
Meta’s 1 GW Alberta campus reveals how hyperscalers now secure power and transmission years before announcing AI campuses.
Meta's planned Canadian AI campus in Alberta is a multibillion-dollar investment in a 1 gigawatt data center facility, but its significance lies in how it was developed rather than its size alone. The company secured generation capacity, transmission infrastructure, and regulatory approvals years in advance of the public announcement by coordinating with utilities, transmission providers, and grid operators. As AI data centers grow to gigawatt scale, securing reliable power years before construction has become more strategically important than traditional factors like land acquisition, shifting competitive advantage among hyperscalers from site selection to executable power strategies. This approach reflects how the largest AI infrastructure projects are now being developed, with the underlying work to align power systems happening long before public announcements.

Local opposition groups surged to 430 from 76 since 2025, while recent Virginia project failures suggest community acceptance is emerging as a new site-selection variable for AI infrastructure.

The company is taking a modular approach to designing these chips, anticipating that their needs will change as AI evolves rapidly by the time the chips are in production.

Having proven how valuable compute can be, the company finds itself at the center of a market everyone wants to be in — while simpler technologies and less interesting companies get rich on the sidelines.
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