META’S $9.1 BILLION ALBERTA DATA CENTER IS CANADA’S BIGGEST AI INFRASTRUCTURE BET

THE PROJECT IN FIVE NUMBERS

Meta announced the project as an investment of more than C$13 billion. For a US audience, that is approximately US$9.1 billion, although the precise conversion will move with the exchange rate.

WHY META CHOSE STURGEON COUNTY

Sturgeon County sits just north of Edmonton and forms part of Alberta’s Industrial Heartland, an area already built around large energy, petrochemical and industrial projects.

That matters because AI data centers need more than land. They require high-capacity fibre routes, reliable electrical infrastructure, room for substations and cooling systems, and a workforce able to build and maintain complex industrial equipment.

Alberta is also actively courting hyperscale computing projects. The province has abundant natural gas and a regulatory approach designed to let large data centers bring or fund their own generation rather than wait for spare capacity to appear on the public grid.

For Meta, the location offers a route to a full gigawatt of power. For Alberta, the campus is a chance to turn its energy advantage into a new source of technology investment and tax revenue.

THE DATA CENTER’S POWER WILL COME FROM A NEW GAS-FIRED PLANT

The associated Greenlight Electricity Centre is planned as a 932-megawatt natural-gas combined-cycle generating facility in the same Sturgeon County industrial area.

Pembina Pipeline, Morgan Stanley Infrastructure Partners and Kineticor are behind the power project. Pembina describes Greenlight as a behind-the-meter plant intended to supply data-center customers directly, using high-efficiency gas turbines and a steam turbine that recovers waste heat to produce additional electricity.

Alberta’s major-projects database lists the power plant at an estimated C$4.6 billion and says it is expected to be completed by 2030. Meta’s own announcement does not provide a firm opening date for the data center, so any earlier operational timetable should be treated as provisional.

Meta says it is fully funding the new generation and grid infrastructure needed for its campus, rather than passing those costs to ordinary consumers. It also says the site’s electricity use will be matched with 100% clean and renewable energy.

The planned Greenlight project is also described by the Alberta government as including carbon capture and sequestration. The eventual emissions profile will depend on how the plant is built, how consistently any capture system operates and what renewable projects Meta uses for its matching commitment.

META SAYS THE COOLING SYSTEM WILL NOT CONSUME WATER DURING NORMAL OPERATION

Water has become one of the most contentious parts of the data-center boom. Some large facilities use evaporative cooling, which can consume substantial amounts of water, particularly in hot weather.

Meta says the Sturgeon County campus will instead use closed-loop liquid cooling combined with dry cooling. In simple terms, liquid will circulate through a sealed system to collect heat, while air-cooled equipment rejects that heat without constantly drawing fresh water into the cooling process.

The company says there will be no operational water use for cooling. Water will still be needed for ordinary domestic use, fire protection and equipment maintenance.

That design is a practical fit for Alberta, where cold outside temperatures can help dry-cooling systems for much of the year. It also removes one of the easiest sources of conflict between a large data center and nearby residents or industry.

THOUSANDS WILL BUILD IT; HUNDREDS WILL RUN IT

The contrast between construction and permanent employment is typical of hyperscale data centers.

Meta expects more than 3,000 workers on site at peak construction, creating demand for electricians, pipefitters, equipment operators, concrete crews, network installers and other skilled trades. That phase can last years and generate substantial work for local contractors.

Once the facility is running, the workforce becomes much smaller. The more than 300 operational roles should include technicians, engineers, security staff, facilities teams and network specialists.

Those are valuable, often well-paid jobs, but the permanent headcount is modest compared with the investment figure. The bigger long-term local benefit may come through property taxes, supplier spending, infrastructure upgrades and the possibility that other technology or energy projects cluster nearby.

A GIGAWATT OF COMPUTING ALSO NEEDS A HUGE AMOUNT OF CONNECTIVITY

Data centers are sometimes discussed as if electricity is their only external dependency. AI campuses also need resilient, high-capacity fibre connections to move training data, synchronize systems and deliver services to users around the world.

Meta has not published the detailed telecom design for the Alberta site. A facility of this scale would normally require several physically diverse fibre routes, connections to long-haul networks and enough redundancy to keep traffic moving if one cable or carrier fails.

That could create follow-on investment in regional fibre infrastructure around Edmonton and Alberta’s Industrial Heartland. It may not translate directly into faster residential broadband, but large anchor customers can improve the economics of building new long-distance routes that other networks later use.

This is the part of the story most relevant to the broadband market: the data center is not merely a destination for connectivity. It can become a reason to build more of it.

WHY META IS SPENDING THIS MUCH NOW

Meta is trying to secure enough computing capacity for increasingly demanding AI models, recommendation systems, advertising tools and wearable products.

A 1GW facility is not a normal expansion. It is a sign that the company expects AI computing to remain central to its products for years, even as investors question how quickly the spending will generate returns.

The Alberta campus also gives Meta geographic diversity outside the United States. That can help with resilience, regional capacity and the political appeal of bringing a major technology investment to Canada.

Still, the project carries execution risk. It depends on a new power plant, major grid works, thousands of construction workers and a long supply chain for chips, transformers and cooling equipment. The headline investment is therefore a commitment spread across several years, not a single cheque written on announcement day.

FOUR THINGS TO WATCH NEXT

1. The actual opening date. Meta has broken ground, but the linked Greenlight power project is listed for completion by 2030.

2. The renewable-energy contracts. Meta says the data center’s electricity use will be matched with clean energy, but the company has not yet set out all of the projects that will meet that promise.

3. Carbon capture performance. The gas plant is described as including carbon capture and sequestration. Its real climate impact will depend on the final design and operating results.

4. New fibre routes. Watch for carrier announcements, rights-of-way work and long-haul network expansion around Sturgeon County and Edmonton.

REPORTING AND PRIMARY SOURCES

Meta Newsroom — investment, capacity, jobs, local infrastructure, energy and cooling commitments.

Reuters — project announcement, investment context and Alberta’s data-center strategy.

Associated Press — power-supply details, community impact and environmental context.

Government of Alberta Major Projects — project status, cost, location and employment estimates.

Pembina Pipeline — Greenlight’s 932MW gas-fired, behind-the-meter power design.

Government of Alberta Major Projects — Greenlight cost, schedule, capacity and carbon-capture description.

Sturgeon County — local government response and expected economic impact.