Meta to Spend C$13B on Alberta Data Center, Securing 250MW Power Deal
Meta invests C$13 billion in Alberta, partnering with Pembina Pipeline for gas power and Capital Power for interim electricity supply.
Key points
- Meta will invest C$13 billion in an Alberta data center, partnering with Pembina Pipeline for a dedicated gas plant.
- Capital Power will supply 250 megawatts of interim electricity until the Meta facility’s dedicated power plant operates in 2030.
- Alberta aims to become a multi-gigawatt data center market, with over 100 projects proposed due to low power costs and land availability.
Meta has committed to constructing a data center in Alberta with a total investment of C$13 billion (USD 9 billion). The project marks the first large-scale Canadian facility for the social media and AI company, designed to support intensive artificial intelligence workloads. This significant capital expenditure reinforces the province's emerging status as a hub for hyperscale infrastructure.
To ensure reliable energy supply, Meta has formed a partnership with Pembina Pipeline to develop a dedicated natural gas-fired power plant. This facility will become operational in 2030. Until that date, Capital Power will supply 250 megawatts of electricity to the site, bridging the gap between construction and the commencement of the dedicated generation assets.
Power Supply Strategy and Partnerships
The energy architecture for the Meta facility relies on a dual-source approach. Pembina Pipeline is responsible for the long-term generation capacity via the new gas plant. Capital Power, an Edmonton-based utility, is contracted to provide interim power. This arrangement allows Meta to secure sufficient bandwidth for its computing needs while waiting for the dedicated infrastructure to reach full operational status in the early 2030s.
Avik Dey, CEO of Capital Power, stated that the company is positioning itself as a key electricity supplier for the region. He noted that Capital Power is currently in discussions with multiple other hyperscaler proponents. The utility is leveraging its existing natural gas-fired generation assets to meet the high demand for stable, high-volume power required by data centers.
Alberta’s Competitive Infrastructure Advantages
According to TradingPedia, Meta’s commitment is viewed as an endorsement of Alberta’s digital infrastructure strategy. The province offers distinct competitive advantages, including abundant and low-cost natural gas, ample available land, and a cold climate. These factors reduce the operational costs associated with cooling supercomputers, making the region attractive to firms operating data-intensive platforms.
Dey indicated that multiple hyperscalers have been evaluating Alberta for approximately 18 months. He expects the province to evolve into a multi-gigawatt market, with more than 100 potential data center projects already proposed. The presence of Meta is likely to accelerate this pipeline, as other major U.S. tech firms assess the location for their own infrastructure needs.
Regional Competition and Provincial Policy
Momentum for digital infrastructure is expanding across Canada. BCE recently announced plans to quadruple the size of its data center project in Saskatchewan, expanding it into a 1.2-gigawatt hub. While Saskatchewan’s government prioritizes Canadian ownership in its review process, Alberta is actively courting Silicon Valley-based hyperscalers by offering them the option to build their own power generation assets.
This policy allows companies to maximize their electricity capacity without relying solely on existing grid constraints. By permitting self-generation, Alberta addresses a primary bottleneck for hyperscale operators. The Meta project exemplifies this model, combining dedicated gas-fired generation with interim grid supply to ensure uninterrupted service for its AI operations.
