• Photonic@lemmy.world
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    3 hours ago

    A lower capicity factor just means, that wind and solar are fluctuating energy sources.

    Well yes. Obviously. And they are rarely able to supply at full power. So that means you are going to have to fill the gaps. To have a functioning grid, you need stability. You can’t say, well it works 95% of the time, as good as it gets folks!

    The graph underlines that NPPs can reliably un at maximum power almost all of the time. Not that they have to. I don’t think I’m the one who doesn’t get what that means.

    lower capacity factor

    Excuse me what? The capacity factor is about reliability, not flexibility. Why on earth would you want something that’s less reliable. You know you can’t tune the wind or sun, right?

    Batteries are only one option here.

    And nuclear is another. Have you thought about how you would provide power on those windless winter nights after an overcast day?

    You use salt at all? That’s Sodium-Chloride.

    Yeah I know what sodium is. I don’t need a mansplaination, thanks.

    But if you honestly think all it takes to make a sodium ion battery is slapping some salt inside a container we need to start at a whole another level…

    they can use existing infrastructure.

    No they can’t. We need all of those and more to make Li-ion batteries to make the transition to EVs.

    Your entire premise is based on wishful thinking. Let’s not base our entire future on wishful thinking. Instead, let’s diversify, and yes, that includes nuclear to get us through the winter.