A recent report from the Canada Energy Regulator (CER) forecasts a substantial increase in electrical generation in Canada by 2050, driven in part by the burgeoning demand from artificial intelligence data centres. The federal agency’s analysis presents four scenarios regarding the future of the country’s oil, gas, and electricity sectors, highlighting a significant shift towards electricity as a primary energy source.
Projected Growth in Power Generation
According to the CER, electricity production is poised to increase by at least 30 per cent, with potential growth exceeding double current production levels by 2050. “To meet rising power demand in all the scenarios, we see surging wind power alongside a diverse mix of other less variable supply sources,” stated Darren Christie, the CER’s chief economist, during a press briefing on Tuesday.
The report indicates that wind energy will account for the majority of new power capacity additions, projecting an influx of between 50 to 150 gigawatts into the grid by 2050 compared to 2023 figures. Notably, over 96 per cent of this new electricity generation is expected to stem from non or low-emitting sources, with wind being the predominant contributor to renewable energy growth.
The Driving Force Behind Increased Demand
The anticipated growth in energy demand is partially attributed to economic expansion; however, accurately forecasting the energy requirements from data centres remains a complex challenge. These facilities, which support vast computing needs for artificial intelligence and other technological advancements, can vary dramatically in size and energy consumption based on industry developments.
Under the conservative projections, data centres could contribute an additional 0.5 gigawatts (GW) to electricity demand by 2030, while under more optimistic scenarios, that figure could soar to as much as 12 GW by 2050. This uncertainty underscores the evolving nature of the tech landscape and its implications for energy consumption.
Oil and Gas Production Trends
While the CER report anticipates growth in Canada’s oil production, it also acknowledges the fluctuations tied to global oil prices. Current projections indicate that oil production will reach 5.5 million barrels per day in 2024, potentially rising to 6.1 million barrels per day by 2040 under a status quo scenario before settling at approximately 5.9 million barrels per day by 2050.
In a more optimistic scenario, where strong market conditions prevail, production could peak at 6.7 million barrels a day in 2044. Conversely, a lower demand scenario forecasts a gradual decline to 5.2 million barrels per day by the end of the decade. Throughout these scenarios, oilsands crude is expected to dominate production, while conventional and offshore resources are likely to decline.
Natural Gas and Emission Reductions
Natural gas production is also projected to rise significantly, with estimates suggesting an increase to between 21 and 32 billion cubic feet per day by 2050, compared to 19 billion cubic feet per day in 2025. This growth is largely attributed to liquefied natural gas (LNG) projects, which allow for the export of gas in liquid form via specialised tankers.
The report indicates that approximately a quarter of Canadian gas production will be linked to LNG exports by 2050. All scenarios presented by the CER show a decline in greenhouse gas emissions; however, emissions are expected to plateau around 2035 under existing policies. The CER emphasises that achieving net-zero emissions by 2050 would necessitate a comprehensive shift towards low-carbon technologies, alongside enhanced climate action.
Why it Matters
The findings from the Canada Energy Regulator’s report are pivotal as they highlight the urgent need for a strategic transition towards renewable energy sources amidst escalating demand. With growing reliance on electricity—particularly from wind power—and the unpredictable nature of data centre energy needs, Canada’s energy landscape is undergoing a transformative shift. These developments not only have implications for national energy policy and economic growth but also underscore the critical role that sustainable practices must play in addressing climate change and securing a resilient energy future.
