The next big market is actually replacement plants in the USA and Europe. Electricity generation may have peaked there, but much of the generating capacity is decades old and needs replacement. There are a lot of smaller facilities that are not gigawatt-scale that need to shut down, and it's easier to plug that gap with SMRs.

South and Central America are small markets, but they won't be ignored. There is a lot of complexity here with the inter-national hydro projects and broken up grids, so I'm sure some countries will look into SMRs.

Africa unfortunately just doesn't factor in except as a long-term possibility for growth. It's only 3% of electricity generation now, and its share will probably fall as Asia electrifies.

This is all worst-case scenario where SMRs are less financially competitive than current gigawatt-scale designs. If SMRs do actually succeed in being cheap assembly-line reactors, then all bets are off and the industry will experience explosive growth.

But there's a real possibility when all this shakes out that SMR's only advantage will be their flexibility. And that might be enough. A major issue with gigawatt scale nuclear is that it's frankly too big for most markets. Only very large electric markets can can easily digest a new always-on 1000 megawatts of electricity, and you need to be building multiple plants at a time for this all to be economical. That's why the nuclear power rollout of the 60s through 80s worked, and why China and to a lesser extent India's nuclear industry is thriving presently.

With an SMRs smaller scale, there are just way more available projects where nuclear is feasible, and so a more consistent workload can keep everyone employed and subcontractor's backlogs filled. The flexibility in scaling lets you reclaim the benefits of having an experienced workforce and that knows how to build nuclear power plants, something we lost in the west when we stopped building them.

But there are a lot of extra things you can do as an intermediate steps to dramatically close the gap. The main ones are:

1. Homes can be renovated to improve insulation 2. Cold weather heat pumps can handle most mild winter conditions efficiently 3. Electricity doesn't all have to be locally generated - it can be transmitted from other parts of the country. 4. You can keep using fossil fuel peaker plants, and still have incredible reduced overall emissions

Automatic drafting is something that I think might be a good target for doing some AI research on. Your prompt exists in the form of the solid model, and it's feature tree and parameters. The output is the lay out views and annotations. It's okay if the output isn't perfect, as I would expect to be reviewing it and doing some tweaks.

Helping with all of the ERP processes involved with releasing and maintaining engineering documentation would be a HUGE time saver. If I could ask a copilot program to start a change request, and give it some basic descriptions of what I'm changing, it would be massively helpful if it could start pulling relevant files, and auto-filling the right requests/forms/whatever to do that process.