zlacker

According to Gemini, Earth datacenters cost $7m per MW at the low end (without compute) and solar panel power plants cost $0.5-1.5m per MW, giving $7.5-8.5m per MW overall.

Starlink V2 mini satellites are around 10kW and costs $1-1.5m to launch, for a cost of $100-150m per MW.

So if Gemini is right it seems a datacenter made of Starlinks costs 10-20x more and has a limited lifetime, i.e. it seems unprofitable right now.

In general it seems unlikely to be profitable until there is no more space for solar panels on Earth.

>>lifis+(OP)
His bet then, is that the $1 million cost to get a Starlink V2 mini into orbit can be made cheaper by an order of magnitude or two.

>>fragme+n7
But it is always going to be significantly more expensive than a terrestial data center. Best-case scenario it'll be identical to a regular data center, plus the whole "launching it into space" part. There's no getting around the fuel required to get out of the gravity well. And realistically you'll also be spending an additional fortune on things like station keeping, shielding, cooling, and communication.

>>lifis+(OP)
All kinds of industries have been conserving more each decade since the energy crisis of the 1970's.

With recent developments, projected use is now skyrocketing like never seen since.

Before that I thought it was calculated that if alternative energy could be sufficiently ramped up, there would be electricity too cheap to meter.

I would like to see that first.

Whoever has the attitude to successfully do "whatever it takes" to get it done would be the one I trust do it in space after that.