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CIRCLE WITH A DOT

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  3. Global energy consumption operates at a terrifying scale.

Global energy consumption operates at a terrifying scale.

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  • yosh@toot.yosh.isY This user is from outside of this forum
    yosh@toot.yosh.isY This user is from outside of this forum
    yosh@toot.yosh.is
    wrote last edited by
    #1

    Global energy consumption operates at a terrifying scale. In 2024 the world consumed 186 PWh (Petawatt Hours) of energy. Of which solar only made up a measly 5 PWh.

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    Energy Production and Consumption

    Explore data on how energy production and use varies across the world.

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    Our World in Data (ourworldindata.org)

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    jonkoops@mastodon.socialJ 1 Reply Last reply
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    • yosh@toot.yosh.isY yosh@toot.yosh.is

      Global energy consumption operates at a terrifying scale. In 2024 the world consumed 186 PWh (Petawatt Hours) of energy. Of which solar only made up a measly 5 PWh.

      Link Preview Image
      Energy Production and Consumption

      Explore data on how energy production and use varies across the world.

      favicon

      Our World in Data (ourworldindata.org)

      Link Preview Image
      jonkoops@mastodon.socialJ This user is from outside of this forum
      jonkoops@mastodon.socialJ This user is from outside of this forum
      jonkoops@mastodon.social
      wrote last edited by
      #2

      @yosh Note this graph doesn’t take into account is the fact that fossil fuels are incredibly inefficient compared to renewables for energy generation, the method used measures energy before conversion losses.

      This means that when we electrify we use less energy in total (e.g. electric cars, heat pumps). Think of the entire chain of fossil fuels (extraction, refinement, transportation, combustion), there are enormous losses.

      Check out:

      https://youtu.be/EVJkq4iu7bk
      https://youtu.be/6c94vRmbM6Y

      jonkoops@mastodon.socialJ 1 Reply Last reply
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      • jonkoops@mastodon.socialJ jonkoops@mastodon.social

        @yosh Note this graph doesn’t take into account is the fact that fossil fuels are incredibly inefficient compared to renewables for energy generation, the method used measures energy before conversion losses.

        This means that when we electrify we use less energy in total (e.g. electric cars, heat pumps). Think of the entire chain of fossil fuels (extraction, refinement, transportation, combustion), there are enormous losses.

        Check out:

        https://youtu.be/EVJkq4iu7bk
        https://youtu.be/6c94vRmbM6Y

        jonkoops@mastodon.socialJ This user is from outside of this forum
        jonkoops@mastodon.socialJ This user is from outside of this forum
        jonkoops@mastodon.social
        wrote last edited by
        #3

        @yosh Basically, we don’t need to replace the fossil fuels in this graph with equivalent renewable energy, we will need much less (generally speaking). So it gives skewed picture of the effort required to phase them out.

        Don’t get me wrong, it is still a massive task, and there is much yet to do, but it isn’t as doom and gloom as the graph might allude to.

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        • uep@timeloop.cafeU This user is from outside of this forum
          uep@timeloop.cafeU This user is from outside of this forum
          uep@timeloop.cafe
          wrote last edited by
          #4

          @yosh it's also really best when distributed (uneven cloud cover) and networked

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