> The country is expected to reach an installed nuclear capacity of 400 GW in 2060.
Within the next ~14 months, the world will be deploying ~1TW/solar every year, ~200GW assuming 20% capacity factor for "apples to apples" comparison to thermal generation with a higher capacity factor. Compare to the rate of nuclear deployment and your 2060 figure, 35 years away.
> And, unlike wind and solar, nuclear power plants provide baseload and can actually drive an electricity grid.
There are numerous electrical grids in the world that operate without nuclear. There is minimum demand that needs to be met, but clearly nuclear isn't needed to do that (as evidenced by low carbon grids that operate without it).
Within the next ~14 months, the world will be deploying ~1TW/solar every year, ~200GW assuming 20% capacity factor for "apples to apples" comparison to thermal generation with a higher capacity factor. Compare to the rate of nuclear deployment and your 2060 figure, 35 years away.
> And, unlike wind and solar, nuclear power plants provide baseload and can actually drive an electricity grid.
There are numerous electrical grids in the world that operate without nuclear. There is minimum demand that needs to be met, but clearly nuclear isn't needed to do that (as evidenced by low carbon grids that operate without it).
https://e360.yale.edu/features/three-myths-about-renewable-e...
https://www.minister.industry.gov.au/ministers/husic/media-r...
https://web.stanford.edu/group/efmh/jacobson/Articles/I/NYNu...
https://www.google.com/search?q=baseload+is+a+myth