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Alberta's Electrifying Future How AI and Cloud Computing are Shaping the Power Industry - 8760 Expert view

  • Writer: IT Admin 8760
    IT Admin 8760
  • Nov 24
  • 3 min read

Artificial intelligence and cloud computing have transformed many industries, but their rapid growth also creates new demands for electricity. The surge in data centres and AI projects requires vast amounts of power, challenging electricity grids worldwide. Alberta, with its unique energy market and resources, stands out as a promising location to meet these demands while offering opportunities for economic growth.


High angle view of a natural gas power plant surrounded by open land in Alberta
Natural gas power plant in Alberta providing electricity for data centres

Alberta’s Energy Market and Its Appeal for Large Technology Projects


Alberta’s electricity market is deregulated, allowing for competitive pricing and flexible arrangements. This feature attracts large commercial energy consumers, including data centres and AI facilities, which require reliable and cost-effective power. The province’s abundant natural gas supply supports steady base load generation, essential for continuous operation of these technology hubs.


The cooler climate in Alberta reduces the cooling expenses for computer equipment, a significant factor in managing the 8760 expense management—the total cost of running equipment 24/7 throughout the year. Additionally, Alberta offers ample land and strong fibre network connectivity, making it easier to build and operate large-scale data centres.


The Scale of Electricity Demand from AI and Cloud Computing


The Alberta Electric System Operator (AESO) currently manages a connection queue with approximately 16,000 MW of large load projects, mostly data centres. To put this in perspective:


  • Alberta’s average electricity load is about 10,000 MW

  • Peak load reaches around 12,000 MW

  • The City of Edmonton’s average load is roughly 1,400 MW


This means the potential demand from AI and cloud computing projects could exceed the province’s current average load, signalling a massive shift in electricity consumption patterns.


Challenges of Integrating Large Loads into the Grid


Despite the opportunities, integrating these large electricity loads into Alberta’s grid presents challenges. The existing transmission infrastructure can only support about 1,200 MW of new large loads between now and 2028 without risking reliability or requiring costly upgrades. This limitation forces many projects to consider alternative solutions.


One common approach is for large data centres to build their own natural gas-fired generation “behind the fence.” This setup mirrors co-generation plants used in Alberta’s oil sands industry, where power plants are dedicated to serving specific industrial loads. By generating electricity on-site, data centres reduce strain on the grid and improve their energy security.


Natural Gas as a Key Energy Source


Natural gas plays a central role in Alberta’s electricity supply, providing reliable base load power that supports the continuous operation of AI and cloud computing facilities. Its availability and cost-effectiveness help control the 8760 expense management for these projects.


Using natural gas-fired generation behind the fence also allows data centres to better manage their electricity costs and emissions. While renewable energy sources are growing, natural gas remains the backbone of Alberta’s energy market due to its reliability and infrastructure readiness.


Eye-level view of a large data centre facility with cooling units in Alberta’s cooler climate
Alberta Electricity Forwards ($/MWh)

What This Means for Small and Large Commercial Energy Consumers


For businesses in Alberta, the rise of AI and cloud computing projects signals changes in the energy landscape. Small businesses may benefit indirectly from economic growth and improved infrastructure, while large commercial consumers face new competition for electricity resources.


Understanding the dynamics of Alberta’s energy market is crucial for managing electricity expenses. Companies should consider:


  • Monitoring grid capacity and potential constraints

  • Exploring opportunities for on-site generation or partnerships

  • Planning for long-term 8760 expense management to control costs


By staying informed, businesses can adapt to the evolving electricity market and leverage Alberta’s energy advantages.


Looking Ahead: Alberta’s Role in the Future of Electricity


Alberta’s combination of deregulated electricity markets, abundant natural gas, cooler climate, and strong connectivity positions it as a leading hub for AI and cloud computing projects. The province faces challenges in grid capacity, but innovative solutions like behind-the-fence generation help meet demand without compromising reliability.


The market/strategy questions at this time are: Will these 1,200 MW of projects proceed? If yes, who and when? Will prices adjust even more? If not, what will prices do? Announcements on specific projects are expected at any time.


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