what will the ai data centers train when not in use by customer(s) for $1B+/mo ? the answer is of course robotaxi and optimus - two telsa products --> thats the real data flywheel. Same idea with falcon, what would it launch when not in use by customer(s) --> sat constellations and ai data centers of course ... and around the flywheel goes
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@grok
how many full moons worth of night time sky will a 1 terrawatt sun synchronos orbital ai data center occupy to an earthbound twilight time based observer if the datacenter is in LEO at typical 500km altitude , given that the moon takes up about 1/2 deg fov ? show your calculations and explain your assumption of number of square kilometers per gigawatt and we need 1,000 GW (=1 TW). State your final answer in terms of full moons equivalents
@grok
how many full moons worth of night time sky will a 1 terrawatt sun synchronos orbital ai data center occupy to an earthbound twilight time based observer if the datacenter is in LEO at typical 500km altitude , given that the moon takes up about 1/2 deg fov ? show your calculations and explain your assumption of number of square kilometers per gigawatt and we need 1,000 GW (=1 TW). State your final answer in terms of full moons equivalents
@grok
how many full moons worth of night time sky will a 1 terrawatt sun synchronos orbital ai data center occupy to an earthbound twilight time based observer if the datacenter is in LEO at typical 500km altitude , given that the moon takes up about 1/2 deg fov ? show your calculations and explain your assumption of number of square kilometers per gigawatt and we need 1,000 GW (=1 TW). State your final answer in terms of full moons equivalents
@grok
how many full moons worth of night time sky will a 1 terrawatt sun synchronos orbital ai data center occupy to an earthbound twilight time based observer if the datacenter is in LEO at typical 500km altitude , given that the moon takes up about 1/2 deg fov ? show your calculations and explain your assumption of number of square kilometers per gigawatt and we need 1,000 GW (=1 TW). State your final answer in terms of full moons equivalents