Meta’s $13-Billion Alberta Bet Has More U.S. Tech Giants Looking North, Capital Power Says

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A massive data-centre project north of Edmonton is turning Alberta into a much bigger part of North America’s artificial-intelligence infrastructure conversation. Meta is investing more than C$13 billion in its first Canadian data centre, a 1-gigawatt development in Sturgeon County backed by an unusual combination of grid electricity, contracted power and dedicated new generation.

Capital Power CEO Avik Dey says the commitment has strengthened Alberta’s credibility with the enormous technology companies known as hyperscalers. His company is already talking with several potential data-centre developers, although their identities remain confidential. Meta did not create that interest overnight—Dey says several hyperscalers had already been studying Alberta—but its decision provides something developers value enormously: evidence that a project of this scale can actually get built. These 13 factors explain why Alberta has suddenly become harder for the technology industry to overlook.

Meta Has Given Alberta a $13-Billion Proof Point

Meta’s Sturgeon Data Centre represents more than C$13 billion of planned investment and will be the company’s first data centre in Canada. Meta describes the Sturgeon County campus as a 1-gigawatt facility designed for the computing demands increasingly associated with artificial intelligence. Alberta lists the development among its major projects, with construction activity expected to run through 2029. For a province better known internationally for oil, gas and petrochemicals, the project puts an unusually large technology investment inside its industrial economy.

The scale matters because prospective developers tend to pay attention when another global company has already worked through land acquisition, electricity planning, municipal requirements and construction logistics. Meta says roughly 3,000 workers could be on the project at peak construction, while more than 300 jobs are expected once the centre is operating. The company is also spending approximately C$60 million on local road and water infrastructure. Together, those numbers turn Alberta’s data-centre pitch from a proposal into a physical project with contractors, power agreements and site work behind it.

Capital Power Says Hyperscalers Were Already Looking

The idea that Meta suddenly caused every major U.S. technology company to start examining Alberta would go too far. Capital Power CEO Avik Dey told Reuters that multiple hyperscalers had been evaluating the province for roughly 18 months. What Meta changed, in his telling, was the level of validation. A company committing more than C$13 billion makes it easier for other developers to believe Alberta can handle projects requiring enormous amounts of electricity, land and supporting infrastructure.

Capital Power is now in discussions with several proponents about supplying electricity to potential data-centre developments. Dey declined to identify them, but said he does not expect Meta to be the only U.S. hyperscaler to establish a large Alberta facility. That distinction is important. No additional U.S. hyperscaler project should be treated as confirmed simply because discussions are taking place. Even so, the conversations indicate Alberta has moved into the serious site-selection process for at least some developers rather than remaining a theoretical alternative to established American data-centre markets.

Electricity Has Become the Real Site-Selection Currency

Modern AI facilities require electricity on a scale that would have sounded extraordinary for a technology project only a few years ago. A 1-gigawatt data centre can demand roughly as much generating capacity as a major industrial complex, and that requirement makes access to reliable power one of the first questions developers ask. Alberta’s challenge—and opportunity—is that it already has a large electricity industry built around serving energy-intensive mines, refineries, petrochemical plants and other industrial customers.

The global backdrop makes that capability increasingly valuable. The International Energy Agency expects data centres to be a major driver of electricity-demand growth through 2030, while U.S. national-laboratory researchers estimate data centres could consume around 11.8% of U.S. electricity by the end of the decade under their central scenario. That does not mean American technology companies are abandoning the United States. It does mean power availability, connection timelines and the ability to develop new generation are becoming competitive factors when companies decide where another enormous computing campus should go.

Capital Power Has Locked In a 250-Megawatt Agreement

Capital Power’s direct role in the Meta development gives the Edmonton-based electricity producer a foothold in a market it has been pursuing for several years. The company signed an energy supply agreement covering 250 megawatts of capacity and electricity for the Sturgeon County facility. The contract is expected to run for more than 10 years, with the load scheduled to begin service during the second half of 2028.

That 250-megawatt figure is enormous by ordinary commercial standards, yet it represents only one piece of Meta’s broader energy plan. Reuters reported that Capital Power’s electricity will help serve the site before its adjacent dedicated power plant starts operating. The long duration of Capital Power’s contract also means its involvement extends beyond a simple short-term emergency arrangement. From Capital Power’s perspective, the transaction converts part of its Alberta generation portfolio into contracted demand from an investment-grade technology company while demonstrating that existing power producers can participate directly in the emerging AI-infrastructure market.

A 932-Megawatt Power Plant Is Being Built Alongside the Campus

Meta’s project is closely linked with the Greenlight Electricity Centre, a planned 932-megawatt combined-cycle natural-gas generating station in Sturgeon County. Pembina Pipeline, Morgan Stanley Infrastructure Partners and Kineticor are partners in Greenlight, which reached a final investment decision in July. Pembina puts the project’s total expected cost at approximately C$4.6 billion when financing and related costs are included, with service targeted for the second half of 2030.

The design illustrates just how different hyperscale data centres are from a typical office or warehouse development. Instead of merely requesting another large connection to the existing grid, the Meta ecosystem includes an entirely new generating station intended to provide dedicated power. Pembina has described the facility as a new business platform connecting Western Canadian natural gas with data-centre demand. Greenlight is also permitted for potential expansion, meaning the energy infrastructure surrounding the Meta campus could ultimately support more capacity if commercial demand justifies further construction.

Capital Power Is Pitching Genesee as the Next Big Site

Meta is not Capital Power’s only data-centre strategy. The company is marketing its Genesee Generating Station southwest of Edmonton as a potential location for additional hyperscale development. Genesee has 1,857 megawatts of owned generating capacity across three natural-gas units. Capital Power completed a C$1.6-billion repowering program in 2024 that converted the facility away from coal while adding 512 megawatts of capacity.

The company says the Genesee site has development-ready land, major fibre access and roughly 500 megawatts that could be available for data-centre requirements around 2028 or 2029. It also says future generation additions could eventually reach multiple gigawatts. Those figures are company development targets rather than committed projects, but they explain why Capital Power is interested in attracting hyperscalers. Instead of simply selling electricity through Alberta’s wholesale market, a large long-term technology customer can support contracted revenue while potentially creating a reason to expand generation at an existing industrial site.

Alberta’s Project Queue Is Much Bigger Than Meta

Meta may be the development attracting the most attention, but it represents only a fraction of the interest Alberta’s electricity system has received. Provincial figures showed approximately 19,565 megawatts of proposed data-centre load seeking connections as of late July 2026. Reuters separately reported that more than 100 data-centre projects have been proposed in Alberta. Those numbers are striking when compared with Alberta’s record overall system demand of 12,785 megawatts, reached in December 2025.

That comparison also shows why proposal numbers cannot be confused with construction forecasts. The Alberta Electric System Operator established an interim 1,200-megawatt limit for new large-load grid connections after receiving far more demand than the system could reliably accommodate. All of that initial allocation has now been assigned. A project appearing in a development or connection queue therefore does not mean it will be financed, approved or built. Still, a queue many times larger than Alberta’s current peak demand demonstrates the extraordinary scale of developer interest created by the AI infrastructure boom.

Cheap Gas, Industrial Land and Cold Weather Strengthen the Pitch

Alberta’s attraction goes beyond electricity-market rules. Reuters identified three basic advantages that developers are considering: abundant natural gas, available land and a cold climate. Natural gas provides a potential source of dispatchable electricity that can operate around the clock, while Alberta’s existing energy industry means pipelines, industrial service companies and large-scale construction expertise are already common. Industrial Heartland sites also offer space that would be difficult to assemble near many densely populated technology markets.

Climate can matter as well because computers generate enormous quantities of heat. Cooling has become a significant design and operating consideration as racks become more powerful and AI workloads require increasingly energy-dense hardware. Alberta’s colder temperatures do not eliminate cooling requirements, but they can improve the economics of certain designs during portions of the year. None of these advantages guarantees that Alberta will beat competing jurisdictions. Together, however, they create a site-selection package that looks increasingly relevant as hyperscalers search for locations capable of supporting campuses measured in hundreds of megawatts or even gigawatts.

Meta Is Trying to Reduce the Water Trade-Off

Water consumption has become one of the most controversial aspects of data-centre expansion in several jurisdictions, particularly where evaporative cooling systems can require substantial withdrawals. Meta says its Sturgeon County campus will instead use a closed-loop liquid-cooling system combined with dry cooling. According to the company, that design should require no operational water for cooling once the facility is running, although water will still be needed for purposes such as domestic use, fire protection and equipment maintenance.

Meta projects the campus’s annual operational water use will be lower than that of a typical regional golf course or a 50-acre canola farm. That comparison comes from Meta and will not be testable against actual consumption until the facility operates. Still, the cooling design illustrates another factor companies can use when trying to make very large facilities more acceptable to host communities. Meta has also said it will report water and energy consumption once the Sturgeon facility becomes operational, providing measurable data against which its current projections can eventually be evaluated.

The Local Economic Footprint Goes Beyond Server Jobs

Large data centres create an unusual employment profile. They require thousands of workers while being built, but far fewer people once the computers are operating. Meta expects more than 3,000 construction workers to be onsite during the Sturgeon project’s peak buildout, compared with slightly more than 300 permanent positions after completion. That ratio helps explain why governments and municipalities tend to focus not only on direct jobs but also on taxes, infrastructure spending and demand for local suppliers.

Meta’s roughly C$60-million commitment to roads and water infrastructure is one tangible example. Sturgeon County has also pointed to potential benefits for trades, vendors, hospitality companies and service businesses during construction. Alberta estimates the broader project could ultimately generate substantial annual revenue through a mixture of royalties, taxes, levies and transmission charges, although such projections depend on future operating conditions. For local communities, the practical test will be whether construction activity and an expanded non-residential tax base produce durable benefits after the initial building boom has passed.

The Electricity-Cost Debate Is Far From Settled

Alberta argues that its approach requires major data centres to pay for the infrastructure needed to support their operations, while the Meta development combines grid access with new privately financed generation. The province has also argued that bringing additional large customers onto the transmission system can spread fixed infrastructure costs across a larger base. Those claims form an important part of the government’s case that hyperscale investment can occur without forcing households to subsidize it.

Critics reach a different conclusion when wholesale electricity-market effects are included. The Pembina Institute estimated in August that Meta’s facility could add roughly C$267 to C$462 annually to an average Alberta household’s electricity costs between 2027 and 2031, largely because the data centre may draw heavily from the grid before its dedicated Greenlight plant is operating. That is modelling from an environmental policy organization, not an established future bill increase. The disagreement highlights the central policy challenge: determining who bears the costs when extremely large new electricity users arrive faster than new generating supply.

Community Acceptance May Become Another Bottleneck

Developers increasingly have to solve more than engineering and financing problems. Public acceptance has become a significant obstacle for data centres in parts of North America, where communities have raised questions about power consumption, water, noise, emissions and the amount of local employment created after construction. Canada is not immune to those concerns. An Angus Reid Institute poll conducted in May found that 68% of Canadian adults surveyed would oppose a large data centre within a few blocks of their home.

That does not mean 68% oppose data centres in general. The same research found more nuanced views when Canadians were asked about national competitiveness and domestic digital infrastructure. The opposition became strongest when projects were placed close to residential communities. Alberta’s use of large industrial sites may therefore be a meaningful advantage, but developers will still face scrutiny around electricity, backup generation, emissions, water and transportation. As the project pipeline expands, the ability to demonstrate measurable local benefits could become almost as important as demonstrating that enough megawatts are available.

Saskatchewan Shows Alberta Is Not the Only Canadian Contender

Alberta’s biggest competition may not come entirely from south of the border. Bell Canada and Saskatchewan announced a non-binding agreement in September that could expand Bell AI Fabric’s planned infrastructure in the province by as much as 900 megawatts, creating a pathway to a 1.2-gigawatt hub. Bell says total capital associated with the full buildout—including computing equipment and related power infrastructure—could eventually exceed C$50 billion.

The Saskatchewan plan is not directly comparable with Meta’s Alberta project because it remains subject to phased customer commitments, agreements, permits and approvals. It does, however, show how quickly the Canadian data-centre landscape is changing. Provinces with plentiful land and access to energy are positioning themselves as alternatives to traditional technology centres. For U.S. hyperscalers weighing their next location, Canada can now offer multiple large-scale options. Alberta’s advantage is that Meta has already crossed a threshold from interest into a publicly announced, under-development project—exactly the kind of validation Capital Power believes other developers notice.

America’s AI Power Crunch Gives Alberta Its Opening

The reason Alberta is receiving attention now is inseparable from what is happening in the United States. Lawrence Berkeley National Laboratory’s 2025 update estimates data centres could account for 9.5% to 15.3% of U.S. electricity consumption by 2030, with 11.8% as its central estimate. The International Energy Agency likewise expects data-centre expansion to account for roughly half of U.S. electricity-demand growth through the end of the decade. That creates intense pressure to find generation, transmission capacity and sites quickly enough to keep AI infrastructure expanding.

Alberta cannot assume those pressures will automatically send projects north. U.S. developers are adding generation, utilities are expanding networks, and technology companies are exploring everything from natural gas and renewables to nuclear power. Alberta still has to turn proposals into permitted, financed facilities while protecting reliability and addressing local concerns. Meta nevertheless changes the conversation. Instead of asking whether a U.S. hyperscaler might build at Canadian gigawatt scale, developers can now examine a real C$13-billion example—and Capital Power says several are doing exactly that.

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