Instead of talking about propaganda, you should go check the sources you're telling other people to check.
South Korean energy does cost circles around subsidized wind and solar, and doesn't need ridiculous battery infrastructure.
Gen-3 PWR nuclear is, in reality, by far the cheapest form of power on Earth, and you'll never find any hard evidence from respectable sources saying otherwise. (Probably that's why you're poisoning the water with claims of lobbies and bingo cards.)
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> There's risks that don't show up in neat, averaged numbers
No, there aren't. Nuclear has killed fewer people all of in history than any other form of power generation in its worst month. Almost no industry in human history, power generating or otherwise, has a human death safety record anywhere near as good as nuclear power's. (I can't think of a single specific counter-example. Can you?)
The worst nuclear disaster in history, Kyshtym, which most people have never even heard of, didn't kill as many people as a bad bus accident.
Please bring hard evidence with your next set of claims. No, I don't mean estimates from the 80s by non-doctors that never panned out.
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> think Russia shelling a nuclear plant in 2022
Zero deaths. You wouldn't expect that from other forms of power plant being shelled.
Your examples work against you.
There's a reason why when we talk about deaths from other forms of power we talk about actual deaths, but when we talk about deaths from nuclear power, we talk about risk that hasn't occurred and what might maybe happen someday
If you look at the numbers, and say "yes, but in my imagination," then you're doing the wrong thing
You say "check your sources" but you haven't actually done that yourself, yet
You talk about "advertising from nuclear lobbies" but nuclear fans' sources tend to be the government
Storage is cheap. We have myriad alternatives, according to local requirements. Efficiency used to be a worry, but solar has got so cheap, you just add panels to make up the difference.
And yet it's solar being built all over the world, not storage.
But storage will lag in volume until intermittent sources like solar produces enough in any given region that there are significant periods of excess that aren't better to deal with by bringing other plants offline.
All this is easy for an operator to figure out, daily: add solar, fuel cost falls in exact proportion. When you have to turn off enough banks of panels enough of the time, you start building stuff to absorb that energy for later. But not until building more panels cuts your fuel cost less than building storage cuts your night-time fuel cost. (Wind input makes this calculation less deterministic.)
That, combined with the ability to extract CO2 from the atmosphere and convert that into Methane would result in carbon neutral (or even negative, if any of the converted CO2 carbon breaks away from the O2 in the burning process as soot) any time power delivery.
Yes, you would be burning the methanol in an engine to turn a turbine but if the carbon for that process came from the atmosphere to begin with then who would be upset by that?
But selling it let you pocket a few bucks, so the choice was obvious.
They should tax half the carbon you extract as if it were mined, unless you sequester it instead.