Albertans tuning in to the recent state of the union address by the U.S. president might have felt a sense of familiarity regarding Donald Trump’s proposals for AI data centers: “We’re instructing major tech firms to cater to their own energy requirements.” In Alberta, the UCP government has been endorsing the “bring your own generation” concept as part of its strategy to attract investments exceeding $100 billion for AI data centers. Despite the U.S. having more developed AI infrastructure, Alberta is also keen on seizing opportunities in the AI industry, leveraging its cold climate, extensive real estate, and deregulated electricity market.
The approach to data center expansion in Alberta differs from that in the U.S., with the Alberta Electric System Operator (AESO) taking a phased approach to accommodate the surging demand from companies seeking to connect to the province’s grid. Meanwhile, in various wholesale electricity markets in the U.S., the rush to construct data centers sometimes overlooks capacity considerations. This contrasts with Alberta’s methodical approach.
While U.S. data centers consumed over four percent of the country’s total electricity in 2024, equivalent to Pakistan’s annual electricity demand, Alberta’s AI data center development is still in its early stages compared to the U.S. Despite several proposed large projects like the one in Olds, Alta., many are in preliminary approval or construction phases.
In terms of electricity prices, Trump introduced the “ratepayer protection pledge” during his address to shift AI-related electricity costs from consumers to tech companies. The growing demand from AI for massive computing power has led to increased utility costs in the U.S., affecting residents in numerous states. Similarly, Alberta is witnessing a rise in opposition to AI infrastructure projects due to concerns over costs and environmental impact.
Regarding grid reliability, both Canada and the U.S. face challenges due to the growth of data centers and increased electrification. The North American Electric Reliability Corporation highlighted potential resource constraints in several regions, with the PJM Interconnection facing elevated risks of power shortfalls. While Alberta’s phased approach aims to sustain reliability, the rapid advancement of AI data center demands poses a challenge for grid stability.
In conclusion, both Alberta and the U.S. are navigating the complexities of AI data center development, balancing economic opportunities with energy and infrastructure considerations.
