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IREN Prince George: Prince George Data Center

IREN Prince George Prince George Data Center is located at 1144 Crocker Road, Prince George, BC V2N 6S5, 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 Prince George Data Center

The Prince George Data Center is a large-scale, high-performance computing facility operated by IREN (Iris Energy) in Prince George, British Columbia. Purpose-built for energy-intensive digital infrastructure, the campus is strategically located in a region known for abundant, low-cost renewable hydroelectric power and a cool climate ideal for efficient thermal management.

Prince George serves as one of IREN’s flagship North American locations, supporting high-density compute deployments with direct access to renewable energy resources. The region’s established transmission infrastructure and proximity to major power generation assets provide a stable, scalable foundation for long-term digital infrastructure growth.

Designed for hyperscale compute workloads, the campus emphasizes operational efficiency, sustainability, and resilient power architecture, aligning with IREN’s strategy of colocating infrastructure near renewable energy sources.

⚙️ Facility Highlights

  1. Located in Prince George, British Columbia
  2. Purpose-built for high-performance and energy-intensive compute workloads
  3. Direct access to abundant renewable hydroelectric power
  4. Scalable campus design supporting phased expansion
  5. Optimized for high-density computing environments
  6. Integrated with IREN’s global high-performance infrastructure platform

🔌 Power Infrastructure

  1. Powered by renewable hydroelectric energy from British Columbia’s grid
  2. Direct interconnection to high-voltage transmission infrastructure
  3. Designed for large-scale, high-capacity deployments
  4. Redundant electrical systems supporting operational resilience
  5. Built to support continuous, energy-intensive workloads

❄️ Cooling Infrastructure

  1. Designed for efficient thermal management in a cool northern climate
  2. Air-cooled architecture optimized for high-density environments
  3. Engineered for energy efficiency and reduced environmental impact
  4. Environmental monitoring to maintain optimal operational conditions

🌐 Connectivity & Network

  1. High-capacity fiber connectivity serving Western Canada
  2. Low-latency routes to major Canadian and U.S. network hubs
  3. Designed to support large-scale compute and data-intensive operations
  4. Secure, dedicated networking architecture

🔐 Security

  1. 24/7 monitored facility
  2. Controlled site access with perimeter security measures
  3. CCTV monitoring across critical infrastructure zones
  4. Operational controls designed for mission-critical infrastructure

🌱 Sustainability

  1. Powered primarily by renewable hydroelectric energy
  2. Focus on low carbon intensity operations
  3. Efficient cooling supported by regional climate conditions
  4. Designed to align with long-term sustainable digital infrastructure development

💼 Who It Serves

  1. High-performance computing operators
  2. AI and GPU-intensive workloads
  3. Blockchain and energy-intensive digital infrastructure
  4. Organizations seeking renewable-powered compute capacity
  5. Enterprises requiring scalable, large-load infrastructure in Canada