Feasible???
> The point isn’t to be cheaper it’s to try and avoid NIMBYism while being feasible.
You owe me a new keyboard.
What part of "relocating gigawatts of compute capacity to sun-synchronous orbit" is remotely, never mind objectively "feasible"?
It fights fundamental physics on at least three fronts:
1. The mass of equipment required to go to orbit. How much does the equipment inside a datacentre weigh? Including coolant, 10kA copper busbars, etc. How much does it weigh when it needs a passive black-body radiator to cool it? What is the (terran) energy/pollution cost of hauling all that shit up to orbit?
2. Cooling. As alluded to above, there is no air cooling and no evaporative water cooling in spaace. Chips burn up not much past 125C/400K. That doesn't radiate much. Sure, the backsides of space solar panels don't overheat, but that's because they have a huge surface area for free. How do you transport the heat from a tiny 1kW chip out to a 10 sq.m surface, while minimising weight?
3. Power. A Gigawatt is a fucking huge number. The sun's power in space is only 30% more than it is on Earth, so even in spaace, you'd need a huge area of panels to provide that sort of power
Then there's ionising radiation, comms, cost, pollution, geopolitics (defensibility against missile attack), and other "minor" issues.
Feasible, it is not. And "NIMBYism" is the least of their worries for building on Earth. This is desperation from the tech bros; distraction from an obviously faltering bubble.