Meta’s plan to build a massive C$13 billion data center in Alberta is strengthening Canada’s position in the fast-growing global race for artificial intelligence infrastructure.
The facility will be built in Sturgeon County, Alberta, and will become Meta’s first data center in Canada. The project is designed to provide the huge amount of computing power required for artificial intelligence, cloud services and Meta’s growing digital platforms.
The planned site will initially have around 1 gigawatt of computing and power capacity, with the ability to expand to as much as 1.8 gigawatts in the future. That scale makes it one of the largest technology infrastructure projects planned in Canada.
The investment is also changing how major technology companies view Alberta. Large cloud and AI companies need enormous amounts of electricity, land and cooling capacity to operate advanced data centers. Alberta offers large areas of available land, access to natural gas and a colder climate that can help reduce some cooling costs.
Interest in the province is already growing. More than 100 data center projects have reportedly been proposed in Alberta as companies look for locations capable of supporting increasingly power-hungry AI systems.
Meta’s move could therefore become much more than a single data center project. It may help create a larger technology and AI infrastructure ecosystem in the region, attracting energy companies, network providers, construction firms and other technology businesses.
Power will be one of the most important parts of the project. Capital Power is expected to provide around 250 megawatts of electricity to the Meta site while a dedicated power facility is being developed.
Meta has partnered with Pembina Pipeline on the Greenlight Electricity Centre, a natural gas-powered generation project expected to begin operations in 2030. The arrangement highlights how AI data centers are increasingly being developed alongside dedicated power infrastructure rather than depending entirely on existing electricity grids.
This approach could become more common as AI computing continues to grow. Training and operating advanced AI models requires large clusters of specialized servers that can consume huge amounts of electricity around the clock.
The Alberta project will also bring significant construction activity and employment. Meta expects around 3,000 workers to be involved during the busiest stage of construction, while more than 300 jobs are expected to remain once the data center is operating.
The company is also planning roughly C$60 million in local infrastructure improvements, including work related to roads and water systems.
Cooling is another major issue for modern AI data centers because powerful computing hardware produces large amounts of heat. Meta plans to use a closed-loop liquid cooling system at the Alberta facility, which is designed to reduce water consumption compared with some traditional cooling methods.
The project arrives as Canada tries to build a stronger position in artificial intelligence infrastructure. While the country has strong AI research talent, its number of hyperscale data centers remains relatively limited compared with the United States.
That could be starting to change.
Other large Canadian infrastructure projects are also moving forward. BCE, for example, has announced plans to expand a Saskatchewan data center project into a 1.2-gigawatt hub. Together, projects like these show that competition between Canadian provinces for AI investment, computing capacity and energy infrastructure is becoming more intense.
However, the expansion of huge data centers also creates challenges. These facilities require enormous amounts of electricity, and critics have raised concerns about pressure on power grids, electricity costs and environmental impact.
Alberta’s strategy is partly focused on addressing that problem by encouraging major data center operators to support or build additional electricity generation rather than relying completely on existing grid capacity.
For Meta, the Alberta campus is another major step in its worldwide AI infrastructure expansion. The company is spending heavily on data centers, chips, networking equipment and energy as it develops more powerful artificial intelligence systems.
For Canada, the C$13 billion investment could serve as an important test of whether the country can turn its AI research strength into large-scale physical infrastructure.
If more hyperscale operators follow Meta into Alberta and other provinces, Canada could become a much more important location for the data centers powering the next generation of AI services.
