This is a question fundamentally about cost, and I'm glad, Mr. Weiler, that you've pulled something to the forefront that is often overlooked when we talk about cost.
Nuclear is a non-emitting electricity source with the lowest full-life carbon cycle footprint, and it produces electricity 24-7, 365 days a year. With small modular reactors, of course, this promises the ability to make this source of electricity and clean heat very scalable. When we look at the cost of intermittent or weather-based technologies like solar, as you mentioned, and wind, we have to acknowledge that the cost of making solar and wind a reliable source of electricity requires storage or some other form of partnership.
That being said, nuclear has a very good track record of being a low-cost electricity provider in Canada. In Ontario, as a matter of fact, it is a lower cost than wind, solar and gas. The prospect of small modular reactors is that they are very responsive and scalable and can support more solar and wind. It is true that the cost has to be proven out. These are first-of-a-kind deployments, but our studies show that they are going to be competitive when you look at them from an entire cost perspective with solar and wind.