Thank you for the question.
I can answer it in two parts.
First, with respect to the technology-readiness level, as I mentioned before, the luxury we have had is that we are taking an existing technology and scaling it up. We have a very high comfort that the technology will be ready well before 2030. The truth is that we already have the electrical demonstration unit up and running whereby we take electricity to you to create electricity, and that is really proving the heat pipe design and the scalability of what we've licensed from the Los Alamos lab. That has been completed successfully.
The next step would be a nuclear demonstration unit, which we plan to have completed by 2026. That is well within the four years.
In terms of when it's commercially ready for the market—to the questions posed before—it really depends on the licensing process. The other question I believe Dr. Edwards mentioned was about the customer requirements as well. We do have customers who do want the unit now and we're hoping that the licensing process will be much shorter and they will have access to the unit itself today.
In terms of the partnership with renewables, I'm a huge supporter of renewables, both wind and solar, but we've heard countless times before—right now it's not sunny in Toronto—that there are times when the sun's not shining and the wind's not blowing.
We can envision technology like the eVinci microreactor being coupled with wind and solar to allow safe backup whenever we don't have that power coming from the renewable itself. It might actually exploit and support renewables to grow even further than what they have today—because they don't have the safe backup required—and they sometimes require, I think, diesel backups to provide power when the wind's not blowing.