Residents of Alberta who tuned 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 telling the major tech companies that they have the obligation to provide for their own power needs.”
In Alberta, the UCP government has been advocating the “bring your own generation” concept for attracting investments exceeding $100 billion for AI data centers.
Despite the U.S. having more established AI infrastructure, Alberta sees a significant opportunity to benefit from the AI industry, leveraging its cold climate, vast land availability, and deregulated electricity market.
Let’s compare Alberta’s data center expansion with the U.S. developments so far.
Adopting a Staged Strategy
To address the high demand from companies seeking to connect to the province’s grid, the Alberta Electric System Operator (AESO) identified 1,200 megawatts available for substantial data center projects without risking grid stability, as announced in June.
American power consultant Frank Felder noted differences in approach, highlighting that U.S. wholesale electricity markets often prioritize data center construction over capacity concerns, unlike Alberta’s phased strategy.
According to the Pew Research Center, U.S. data centers consumed over four percent of the nation’s total electricity in 2024, equal to Pakistan’s annual electricity usage.
By 2030, U.S. data centers are projected to increase electricity consumption by 133%.
In contrast, Alberta’s AI data center expansion is at an earlier stage compared to the U.S., with many proposed projects, including a major facility in Olds, Alberta, still in approvals or construction phases.
University of Alberta professor Ryan Li commended Alberta’s cautious approach, emphasizing AESO’s knowledge of the grid and the allocated power capacity of 1,200 megawatts, representing less than 10% of the province’s total power load.
Implications on Electricity Prices
During the recent state of the union address, Trump introduced the “ratepayer protection pledge” to shift AI-related electricity costs from consumers to tech companies.
As AI systems demand substantial computing power housed in data centers, the energy required for operations and cooling contributes to high electricity consumption. Utility costs in the U.S. are rising due to the increased demand from AI data centers, impacting residents in over 41 states.
Similarly, Alberta is witnessing growing opposition to AI projects, with concerns over electricity costs and community pushback on developments like the Kineticor proposal in Rocky View County.
Alberta’s Utilities Statutes Amendment Act, previously Bill 8, facilitates AI data centers in generating their own power and mandates developers to fund any necessary grid upgrades to support the centers’ power requirements.
In a press conference, Affordability and Utilities Minister Nathan Neudorf highlighted Alberta’s proactive approach to avoid cost burdens on ratepayers, ensuring long-term cost stability and competitiveness.
Ensuring Grid Reliability
NERC’s latest reliability assessment identified resource challenges in over half of the assessed regions over the next decade due to data center growth.
PJM Interconnection, the largest U.S. grid operator covering Virginia, faces elevated risks of power shortages in the coming years due to the proliferation of data centers.
In Canada, grid reliability is also under strain from data centers and increased electrification, compounded by extreme weather events and aging infrastructure.
While Alberta’s phased strategy aims to keep the grid stable, the rapid expansion of AI data centers poses a challenge to grid capacity, emphasizing the need to maintain operational stability given Alberta’s grid limitations.