Who reads this anyway? Nobody, that’s…. Oh wait. Some people do. I guess I should put something worth reading in here then. Well here’s a test. How much text can you put in here? Who knows? We’ll find out together.

I could write just about anything here, and it wouldn’t really matter. I could go on an on about nothing in particular, and there would still be space left unused. If you’re like really verbose, you could write about any pointless topic without ever reaching a conclusion, and you wouldn’t even hit the character limit. Like, how long could this text be before you hit the wall? Surely, there’s a limit? You can’t just dump a chapter of lorem ipsum in here, now can you?

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus mollis urna sit amet augue mollis interdum. Praesent sed massa eu quam vestibulum elementum. In pharetra sodales

Wow, that’s a lot of text. Previously, you couldn’t have this much, but now they’ve changed the settings, which is pretty neat.

  • 5 Posts
  • 1K Comments
Joined 2 years ago
cake
Cake day: June 5th, 2023

help-circle





  • Latitude and clouds really matter in these calculations. Further up north, the light gets weaker, so you’ll need to compensate with more panels. Also, the sunny hours fluctuate wildly between the short days in winter and short nights in summer.

    The article mentioned Birmingham, and in that case, solar is just one of the many power sources they’ll need. Solar can support the mix, and in the summer it could even dominate for a while. They’ll still need a lot more from other sources.

    The closer to the equator you are, the more sense it makes to use solar power. In places like Germany, it’s already fine, in Greece it’s really good. Anywhere south of that, it’s clearly the best solution.


  • Conversions tend to be inefficient, but in this case you can use only the best kinds of conversions.

    They’ll use cheap electricity to heat up the sand, which is approximately 100% efficient. Then, the heat is stored for a while, and that’s when some of it will leak through the walls. Not a whole lot though, because of insulation and a small surface to volume ratio. Eventually, the heat is used to heat up water, which is another highly efficient conversion.

    If you convert another form of energy back to electricity, you tend to lose a lot of it as heat. Physics just loves to use heat as the final destination for all sorts of energies, so it only makes sense to aim for utilizing it instead of treating it as a byproduct.