Thank you, Madam Chair.
Ladies and gentlemen, thank you for inviting me to appear before the committee.
In 2024, Canada exported approximately 4.5 million barrels of oil a day, 8.8 billion cubic feet of natural gas and 36 terawatt-hours of electricity, the vast majority to the U.S. These exports came from many independent producers, most of them owned by foreign interests. Canada ranks among the world's largest energy exporters. However, because of its ownership and production structure as well as its markets, which are dominated by a single customer, Canada's influence on global and regional energy prices is marginal, even with the recent development of the Trans Mountain pipeline and the LNG Canada methane terminal, two significant pieces of infrastructure. This means that Canada is simply a major energy producer and exporter, not an energy superpower on the world stage.
Despite recent announcements, Canada's position on the world stage when it comes to energy is unlikely to change. To understand why, we need to look at the main energy exports. First is electricity. While some provinces were able to take advantage of their low electricity production prices to export significant amounts to the U.S., new electricity supplies in Canada have no significant competitive advantage compared to the U.S. The reason is that the technologies used largely come from abroad, whether it's for nuclear energy, wind turbines, photovoltaic solar energy or battery storage. This means Canada pays the same price for its new production infrastructure as the rest of the world.
Some electricity producers might benefit from favourable conditions, but otherwise, we can't expect electricity to become a huge export product. I think the same can be said about potential exports of green hydrogen, for which there's still no convincing business model. Even worse, Canada was once at the cutting edge of electricity generation and use; that's no longer the case. It is now completely out of step when it comes to renewable energy production and storage technologies, as well as the electrotechnology that is transforming the planet today.
On the natural gas side, production in the U.S. is expected to remain strong over the next few years, making any significant increase in exports to the U.S. unlikely. That said, there might be some opportunities with the growing number of methane terminals in the U.S., which could open themselves up a bit to the natural gas market, and especially put upward pressure on the price of natural gas.
LNG Canada phase 1 has an export capacity of about 14 tonnes per year, which represents about 10% of natural gas production in Canada's western basin. Once operational, it could also lead to an increase in production and in price.
However, even with the west coast projects, Canada should remain a second-tier player in natural gas, well behind the U.S., Australia and Qatar. Without any real ability to influence global prices, Canada is not a superpower in that regard either. While it is expected that global production capacity could exceed demand, we could also see a decline in the value of natural gas in Canada.
On the oil side, although Canada is a major exporter, its markets are not very diversified, which explains the price difference of $16 U.S., for example, between Western Canada Select and West Texas Intermediate.
This is unlikely to change anytime soon. In spite of the new Trans Mountain pipeline, which has a production capacity of nearly 900,000 barrels a day, only 270,000 barrels were shipped to Asian markets in the first 9 months of 2025. Despite the promises, which we are talking about a lot today, it is hard to see how we could increase the number of private pipeline projects, because Trans Mountain is already unable to bill its actual oil transportation cost. The company is barely recovering its operating costs, and there is no hope of amortizing construction costs, which are significant.
Underlying these findings is also the issue of shifting demand, as the rest of the world outside North America accelerates the adoption of electric technologies in transportation, construction and industry by relying on wind power, solar photovoltaic energy and batteries. These transformations are already reducing historic growth in fossil fuel demand globally and could very soon lead to a net reduction in that demand, which would significantly affect the value of Canadian investments in fossil fuel production and transportation infrastructure.
In summary, despite significant energy production, Canada is not an energy superpower.
As mentioned, things are not expected to change in the next few years. On the contrary, I would say that without a real policy for the adoption, mastery and development of modern technology based on renewable energy and electricity, Canada risks becoming less and less important and relevant on the world stage in the energy sector.
Thank you.