The largest data center Meta operates anywhere outside the U.S.
In the quiet flatlands of Sturgeon County, Alberta, Meta is laying the foundation for something that speaks to the age we inhabit: a $10 billion data center — its largest outside the United States — built not merely to store information, but to sustain the vast computational appetite of artificial intelligence. The announcement, made Wednesday, is both a geographic statement and an energy one, as the company will construct its own natural gas power plant to feed a facility drawing one gigawatt of electricity. It is a reminder that the invisible architecture of the digital world is, in fact, very physical — and increasingly, very large.
- Meta is committing $10 billion to a single facility in Alberta, signaling that the infrastructure race behind AI is accelerating far beyond what existing data centers can absorb.
- The project will consume as much electricity as 750,000 homes annually, forcing Meta to build its own natural gas power plant rather than simply plug into the grid.
- A construction workforce of 3,000 will descend on Sturgeon County temporarily, followed by just 300 permanent positions — a ratio that highlights the capital-intensive, labor-light nature of modern AI infrastructure.
- By planting its largest non-U.S. facility in Canada, Meta is deliberately spreading its computational footprint across borders, reducing dependence on any single national grid or regulatory environment.
- The natural gas power arrangement creates a hybrid relationship with Alberta's energy system — part consumer, part contributor — pointing toward a new model of how tech giants manage their own power supply.
Meta is building its first Canadian data center in Sturgeon County, Alberta — a $10 billion investment that will make the site the company's largest computing hub anywhere outside the United States. The announcement arrived Wednesday as the company continues expanding the physical backbone required to run its AI operations at scale.
The facility will draw one gigawatt of power, roughly equivalent to what 750,000 homes consume in a year. To meet that demand, Meta will fund construction of a new natural gas-fired power plant and connect it directly to Alberta's existing electrical grid — a sign that tech companies are no longer content to wait on utilities, but are building their own energy infrastructure instead.
During construction, roughly 3,000 workers will be employed across the site. Once operational, the facility will support a permanent workforce of 300, filling roles in engineering, maintenance, security, and facility management — the round-the-clock labor that keeps a data center of this scale running.
Meta's vice president of data center development, Gary Demasi, underscored the strategic weight of the choice. Building in Canada rather than expanding further within the U.S. reflects both the maturity of Meta's domestic infrastructure and a deliberate push to distribute AI computing power across multiple countries. The Alberta facility is, in that sense, less an outlier than a blueprint — a model for how the company intends to grow its global footprint while managing the enormous and growing energy demands that modern artificial intelligence requires.
Meta is building its first data center in Canada, a $10 billion facility in Sturgeon County, Alberta, that will become the company's largest computing hub anywhere outside the United States. The announcement came on Wednesday as the social media and artificial intelligence giant continues to expand the physical infrastructure needed to power its AI operations globally.
The Alberta data center will draw one gigawatt of electrical power—roughly what 750,000 homes consume in a year. That energy will come primarily from natural gas-fired generation, with Meta funding the construction of the new power plant itself and connecting it to Alberta's existing electrical grid. The scale of the facility underscores how much computing capacity modern AI systems demand, and how companies like Meta are now building their own power infrastructure to meet those needs.
The construction phase will be substantial. Meta expects to employ around 3,000 workers during the building process, bringing temporary economic activity to the region. Once the facility reaches full operation, it will settle into a permanent workforce of 300 jobs. Those positions will likely span engineering, maintenance, security, and facility management—the kinds of roles required to keep a massive data center running around the clock.
Gary Demasi, Meta's vice president of data center development and strategy, emphasized the significance of the location in a company statement. This Alberta facility will outsize every other Meta data center the company operates outside U.S. borders, making it a major bet on Canadian infrastructure and a signal of where the company sees its computational future. The decision to build in Canada rather than expand further within the United States reflects both the maturity of Meta's domestic infrastructure and the company's strategy to distribute its AI computing power across multiple countries and regions.
The investment also reflects a broader shift in how technology companies approach power generation. Rather than relying entirely on regional utilities, firms like Meta are increasingly building their own electrical capacity, often using natural gas as a bridge fuel while they work toward renewable energy goals. The arrangement with Alberta's grid suggests Meta will both consume and contribute power to the province's energy system, creating a more complex relationship than a simple customer-utility dynamic.
Citas Notables
This Alberta facility will be Meta's largest data center outside the United States— Gary Demasi, Meta's vice president of data center development and strategy
La Conversación del Hearth Otra perspectiva de la historia
Why Alberta specifically? There are other parts of Canada with lower power costs or better renewable energy.
Alberta has natural gas reserves and existing infrastructure for power generation. Meta is building its own plant, so access to fuel and grid connection matter more than finding cheap power elsewhere.
One gigawatt is a staggering amount of electricity. What does that actually mean for the region?
It means the data center will consume as much power as a city of three-quarters of a million people. That's not just a facility—it's a major industrial consumer that reshapes local energy demand.
The 3,000 construction jobs are temporary. Will Alberta see real economic benefit after they're gone?
Three hundred permanent jobs is meaningful for a rural county, but the real benefit is the ongoing tax base and the signal it sends about Canada as a tech hub. It also means Alberta's energy sector stays relevant as AI grows.
Why is Meta willing to spend $10 billion on a single data center outside the U.S.?
Because AI infrastructure is now the limiting factor for their business. They can't grow their AI services without the computing power, and they can't get that power fast enough in the U.S. alone. Canada offers space, resources, and political stability.
Natural gas seems like an odd choice if Meta cares about sustainability.
It's a pragmatic choice. Natural gas plants can be built faster than renewable capacity, and they're flexible—they can ramp up and down with demand. It's not ideal, but it's what's available now at scale.