A recent report from the Canada Energy Regulator (CER) forecasts a substantial increase in electricity generation across the country by 2050, spurred by the burgeoning demand from data centres, particularly those supporting artificial intelligence technologies. The report outlines four potential scenarios for the country’s energy landscape, highlighting that electricity will become a more significant energy source, with production levels expected to rise by at least 30 per cent, and potentially more than double current output.
Wind Energy Takes Centre Stage
Darren Christie, the chief economist at CER, shared insights on the report during a press briefing, indicating that to accommodate the expected surge in power demand, wind energy will play a pivotal role. “To meet rising power demand in all the scenarios, we see surging wind power alongside a diverse mix of other less variable supply sources,” Christie stated. The report anticipates an addition of between 50 to 150 gigawatts to the grid by 2050, predominantly from wind energy, underscoring its status as the leading source of new renewable power.
The CER analysis suggests that over 96 per cent of new electricity generation will emerge from non or low-emission sources, with wind energy anticipated to account for the majority of this growth. This shift towards cleaner energy is seen as a crucial component of Canada’s long-term energy strategy.
Data Centres: A Wild Card in Demand Forecasts
While the report outlines a clear trajectory for electricity generation, it also acknowledges the uncertainty surrounding the future energy demands from data centres. These facilities, which house vast computational resources, pose challenges for accurate forecasting due to their unpredictable growth patterns. In a conservative estimate, data centres are projected to increase electricity demand by as little as 0.5 gigawatts by 2030. In contrast, under a more optimistic scenario, they could contribute an additional 12 gigawatts to the national power grid by 2050.
This disparity in forecasts highlights the need for flexible energy planning as the tech industry continues to evolve. The report does not account for potential changes to federal electric vehicle policies, which could further influence electricity demand dynamics.
Oil and Gas Production Trends
The report also delves into Canada’s oil production forecasts, noting that while crude output is set to grow in the near term, it is expected to peak at varying times depending on market conditions. Currently, Canada produces approximately 5.5 million barrels of oil per day, with projections suggesting an increase to 6.1 million barrels by 2040 under current policies, before stabilising around 5.9 million barrels by 2050. In a more optimistic scenario, driven by robust global prices, production could peak at 6.7 million barrels by 2044.
Natural gas production is also anticipated to rise, potentially reaching between 21 and 32 billion cubic feet per day by 2050, compared to 19 billion cubic feet per day in 2025. Much of this growth is attributed to liquefied natural gas (LNG) projects, with expectations that a quarter of all Canadian gas production will be linked to LNG exports by 2050.
Environmental Considerations
Importantly, the report indicates that greenhouse gas emissions are projected to decline across all scenarios, although they may plateau around 2035 if current policies remain unchanged. Achieving net-zero emissions by 2050 will necessitate a comprehensive transition to low-carbon technologies, demanding further climate action from both governmental and industry stakeholders.
The ongoing geopolitical tensions, particularly in the Middle East, have not been factored into the CER’s projections. The recent conflict has led to a significant spike in global oil prices, underscoring the volatile nature of energy markets and their potential impact on Canadian production forecasts.
Why it Matters
The findings of the Canada Energy Regulator’s report highlight a critical juncture for the nation’s energy landscape. As Canada grapples with the dual challenges of meeting rising energy demands and reducing greenhouse gas emissions, the integration of renewable sources, particularly wind energy, will be vital. Furthermore, the unpredictable nature of data centre growth adds a layer of complexity to energy planning, necessitating a proactive approach to ensure that Canada’s energy infrastructure is resilient and capable of supporting a sustainable future in an increasingly digital world.
