As artificial intelligence (AI) adoption continues to accelerate globally, demand for large-scale data centres, especially hyperscale facilities with substantial electricity requirements, is growing rapidly. Alberta is seeking to position itself as a destination for this investment by leveraging its abundant natural gas resources, competitive energy costs, and favourable development conditions.
In a recent interview on 9 June 2026, Alberta’s Technology Minister, Nate Glubish, stated that the province could attract up to CAD 100 billion in data-centre investment, while simultaneously creating a significant new source of demand for Alberta’s natural gas sector. He has described AI data centres as “digital pipelines and digital refineries,” framing them as a mechanism for monetizing the province’s energy resources and extending the value chain of its fossil fuel base into digital infrastructure.
Alberta’s strategy reflects a different set of priorities than Canada’s federal AI and energy policies. Canada’s AI Strategy, released on June 4, emphasizes that the expansion of digital infrastructure should be supported by clean electricity sources. Prime Minister Mark Carney has stated that Canadian data centres will operate on “some of the cleanest power in the world,” reflecting a national electricity system in which more than 83% of generation comes from renewable and other low-emission sources. Alberta’s grid, by contrast, remains heavily dependent on natural gas, accounting for approximately 60% of electricity generation and resulting in an emissions intensity nearly five times higher than the national average. This structural difference means that the emissions profile of AI data centres built in Alberta would differ substantially from those developed in other provinces. This is a consideration that both industry and policymakers will need to weigh as investment decisions are made.
At the Global Energy Show in Calgary (June 9–11), industry representatives indicated that gigawatt-scale AI data centres could begin construction in Alberta as early as 2026. More than 30 proposed projects have reportedly applied for connection to Alberta’s electricity system, collectively representing up to 21 GW of potential demand. Among the most notable developments are a proposed C$10 billion, 1 GW AI data centre in Olds, Alberta, and a 900 MW natural-gas-fired generation facility being developed by Pembina Pipeline and Kineticor to support large-scale AI operations. These figures illustrate how rapidly AI-driven electricity demand could reshape Alberta’s energy system and broader industrial structure.
Proponents of Alberta’s AI strategy view these developments as a significant economic opportunity, particularly for the province’s natural gas sector and associated infrastructure industries. Large data centres could provide a stable, long-term demand anchor for energy production, potentially improving investment certainty for new generation and transmission infrastructure. Others, including environmental groups, have raised questions about whether a significant expansion of gas-fired electricity for AI workloads is consistent with Canada’s longer-term climate commitments, and whether the economic benefits are sufficient to offset the emissions implications. The balance ultimately struck between these priorities will depend in part on the pace and scale of clean energy alternatives.
To accelerate development, Alberta has adopted a “bring-your-own-power” approach, allowing data-centre developers to construct dedicated on-site or adjacent generation facilities rather than relying exclusively on the provincial grid. This model addresses near-term capacity constraints and improves project feasibility for developers who need guaranteed power availability. The emissions profile of such projects will depend on the generation mix chosen by each developer, and the approach gives individual proponents more flexibility to incorporate cleaner technologies over time.
What this means for Alberta’s compliance market
Whether Alberta’s proposed AI strategy delivers on its economic promise, while managing its environmental footprint, will depend significantly on how the province’s carbon compliance framework responds to increased demand. A material expansion of gas-fired generation and electricity consumption would increase emissions from regulated facilities, in turn raising compliance obligations and driving demand for Emissions Performance Credits (EPCs), offsets, and other compliance instruments under the Technology Innovation and Emissions Reduction (TIER) system.
Carbon capture, utilization, and storage (CCUS) is increasingly cited as a key mitigation pathway, offering the potential to generate credits under TIER while reducing net emissions from gas-fired operations. If deployed at scale alongside new data centre infrastructure, CCUS could provide a route to aligning continued natural gas use with provincial and national emissions goals. The extent to which it does so will depend on deployment timelines, project economics, and ongoing performance; factors that the compliance market will be watching closely as investment decisions crystallize over the coming months.
ClearBlue is actively monitoring these developments. For more information regarding ClearBlue’s advisory services or market intelligence coverage, please contact us.