True but with nuclear you can usually schedule the downtime well in advance. With wind it just stops whenever, whether you’re ready for it or not.

Funny enough, this is why you see wind farms where there is a decent prevailing wind.

The biggest issue is usually our lack of capacity to store/transmit. They shut of some turbines because they over produce for the Network capacity.

You have to fire up the gas generators either way to fill in the gaps.

Scheduled nuclear downtime isnt any greener than the a slow wind day.

But downtime of a turbine only affects one turbine. The rest can carry on as normal and generate power. With nuclear you can lose 1000MW all at once.

That's the same as saying nuclear can hit 95% while the real-world average is more like 80%. For wind that number seems to be around 40% (both land and offshore from a quick search). Guess the jury is out on how more extensive maintenance will affect these projects(?), but down time for wind turbines are probably a lot less than for nuclear plants.

Capacity factors for wind projects surely are highly dependent on location, not just technology. Remains to be seen how many premium locations are suitable?