. Scalable DWDM backbone (400G → 800G+). Dual-path, redundant connectivity for high availability.
Optimized for low-latency AI workloads and hyperscale interconnects.
Supports immersion and direct-to-chip liquid cooling architectures. Designed for high-density AI and GPU workloads. Operates within OEM-approved thermal parameters.
Maintains 3–5 year manufacturer warranty coverage. Enables higher density, efficiency, and stable performance without hardware risk.
High-efficiency infrastructure (PUE ~1.04). Supports waterless or ultra-low water cooling configurations. Eliminates reliance on traditional cooling towers.
Optimized for resilience, efficiency, and ESG performance. Aligned across both power and AI compute systems.
Supports NVIDIA, AMD, custom accelerators, and next-gen AI systems. Designed for multiple deployment models and hardware stacks. Compatible with immersion and direct-to-chip cooling architectures.
Adapts to hyperscaler-specific infrastructure requirements. Future-proof design as AI hardware continues to evolve.
Integrated energy and infrastructure capabilities powering next-generation AI workloads.
Unit Specifications
First Power. First AI Cluster. 2026.
AHI's sovereign AI campus comes online in Western Canada in 2026 — delivering secure, high-density compute with long-term expansion capacity.
Now advancing strategic partnerships with cloud and hyperscale operators securing prime footprint in Canada's next-generation AI infrastructure hub.
Purpose-built sovereign infrastructure supporting Canadian public and private workloads — and global AI operators securing trusted North American capacity.
Secure, Canadian-controlled infrastructure for federal, provincial, defence, and regulated public sector environments requiring data residency and compliance assurance.
AI and HPC capacity supporting universities, research institutions, and advanced innovation programs across Canada.
Strategic Canadian footprint with rapid deployment capacity for hyperscalers and cloud operators securing long-term sovereign expansion.
Flexible infrastructure for large enterprise and small-to-medium businesses deploying AI, analytics, and digital transformation workloads.
AI infrastructure designed for startups, enterprise, hyperscale, and sovereign workloads — with flexible cooling, transparent pricing, and scalable deployment options.
Sub-1MW to 6.5MW
Private, secure data halls
Designed for flexibility without long-term overcommitment.
6.5MW to 52MW
Fully private, secured data halls
Built for sustained, high-density AI operations.
52MW to 300MW+
Dedicated, fully private campus-scale data halls
Engineered for national, hyperscale, and mission-critical AI infrastructure.
Delivered through a network of leading infrastructure and cloud partners including Denvr DataWorks and other hyperscale, enterprise, and sovereign compute providers.
AHI partners with leading infrastructure, cloud, and AI compute operators to deploy high-performance data centre environments on the campus. Strategic partners such as Denvr DataWorks bring modular AI infrastructure and operational expertise, enabling hyperscale, enterprise, and sovereign compute deployments tailored to modern GPU workloads.
AHI provides the land, power, connectivity, and infrastructure platform enabling multiple AI infrastructure operators to deploy on the campus.
Material AI compute capacity online in as little as 6 months — versus 24+ months for traditional data center builds.
Full Liquid Immersion or Direct-to-Chip cooling engineered for high-density GPU environments with preserved manufacturer warranties.
Advanced liquid cooling and integrated power optimization deliver industry-leading efficiency for AI workloads.
Modular architecture requires significantly less land per MW than traditional air-cooled facilities — enabling dense, scalable deployments.
Denvr DataWorks | Cloud Providers | HPC Operators | Enterprise AI Platforms
250 MW of proven cogeneration, 300 MW of battery resilience, and 50 MW of solar integration—enabling carbon-efficient, waterless AI compute with 99.99% uptime resilience. Hydrogen-ready infrastructure ensures long-term carbon-capture integration through Energy Haven and Havenz Carbon Terminal.
250 MW
Rolls-Royce MTU hydrogen-capable
300 MW
Grid stabilization & peak load
50 MW
Clean energy supplement
Future
Carbon-neutral transition path
Phased deployment of resilient, on-site energy systems ensuring reliable AI infrastructure operations while advancing toward lower-carbon energy solutions.
Phase 1
Initial 10 MW of on-site generation operational by October 2026, establishing the foundation for independent, high-reliability compute infrastructure. Power capacity will scale beyond 240 MW over the following 3–5 years through modular engine deployment, enabling continuous expansion of the AI campus.
Phase 2
Utility-scale battery energy storage systems (BESS) supporting grid stabilization, peak load management, and emergency resilience. The battery platform enhances operational reliability and enables energy arbitrage while supporting 99.99% uptime for AI infrastructure.
Phase 3
Deployment of 50 MW of solar generation to supplement on-site energy production and further reduce carbon intensity while supporting long-term ESG objectives. Solar generation provides clean energy contribution to the campus while integrating with the battery and generation systems.
Phase 4
Advancing long-term hydrogen readiness and carbon reduction strategies, including hydrogen blending capability and potential carbon capture integration. These initiatives support the progressive reduction of greenhouse gas emissions while maintaining reliable, dispatchable energy supply for the campus.
Located 3 km from the QEII Highway between Calgary and Edmonton, AHI combines geographic advantage with direct access to Alberta's power, hydrogen, and fiber networks. The perfect intersection point for North American AI infrastructure.
Red Deer represents the optimal intersection point for North American AI infrastructure—equidistant between Calgary's tech ecosystem and Edmonton's energy innovation hub. Direct access to major transmission infrastructure, fiber networks, hydrogen distribution, and transportation routes positions AHI as the strategic nexus for Canada's sovereign AI movement.
Between Major Tech Hubs
Calgary & Edmonton gateway
Direct Highway Access
QEII Highway 3 km away
International Airport
Calgary + Edmonton access
Rail & Transport Hub
Major freight network
Power Infrastructure
Direct transmission access with 1 GW+ generation capacity on-site
Alberta's most advanced energy corridor
Fiber Connectivity
Multiple redundant fiber routes with ultra-low latency peering
Tier-1 network hub connectivity
Logistics Access
Major rail, highway, and transportation corridor junction
North American supply chain gateway
Regulatory & Tax Advantage
Alberta's Most Competitive AI Jurisdiction
5% provincial tax, no PST, business-friendly regulatory environment
Data Centre Levy Mitigation
Structurally Optimized Power Model
Behind-the-fence generation reduces exposure to Alberta's ≥75MW Data Centre Levy
Strategic Corridor Access
Talent, Security & Market Reach
4.5M people within 100 miles + 19-minute RCMP proximity
Low-Risk Operating Environment
Stable, Resilient Jurisdiction
No flood zone, no hurricane exposure, politically stable province
GGA Architecture
Energy Haven
Denvr Dataworks
TELUS
Samsung
M3 Development
Lionstooth Energy
Full Spectrum Energy
Chandos Construction
Volker Stevin
ISL Engineering
Havenz Smart Communities
Turning Stone Capital
Red Deer County
Invest Alberta
Western Canada Data Centre Alliance