Explore the Agenda

9:00 am Check-In, Registration & Breakfast

Workshop A

10:00 am Navigating Power Constraints, Utility Coordination & Interim Energy Strategies to De-Risk Data Centre Delivery in Canada

Vice President, Mulvey & Banani

This workshop will gather experts to discuss:

  • Assessing how grid constraints, utility allocation, and AI-driven demand impact project timelines and delivery certainty across Canadian data centre developments
  • Identifying how transmission, substation, and utility upgrade limitations create downstream risks across project stakeholders and how to align plans accordingly
  • Evaluating interim and backup power strategies (gas, diesel, hybrid) to maintain project momentum and reduce delayed utility energization

12:00 pm Networking Lunch Break

Workshop B

1:00 pm Scaling Grid Access Through Utility & Regulatory Collaboration to Enable Faster Data Centre Power Connection

Chief Operating Officer and Executive Vice President, Markets & Reliability, Ieso, LLC

This workshop will gather experts to discuss:

  • Engaging with provincial utilities, grid operators, and regulators to understand approval pathways and how power allocation decisions are made for large-scale data centre loads
  • Harnessing stakeholder collaboration to navigate permitting, connection approvals, and sequencing constraints that impact how and when grid power can be secured
  • Aligning with utility and regulatory stakeholders on power availability timelines and connection feasibility to support realistic delivery expectations

Workshop C

3:30 pm Refreshments & Networking

3:30 pm Exploring Alternative Power Generation Models to Enable Independent Data Centre Energy Supply, Reducing Carbon Reliance & Grid Dependency

This workshop will gather experts to discuss:

  • Evaluating when on-site and hybrid generation becomes necessary due to grid limitations, remote site conditions, sustainability requirements, and long energisation timelines
  • Comparing regional alternative power options (hydro, gas, nuclear) to determine viability across different Canadian provinces
  • Assessing how state carbon policy, fuel availability, and environmental constraints influence the feasibility of different generation approaches across Canadian regions
  • Balancing the trade-offs between reliability, scalability, and regulatory acceptance when considering alternative energy strategies