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IREN Prince George: Canal Flats Data Center

IREN Prince George Canal Flats Data Center is located at 9018 Grainger Rd, Canal Flats, BC V0B 1B0, Canada. The gross building size for this location has not been provided. The gross colocation space is not available for this data center. No power information has been offered for this location. We found 0 data center locations within 50 miles of this facility. No certifications are specified for this location.
Technologies
IaaS

About Canal Flats Data Center

The Canal Flats Data Center, operated by IREN (Iris Energy), is a large-scale, renewable-powered infrastructure facility located in Canal Flats, British Columbia. Designed to support high-performance compute (HPC), AI workloads, and energy-intensive digital infrastructure, the site leverages British Columbia’s abundant hydroelectric power resources to deliver sustainable, cost-effective operations.

Strategically positioned in southeastern British Columbia, the Canal Flats facility benefits from access to low-carbon, grid-connected hydroelectric energy, cool climate conditions, and stable regulatory frameworks. As part of IREN’s broader Canadian portfolio — including Prince George operations — the site is purpose-built for hyperscale compute environments requiring high-density power delivery and efficient thermal management.

The facility is engineered to support large-scale deployments, offering scalable capacity aligned with AI, blockchain infrastructure, and next-generation compute demands.

⚙️ Facility Highlights

  1. Located in Canal Flats, British Columbia
  2. Powered primarily by renewable hydroelectric energy
  3. Designed for high-performance compute (HPC) and AI workloads
  4. Scalable, modular infrastructure architecture
  5. Energy-optimized design aligned with sustainability objectives
  6. Part of IREN’s Canadian data center footprint

🔌 Power Infrastructure

  1. Direct access to British Columbia’s hydroelectric power grid
  2. High-capacity electrical infrastructure designed for energy-intensive workloads
  3. Redundant distribution architecture supporting operational resilience
  4. Focus on low-carbon power sourcing and long-term energy contracts

❄️ Cooling Infrastructure

  1. Designed to leverage the region’s naturally cool climate
  2. High-efficiency air-based cooling architecture
  3. Optimized airflow management for dense compute environments
  4. Infrastructure engineered for sustained high-load operation

🌐 Connectivity & Network Access

  1. Fiber connectivity supporting large-scale data throughput
  2. Integration with regional and national telecom providers
  3. Designed for high-bandwidth, low-latency compute operations
  4. Suitable for distributed compute and edge-aligned deployments

🔐 Security

  1. Controlled site access with monitored entry points
  2. Perimeter fencing and surveillance systems
  3. 24/7 operational monitoring
  4. Secure infrastructure aligned with enterprise-grade standards

💼 Who It Serves

  1. AI and machine learning infrastructure providers
  2. High-performance computing (HPC) operators
  3. Blockchain and digital asset infrastructure deployments
  4. Enterprises requiring renewable-powered compute capacity
  5. Organizations prioritizing sustainability and energy efficiency