← Back to context Comment by denkmoon 17 days ago KW scale radiators for GW scale compute demand. It is not based in reality. 2 comments denkmoon Reply keeganpoppen 16 days ago it actually is not that impossible, and in fact can be done in a form factor not that different from Starlink satellites: https://www.youtube.com/watch?v=FlQYU3m1e80 denkmoon 16 days ago I didn't say impossible, I said not based in reality. Why would you do this? What economic advantage is gained?The radiators on the ISS radiate maybe 200kW all up. That's _one rack_ in a normal earthbound DC.
keeganpoppen 16 days ago it actually is not that impossible, and in fact can be done in a form factor not that different from Starlink satellites: https://www.youtube.com/watch?v=FlQYU3m1e80 denkmoon 16 days ago I didn't say impossible, I said not based in reality. Why would you do this? What economic advantage is gained?The radiators on the ISS radiate maybe 200kW all up. That's _one rack_ in a normal earthbound DC.
denkmoon 16 days ago I didn't say impossible, I said not based in reality. Why would you do this? What economic advantage is gained?The radiators on the ISS radiate maybe 200kW all up. That's _one rack_ in a normal earthbound DC.
it actually is not that impossible, and in fact can be done in a form factor not that different from Starlink satellites: https://www.youtube.com/watch?v=FlQYU3m1e80
I didn't say impossible, I said not based in reality. Why would you do this? What economic advantage is gained?
The radiators on the ISS radiate maybe 200kW all up. That's _one rack_ in a normal earthbound DC.