Earlier quoted context omitted.
What's your point? The guy doesn't have a few billion to single handedly throw at the problem to test them out. There are feasible solutions to make it less expensive, whether or not they get put into practice is a different topic. The point is that nuclear is not inherently and permanently as expensive as it has been for the past few decades. > And it didn't address the time scale issue at all. The time scale issue…
How can the design be standardized? Each location has its own risks to deal with. Extreme heat in Arizona, earthquakes in California, flooding in Florida. Every nuclear plant is a bit different. There is no economics of scale when building nuclear plants.
> Extreme heat in Arizona, earthquakes in California, flooding in Florida.
Earthquakes happen everywhere to varying degrees and flooding typically doesn't happen with some warning. I'm not sure about extreme heat being a large problem? If it is, then don't build there. Build elsewhere and then build powerlines to get the power where it's needed. Sure, different areas involve different threats, but you can make a set of designs that work in different areas instead of doing bespoke designs for every one.
> There is no economics of scale when building nuclear plants.
There is to a certain degree. Consider the Vogtle 3 & 4 project. It was hugely over budget in costs and time. Westinghouse went bankrupt during its construction. One (of many) reasons for this was the lack of nuclear construction knowledge left in the US because we stopped building reactors. There are other pending nuclear projects that will now benefit from the knowledge and experience that was re-learned from the Vogtle project. Having an active industry most certainly does bring some economies of scale to life.