Nuclear should be considered part of clean energy standard, White House says

Ahead of its time, it was unjustly rejected and persecuted by the ignorant masses. Its advocates are bonded by the quiet pride that at least they weren't unthinkingly siding with those masses. (And they're right!) Meanwhile, as the Amiga stagnated for terribly unfair reasons, other, scrappier technologies like the i386 and UMG-Si grew from being worthless boondoggles (except in special circumstances, like spaceflight) to being actually far better and cheaper. But the Amiga advocates keep the faith, sharing their suffering and resentment. They inevitably try the alternatives a little and perhaps even start to like them. Gradually their denial recedes, decade by decade.

But they know that however much fab costs go down and leave their beloved Amiga behind in the dust, you'll never be able to run nuclear submarines and Antarctic research stations on solar panels.

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Wind, where available, undercut the cost of steam power (including nuclear and coal) a decade ago, and PV undercut it in equatorial parts of the world about four years ago, or in even more of the world if you don't include storage. As a result, last year, China, whose electrical consumption has doubled in the last decade, built 48.2 gigawatts† of new photovoltaic capacity last year https://www.reuters.com/article/us-china-energy-climatechang... but only has, I think, something like 10 GW of nuclear plants under construction, scheduled to come online over the next several years. PV installed capacity in China is growing by 23% per year, the same rate it has been growing worldwide for the last few years; with some luck that will return to the 39%-yearly-worldwide-growth trend that has been the fairly consistent average over the last 28 years.‡

(A previous version was posted at https://news.ycombinator.com/item?id=26218673.)

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† China's PV capacity factor seems to be only about 13%, so those 48 GWp probably work out to only about 6 GW average. It would be nice if China managed to site its new PV plants in places that could provide a capacity factor like California's 28%.

‡ Why 28? Because I haven't found figures yet on what worldwide installed capacity was in 01992 or earlier.

Basically last minute design changes. Having people sitting around doing nothing because their skills were not needed at the current time. You would have over crowded work areas and either insufficient or lack of tools needed to do the work.

Standardization, the same methods by which the price of solar panels plummeted could benefit nuclear as well. there is no reason as a nation a standardized design could not be created and installed with good speed and low costs.

Think of it as a modern day Liberty ship except we are freeing ourselves from fossil fuels

[0]https://news.mit.edu/2020/reasons-nuclear-overruns-1118