how’s an orbital datacenter going to cool itself?
Comment on I Thought I Knew You
brucethemoose@lemmy.world 5 hours ago
The really hilarious thing is evaporative cooling (that takes so much water) is simple penny pinching over a closed loop system. That’s all.
…Yet Bezos and Musk are talking orbital datacenters?
Pick a lane?
nialv7@lemmy.world 4 hours ago
crunchy@lemmy.dbzer0.com 4 hours ago
Because it’s cold in space, of course /s
brucethemoose@lemmy.world 3 hours ago
pebbles@sh.itjust.works 4 hours ago
Imagine how good water could evaporate in space!
jaybone@lemmy.zip 1 hour ago
Water in a vacuum broke my $500 Dyson and I’m still pissed about it. I should have just got the $80 garbage from Target, and if it breaks I buy a new one. Which is so wasteful.
ayyy@sh.itjust.works 3 hours ago
Not really, no. It saves a shitload of electricity, which with current technology means not spewing as much CO~2~ in order to generate that electricity.
brucethemoose@lemmy.world 3 hours ago
See this comment: lemmy.world/post/38090104/20233592
But the TL;DR version:
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Launching anything into space is heinously expensive.
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With very generous math, you’d need a radiator like a mile across to cool a space data center, but practically? Probably larger.
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Datacenter hardware is unreliable and goes obsolete quickly, and any kind of maintenance in space is basically cost prohibitive.
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There are other smaller yet still crippling engineering challenges, like bit flips from radiation (which gets move severe as lithography shrinks; look up Nvidia’s research on this), assembling large structures in space reliably, and extremely difficult/expensive networking.
And most of all… Solar is dirt cheap on Earth, compared to that.
It’s like saying “air conditioning is difficult” and proposing “I know! Let’s live under the Antarctic ice sheet!” That’s not hyperbole. It might be more practical, actually…
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BennyInc@feddit.org 5 hours ago
All that evaporating water is gonna trickle down eventually. Just like the money.
aeronmelon@lemmy.world 3 hours ago
What’s going to be in the water when it gets down there?