Canada Electricity & AI Infrastructure Outlook 2050
Official national data updated through 2025 Province comparison baseline: 2023
Scenario controls
For full custom sliders, use the dashboard on desktop/tablet. Scenario selection works on mobile.
Can Canada power the AI boom?
A source-labelled view of electricity generation, capacity and the potential grid impact of AI/data-centre growth through 2050.
CER Current Measures
Verified national anchor: Statistics Canada reports 639.5 TWh of electricity generation in 2025, up 2.9% from 2024. Renewables supplied 64.1% of production, led by hydro at 54.5%.
Canada generation, 2025
639.5 TWh
Statistics Canada • preliminary
Renewable share, 2025
64.1%
Hydro + wind + solar
CER 2050 installed capacity
310 GW
Current Measures scenario
CER total electricity demand growth
~50%
2023 → 2050
CER 2050 installed-capacity scenarios
What matters for AI infrastructure
Electricity demand rises in every CER scenario. Total demand grows about 30% in Lower, nearly 50% in Current Measures, 80% in Higher and nearly 120% in Canada Net-zero.
AI is a major uncertainty, not the only driver. CER tests data-centre load from 1.5 GW to 12 GW by 2050 while electrification, GDP, hydrogen and other loads also change.
Capacity is not the same as usable energy. A 1 GW data centre running almost continuously needs much more than 1 GW of wind or solar nameplate capacity unless storage/firming is available.
2023 province baseline used for comparisons
For province-to-province comparisons, this dashboard uses a consistent 2023 CER/Statistics Canada-derived dataset rather than mixing years. The national headline above uses the newer 2025 Statistics Canada release.
Province electricity profiles
2023 generation, installed capacity and renewable-generation share for all ten provinces.
Official 2023 comparison baseline
Annual electricity generation
Installed generation capacity
Province comparison table
Province
Generation (TWh)
Capacity (GW)
Renewable generation
Implied system CF
Status
Implied system capacity factor = annual generation ÷ (installed capacity × 8,760 hours). It is a descriptive utilization ratio, not a technology-specific capacity factor.
AI and data-centre electricity demand
Translate continuous computing load into annual energy, then test where that load might land.
3.5 GW
Official CER assumption: by 2050, data-centre load reaches 1.5 GW in the Lower scenario, 3.5 GW in Current Measures and Canada Net-zero, and 12 GW in Higher. CER says most baseline growth occurs in Ontario, Alberta and Quebec.
Selected data-centre load
3.5 GW
Scenario input
Annual electricity at selected utilization
28.2 TWh
Load × 8,760 × utilization
Share of 2025 Canadian generation
4.4%
Screening comparison only
Higher scenario reference
~100 TWh
CER estimate from 12 GW growth
Illustrative provincial allocation of selected AI load
HGrace model assumption
Allocation assumption
Ontario 35%, Quebec 25%, Alberta 20%, B.C. 8%. The remaining 12% is distributed across the other six provinces.
This is not a CER province forecast. CER only states that most baseline data-centre growth is expected in Ontario, Alberta and Quebec; the exact shares used here are an HGrace scenario assumption.
Use the national slider as the primary stress test. A 20 GW custom case at 92% utilization would consume about 161 TWh annually.
2050 capacity build requirement
A screening model of additional nameplate capacity needed to serve modeled growth, including AI, under the selected scenario.
CER Current Measures
Important modelling correction: CER's total electricity-growth scenarios already include data-centre load. This model therefore keeps total 2050 demand aligned to the selected CER growth rate and allocates the AI portion within that total—rather than adding AI twice.
A transparent analytical screening score—not an official ranking or site-selection recommendation.
HGrace model
How to read it: the index rewards current grid scale, renewable-generation share, lower modeled build pressure and an AI ecosystem proxy. It does not yet include local transmission constraints, interconnection queues, land, water, electricity contracts or project permitting.
Readiness score / 100
Score weights
30% — Grid scale: generation and installed capacity.
30% — Build pressure: lower modeled incremental capacity relative to the current fleet scores better.
25% — Renewable generation share: proxy for lower-carbon electricity availability.
15% — AI ecosystem proxy: based on the illustrative provincial allocation assumption.
Rank
Province
Score
Grid scale
Build pressure
Renewable share
AI ecosystem proxy
Methodology & official sources
Every reported fact is separated from HGrace assumptions so the analysis remains auditable.
Source-labelled
Statistics Canada — Electricity supply and disposition, 2025
National 2025 generation: 639.5 million MWh. Renewable share: 64.1%; hydro: 54.5%; wind: 8.2%; solar: 1.4%. Released October 16, 2026.
Canada Energy Regulator — Canada's Energy Future 2026
National electricity-demand and installed-capacity scenarios through 2050. Capacity reaches approximately 270, 310, 360 and 400 GW across Lower, Current Measures, Higher and Canada Net-zero.
2050 data-centre assumptions: 1.5 GW Lower, 3.5 GW Current Measures/Net-zero and 12 GW Higher. Most baseline growth is expected in Ontario, Alberta and Quebec.
CER — Renewable Energy in Canada provincial profiles
Consistent 2023 province generation, installed capacity and renewable-generation shares. CER states the underlying historical generation/capacity data are primarily drawn from Statistics Canada electricity tables.
This is a strategic screening model, not an hourly production-cost, transmission, reliability or interconnection study. Provincial generation does not equal provincial consumption because provinces import and export electricity.