Meta has announced its first Canadian data center, a 1 GW AI campus in Sturgeon County, Alberta, representing a more than US$9 billion investment. The project is expected to employ roughly 3,000 construction workers at peak and more than 300 permanent staff once operational. Meta also plans to invest approximately $42.3 million in local road and water infrastructure.
On its own, the scale of the announcement places it among the largest AI infrastructure investments disclosed this year. But the more instructive detail is how Meta described the groundwork laid before the announcement was made.
Power Strategy Comes Before the Groundbreaking
Meta said it worked with Greenlight Limited Partnership, AltaLink, Capital Power, and the Alberta Electric System Operator to plan for and meet its energy needs years in advance of the facility coming online. That disclosure illustrates a meaningful shift in how gigawatt-scale AI campuses are developed.
Industry analysts say the competitive advantage in AI infrastructure has moved away from land acquisition and toward what they describe as power-path control. For a 1 GW campus, securing generation capacity, transmission interconnection, regulatory approvals, and community support well before a public announcement has become the defining factor in whether a project can proceed at all.
One analyst quoted in the source material noted that grid interconnection and transmission upgrades are measured in years, and that in some jurisdictions the interconnection queue itself is the primary bottleneck before a single permit is filed. Developers who engage utilities and regulators three to five years out are increasingly the ones who move to the front of that queue.
Addressing the Ratepayer Question
Meta devoted a notable portion of its announcement to the question of cost allocation, a point of growing public debate as large AI facilities add significant load to regional grids. The company stated that it pays the full costs of its data center energy use, that it is fully funding new generation and grid infrastructure in Alberta, and that other consumers will not be negatively impacted. Meta also said these investments are expected to improve reliability across the Alberta grid more broadly.
The company additionally committed to adding enough clean energy to Alberta’s grid to match 100 percent of the facility’s annual electricity use.
Why Alberta
Alberta’s competitive electricity market and its capacity to accommodate large industrial loads have drawn increasing attention from hyperscalers seeking alternatives to more constrained markets elsewhere. Meta said its investment extends beyond the campus, with strategic network infrastructure investments intended to help the region support future large-scale developments.
On the infrastructure side, Meta said the campus will use a closed-loop liquid cooling system with dry cooling, eliminating operational water consumption for cooling under normal conditions. Water use will be limited to construction, building operations, and fire protection.
What This Means for the Industry
The Alberta announcement is significant not simply because Meta is entering Canada, but because it makes visible a development model that is now standard practice among the largest hyperscalers. By the time a campus becomes public, the underlying work to secure generation, transmission, and regulatory alignment has typically been underway for years. For hosting professionals and data center operators watching AI infrastructure trends, that lead time is now the baseline expectation at gigawatt scale.