

You don’t use 48 kW you have 48kW capacity, that’d be 33 (1500W) electric space heaters running nonstop 24/7. I have electric heat, electric oven/range, and an electric car and I averaged 3 kW across the last week. (406 kWh between the 26th and 1st)
A comparison that is reasonable is an h100 rack cluster like this which uses about 60 kW per rack. For input power, the newer iROSA solar panels generate about 20 kW at a size of 20ft x 60ft each. Throw in 4 of those radiators, and you have something that is feasible to throw into space. Again, I can’t judge the economics of launching and running a space based datacenter business, but you could absolutely launch and operate a space rack with current tech.





If your argument was one of cost, you should have said so from the start! Economically, it might or might not make sense. I can’t pretend to know the economics of running a space based datacenter, I’ve never run a ground based datacenter.
But you have been arguing about power and electricity and heat and how proud you are to have 200a service at your house (congrats on owning it, btw, tough nowadays) but those aren’t the dealbreakers. If the AI bros want to lose billions putting the datacenters in space, I don’t have a huge problem with that. Better that than diddling kids and destroying society, which is what they seem to be spending their money on now.