Yes. Bringing the total price to almost that of nuclear.
But unlike nuclear -- the price of which increased continuously from the 60s through early 90s while production was the highest it has ever been -- they are both dropping precipitously. So much so that the whole system cost could plausibly be lower than just the steam turbine and heat exchanger component before a new reactor would open (which is already mass produced more than any other production technology).
By all means build nuclear, but do it on a level playing field. Either give 60 year guaranteed prices at 2-4x current market rate, zero risk loans, and free insurance to all zero carbon sources with >90% availability or none.
This is the complete opposite of reality. Nuclear saw it's largest period of growth during the late 1960s and early 1970s. Following the mid 1970s growth tapered off, and higher prices ensued as economies of scale were lost.
https://www.sciencedirect.com/science/article/pii/S030142151...
Here's a chart from that paper plotting plant construction vs cost over time. The big cluster of cheap plants in the late 60s and early 70s is what nuclear looks like when economies of scale are leveraged: https://ars.els-cdn.com/content/image/1-s2.0-S03014215163001...
If you're going to accuse me of dishonesty, it'd be good to at least try to explain what I lied about. Did plant construction not slow down? You have the history of nuclear plant construction available to you in the previous comment. If you want to make the claim that it was plant designs changing that led to raised costs, then it'd be good to explain how nuclear plants changed.
> If you're going to accuse me of dishonesty, it'd be good to at least try to explain what I lied about.
https://www.eia.gov/todayinenergy/detail.php?id=2030
You showed a graph of prices which decreased a little with tye first few large scale PWRs, then continuously increasing from late 67 through 72 when construction was at its peak. Then continuing to increase for the second peak of construction start (which was when those first set were just finished).
If what you said was remotely true, then the graph -- which you showed me -- would have its lowest price at the reactors which were permitted aroun '75 and finished around 85.
This is the opposite of what it shows.
You are showing a direct contradiction of your thesis and claiming it somehow proves it. Ergo you are directly lying whilst showing proof you are lying. This is what gaslighting is.
The graph shows a negative, learning rate, a positive correlation between under construction plants and price, a positive correlation between recently finished plants and price, and for the non-demonstration section, a negative economy of scale.
There are reasons outside that graph many of those aren't true due to confounding factors, but that's notwhat you said.
Solar is indeed better than nuclear if your goal is to reduce the amount of fossil fuel use by shutting coal and gas plants down during sunny days. But if the goal is a total elimination of fossil fuel use, then the cost of storage has to be included and nuclear wins out.