Households in Alberta may end up sharing part of the burden of Meta's huge new data-center project north of Edmonton through higher electricity costs.
Figures from the Pembina Institute, cited by The Globe and Mail, suggest the project's early years could add about $270 to $460 to annual household power bills in Alberta — intensifying questions about who ultimately covers the rising energy demand of artificial intelligence.
According to The Globe and Mail, the think tank says Meta's $13-billion AI data center in Sturgeon County could strain Alberta's grid before the project's own dedicated power source is ready.
David Pickup, who directs Pembina's electricity program, said the added demand would be like bringing "a city the size of Calgary to the grid." Meta said the Sturgeon County facility will be a 1,000-megawatt site, roughly as much electricity as a city of about 1 million people uses.
What matters most, Pembina said, is the schedule. Capital Power is expected to provide 250 megawatts starting in the second half of 2028, but the on-site 932-megawatt Greenlight Electricity Centre is not due to begin operating until the second half of 2030. In that window, the institute argues, the data center could rely heavily on Alberta's grid, tightening supply and lifting prices.
Meta rejected that reading. Spokesperson Julia Perreira called the report "based on hypotheticals and assumptions" and said, "Here's the truth: Meta pays the full cost of energy upgrades and electricity that our Sturgeon County data centre will use – those costs will not be passed on to Albertans."
That clash reflects a much larger issue. Across North America, regulators and utilities are trying to work out how to supply a wave of hyperscale data centers linked to AI.
These facilities can support useful tools, including systems that help forecast electricity demand, improve grid efficiency, and optimize renewable energy use. However, they also come with major tradeoffs, including enormous electricity and water demand, security and misuse concerns, and the potential for higher household utility bills.
Alberta's answer has been a "bring your own power" model intended to make developers pay for the extra generation and transmission needed for new data centers. But critics argue that the approach still leaves a gap when a data center is completed before the power plant meant to serve it is.
Concern about price impacts has come from more than one direction. The Alberta Electric System Operator said additional demand from data centers is expected to raise wholesale electricity prices, adding that Albertans do not directly pay wholesale rates. EPCOR, a major utility, likewise warned in a submission to the grid operator that "the addition of data centre load to the Alberta interconnected electric system, within or outside the BYOG [bring your own generation] process, is likely to have material, and perhaps unintended consequences, to the electricity price signal with anticipated negative impacts to Alberta consumers."
Sustained pressure on supply can eventually show up in monthly bills, especially for customers exposed to more volatile pricing.
The main response has been to line up dedicated power sources while trying to reduce the risk to consumers. In Meta's case, the project is tied to both contracted electricity from Capital Power and the future gas-fired Greenlight facility, which is meant to serve the site exclusively once it comes online.
Provincial officials have also disputed the idea that households across Alberta would see an immediate hit. Ashli Barrett, press secretary for Alberta's Minister of Affordability and Utilities RJ Sigurdson, said Albertans can choose fixed-rate contracts and, as reported by The Globe and Mail, would need to opt out of those plans to face the kind of volatility described in Pembina's report.
Pickup said, "Everyone's kind of agreed that this will increase energy prices, certainly at the wholesale level, and then also at the retail level."
What's happening in Alberta isn't unique. As AI data centers spread, utilities and regulators across North America are scrambling to add power quickly without passing the costs on to households, and similar fights are already playing out in U.S. states where demand is running into grid limits.
• In Maine, data centers are driving up prices as utilities warn of higher household bills.
• Across the U.S., home energy bills climb $460 as AI demand collides with attacks on renewables.
• Big Tech's AI boom is outrunning the power grid as companies race to build capacity.
These stories show why the fight over Meta's project matters beyond one Alberta county. At the center is the same unresolved question: who ends up paying when AI's power demand shows up before the grid can handle it?
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