Albertans tuning in to the recent state of the union address by the U.S. president might have felt a sense of familiarity with Donald Trump’s approach to AI data centers: “We’re informing major tech companies that they are responsible for meeting their own energy needs.”
In Alberta, the UCP government has been advocating the “bring your own generation” strategy to attract more than $100 billion in investments for AI data centers. Despite the U.S. having more advanced AI infrastructure, Alberta sees a significant opportunity to benefit from the AI industry due to its cold climate, extensive real estate, and deregulated electricity market.
The Alberta Electric System Operator (AESO) has taken a phased approach in response to the surge in demand from companies seeking to connect to the province’s grid. AESO identified 1,200 megawatts available for large load data center projects without compromising grid reliability. This contrasts with the rush to build data centers in some U.S. wholesale electricity markets, where capacity concerns have sometimes been overlooked.
The Pew Research Center reported 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%.
In Alberta, the AI data center expansion is still in its early stages compared to the U.S. Several large projects, including a significant complex in Olds, Alta., are in the initial phases of approval or construction. Ryan Li, a professor at the University of Alberta, praised Alberta’s cautious approach, highlighting AESO’s thorough understanding of the grid.
Trump’s recent state of the union address introduced the “ratepayer protection pledge” to shift AI-driven electricity costs from consumers to tech companies. The escalating electricity demand from AI has led to rising utility costs in the U.S., impacting residents in many states.
In Alberta, the Utilities Statutes Amendment Act, formerly Bill 8, enables AI data center projects to self-generate power and mandates developers to fund any necessary upgrades to the electrical transmission system. This proactive approach aims to provide long-term cost stability and ensure competitiveness with other jurisdictions.
Grid reliability is a critical concern with the rapid growth of data centers. NERC’s long-term reliability assessment revealed challenges in both Canada and the U.S. due to data center expansion. While Alberta’s phased approach aims to maintain reliability, the fast-paced demand for AI data center development poses a challenge for grid stability. Li emphasized the importance of ensuring operational grid stability in Alberta due to its relatively independent grid system.