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 are informing major tech firms that they are responsible for meeting their own power requirements.”
In Alberta, the UCP government has been endorsing the “bring your own generation” strategy as part of its initiative to attract investments exceeding $100 billion for AI data centers. Despite the U.S. having established more AI infrastructure, Alberta perceives a significant opportunity to benefit from the AI surge due to its advantageous cold climate, expansive land availability, and deregulated electricity market.
The progression of data center development in Alberta is distinctive compared to the U.S. An approach involving phased implementation has been adopted by the Alberta Electric System Operator (AESO), which identified 1,200 megawatts available for substantial data center projects without compromising grid reliability, as announced in June last year.
In contrast, Frank Felder, an American independent power consultant specializing in data centers, noted differences in the U.S., where rapid data center expansion sometimes overlooks capacity concerns in various wholesale electricity markets. Unlike Alberta’s phased strategy, regional transmission organizations and independent system operators in the U.S. have not adopted a similar approach.
Reports from the Pew Research Center indicate that U.S. data centers consumed over four percent of the country’s total electricity in 2024, equivalent to Pakistan’s annual electricity demand. By 2030, U.S. data center electricity consumption is projected to increase by 133 percent.
Alberta’s journey in AI data center development is nascent compared to the U.S. Although several significant projects have been proposed, such as the extensive complex in Olds, Alta., many are still in the early stages of approval or construction.
Professor Ryan Li from the University of Alberta acknowledged Alberta’s meticulous approach, emphasizing AESO’s profound understanding of the grid. The allocated 1,200 megawatts, representing less than 10 percent of the province’s total power load, is deemed adequate for initial data center connections.
In Trump’s recent address, he introduced the “ratepayer protection pledge” initiative to shift AI-related electricity costs from consumers to tech companies. As the demand for AI-driven electricity escalates, utility costs are rising in the U.S., partly due to the increased electricity consumption by data centers, impacting residents across multiple states.
While the U.S. witnesses community resistance towards data centers, Alberta also faces similar sentiments, with instances of rejection or opposition to AI infrastructure projects. The Utilities Statutes Amendment Act in Alberta, previously Bill 8, enables data center projects to self-generate power while necessitating developers to fund any required upgrades to the electrical transmission system.
NERC’s recent assessment highlighted challenges in grid reliability due to data center expansion in both Canada and the U.S. The rapid pace of AI data center growth poses a challenge to grid stability, particularly in Alberta, where the grid’s independence necessitates a focus on maintaining operational stability amidst advancing data center demands.
