When AI companies evaluate where to build or colocate data center infrastructure, electricity cost is one of the first numbers they run. The gap between Canada and the United States on this metric is larger than most people expect — and it compounds significantly at scale.
A modern GPU cluster running continuous AI training workloads draws enormous amounts of electricity. A single H100 server draws roughly 10–12 kW. A rack of eight GPUs can pull 80–100 kW. A mid-size AI training facility operating at 20 megawatts runs around the clock, every day of the year.
At that scale, every fraction of a cent per kilowatt-hour matters.
Industrial electricity rates vary by state and province, but the general picture is clear.
Canada (industrial/large-power rates):
United States (data center market averages):
On the surface, the Pacific Northwest looks competitive with Canada. But factor in the exchange rate — Canadian dollars are worth less than US dollars — and Canadian rates become even more attractive in real terms. A $0.05 CAD rate is roughly $0.037 USD at current exchange rates.
For a 20 MW facility running 8,760 hours per year:
That's a difference of over $7M USD per year — on electricity alone — for a mid-size facility. A hyperscale campus operating at 100+ MW would see that gap widen into the tens of millions annually.
Cost per kWh is only part of the story. Grid reliability matters just as much for always-on AI infrastructure. Canada's major provincial grids — particularly Quebec's Hydro-Québec and BC Hydro — are among the most reliable in North America, powered by massive hydroelectric reserves that aren't subject to the same weather-driven volatility that affects thermal generation.
Northern Virginia, the world's largest data center market, has faced growing capacity constraints and rate pressure as demand outpaces supply. Canada's grid capacity headroom is a genuine differentiator.
In the US, companies wanting to match their data center load with clean energy often pay a premium through Renewable Energy Certificates (RECs) or Power Purchase Agreements (PPAs). In Quebec or Manitoba, the baseload electricity is already 95%+ clean hydro — no premium required. Clean energy at a discount is a rare combination, and Canada has it.
For AI infrastructure teams running serious financial models on data center siting, Canada — and particularly Quebec — routinely wins on electricity cost once the full picture is priced in. The combination of low rates, clean baseload generation, currency advantage, and grid reliability adds up to a compelling case.
Province-level electricity pricing and clean energy mix for every Canadian province.
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