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  1. バツ子(痛いの痛いの飛んでけ;; (shmibs@tomo.airen-no-jikken.icu)'s status on Saturday, 20-Mar-2021 08:06:21 JST バツ子(痛いの痛いの飛んでけ;; バツ子(痛いの痛いの飛んでけ;;
    in reply to
    • Caleb James DeLisle
    • lain
    • Mathemagician
    • kravietz ????
    @lain @cjd @kravietz @mithrandir things have seen for this besides batteries are like flywheels, for surge balancing, water reservoirs up a hill with hydro-power, this train that's just a bunch of weights that run up hill and then come back down again: https://aresnorthamerica.combesides lithium-ion, though, there are also those whatsit liquid batteries where you want them hot rather than doing cooling and they don't degrade so easily like the solid ones do because things are re-melting and forming every time you charge and discharge https://news.mit.edu/2016/battery-molten-metals-0112
    In conversation Saturday, 20-Mar-2021 08:06:21 JST from tomo.airen-no-jikken.icu permalink

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    1. Domain not in remote thumbnail source whitelist: news.mit.edu
      A battery made of molten metals
      A new rechargeable, liquid battery made of molten metals and developed at MIT could one day play a critical role in the massive expansion of solar generation, which will be needed to mitigate climate change by midcentury.
    • lain (lain@lain.com)'s status on Saturday, 20-Mar-2021 08:06:24 JST lain lain
      in reply to
      • Caleb James DeLisle
      • Mathemagician
      • kravietz ????
      @cjd @mithrandir @kravietz this looks pretty good and should solve a lot of energy issues simply by being the most cost effective option. do you know how to the energy storage problem will be tackled? I.e. the sun doesn't shine at night?
      In conversation Saturday, 20-Mar-2021 08:06:24 JST permalink
    • Caleb James DeLisle (cjd@mastodon.social)'s status on Saturday, 20-Mar-2021 08:06:25 JST Caleb James DeLisle Caleb James DeLisle
      in reply to
      • Mathemagician
      • kravietz ????

      @mithrandir @kravietz 1. "Naive" economies of scale, bigger more efficient factories, better processes.2. R&D-based economies of scale: more people buy PV, more competition, more R&D investment --> higher efficiency, longer lasting PV made with cheaper materials and processes.

      Same story as batteries. It's not govt research that's driving these curves, it's competition.

      In conversation Saturday, 20-Mar-2021 08:06:25 JST permalink
    • Mathemagician (mithrandir@pl.wizards.zone)'s status on Saturday, 20-Mar-2021 08:06:34 JST Mathemagician Mathemagician
      in reply to
      • Caleb James DeLisle
      • kravietz ????
      @cjd @kravietz >New solar deployment is up within a year.Indeed, it is quicker to build the plant, but the plant also takes up more space (with exceptions -- those towers outside Vegas are wonderfully compact, idk how much power they put out though), and you have to build it somewhere where you get sunlight/wind reliably enough that the plant is worth building. For a lot of cities that means the plant has to be far away, which leads to high line loss.OTOH solar and wind are eminently the best strategy for power in rural and low-density urban areas, where the cost of land is cheaper and also it makes more sense to spread out power production. A small town would probably be better served by nearby solar and wind farms than a faraway nuclear plant.The article you linked seems to be making an argument that *nothing* besides wind, solar, and waves should be invested in. That just seems shortsighted to me, especially when so many proposed power sources are still in their infancy.>Every solar panel built makes building the next one cheaper.Huh? You mean that it's easy to mass produce them, right? There is not an infinite supply of silicon, and the fixed marginal cost of the production process remains the same until you change the production process.
      In conversation Saturday, 20-Mar-2021 08:06:34 JST permalink
    • Mathemagician (mithrandir@pl.wizards.zone)'s status on Saturday, 20-Mar-2021 08:06:35 JST Mathemagician Mathemagician
      in reply to
      • Caleb James DeLisle
      • Mathemagician
      • kravietz ????
      @cjd @kravietz (helps also to reduce the storage problem for renewable energy)
      In conversation Saturday, 20-Mar-2021 08:06:35 JST permalink
    • Caleb James DeLisle (cjd@mastodon.social)'s status on Saturday, 20-Mar-2021 08:06:35 JST Caleb James DeLisle Caleb James DeLisle
      in reply to
      • Mathemagician
      • kravietz ????

      @mithrandir @kravietz Per the link I dropped, problem with NEW nuclear is it takes like 15 years to bring it to completion. So shutting down nuclear prematurely is probably a bad plan, but spinning it up right now is kind of a case of too-little-too-late. New solar deployment is up within a year.

      Also scaling properties. Every solar panel built makes building the next one cheaper. True too of reactors but not many of them are (ever) made so scale doesn't happen.

      In conversation Saturday, 20-Mar-2021 08:06:35 JST permalink
    • Mathemagician (mithrandir@pl.wizards.zone)'s status on Saturday, 20-Mar-2021 08:06:36 JST Mathemagician Mathemagician
      in reply to
      • Caleb James DeLisle
      • kravietz ????
      @cjd @kravietz I think they would be useful in different situations -- solar and wind can provide surge power, nuclear can provide a baseline.
      In conversation Saturday, 20-Mar-2021 08:06:36 JST permalink
    • Caleb James DeLisle (cjd@mastodon.social)'s status on Saturday, 20-Mar-2021 08:06:37 JST Caleb James DeLisle Caleb James DeLisle
      in reply to
      • Mathemagician
      • kravietz ????

      @mithrandir @kravietz Definitely worth investigating to some extent. Scaling properties on solar are hard to beat, but small self-contained nuclear batteries could be competitive.

      In conversation Saturday, 20-Mar-2021 08:06:37 JST permalink
    • Mathemagician (mithrandir@pl.wizards.zone)'s status on Saturday, 20-Mar-2021 08:06:38 JST Mathemagician Mathemagician
      in reply to
      • Caleb James DeLisle
      • kravietz ????
      @cjd @kravietz I'm not convinced that it is bad to invest in nuclear power research. We're getting to the point now where thorium-based liquid salt reactors will be commercially available in 5-10 years. Many new thorium-based MSR designs would obviate concerns about traditional uranium-based nuclear power, in particular the risk of explosion from a meltdown would be nearly nil since they can be operated at 1 atmosphere of pressure, and their fuel would mostly be stuff that is considered a hazardus byproduct of rare-earth mining (which, coincidentally, is necessary to construct high-efficiency rechargable batteries)
      In conversation Saturday, 20-Mar-2021 08:06:38 JST permalink
    • Caleb James DeLisle (cjd@mastodon.social)'s status on Saturday, 20-Mar-2021 08:06:39 JST Caleb James DeLisle Caleb James DeLisle
      in reply to
      • kravietz ????

      @kravietz Even if someone cut down the trees in their yard, PV is still one of the best sources of energy:https://cleantechnica.com/2020/12/16/mediocrity-is-the-enemy-of-the-solution/

      In conversation Saturday, 20-Mar-2021 08:06:39 JST permalink
    • kravietz ???? (kravietz@social.privacytools.io)'s status on Saturday, 20-Mar-2021 08:06:47 JST kravietz ???? kravietz ????

      Spot the difference ????

      In conversation Saturday, 20-Mar-2021 08:06:47 JST permalink

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