But there are solid engineering and logistical advantages. Not having to deal with nimby’s, permitting, data center blowback is a big advantage. It’s difficult to spin up new power infrastructure in western countries, and putting up a satellite with direct 24/7 solar power means you can skip the headache of building new power infrastructure. My electricity bill has increased by 50% in the last year and most of that increase is likely because of data centers powering AI. If we can instead directly power that compute in orbit from the sun then it will not increase demand on existing power infrastructure.
I’m not convinced that the economics are favorable to space based data centers, but ironically, it still might be a lower hurdle than terrestrial data center approval.
It's also pretty well accepted that the FAA is very cozy to SpaceX, and partially because NASA is basically dependent and beholden on SpaceX at the moment.
The orbit that this is in doesn't meet that criteria. While it is in a near polar orbit, it is not in a dusk dawn orbit ( https://en.wikipedia.org/wiki/Sun-synchronous_orbit ). Half of its orbit is in shadow.
As I wrote this, it is above Campo Grande, Brazil. The time there is 10 pm.
https://satellitemap.space/sat/100902
1 A0902U 26227V 26304.16445033 .00002596 00000-0 13395-3 0 9997
2 A0902 97.4408 13.1552 0001768 65.9370 294.2048 15.17216777 4461