I agree but there are legacy daemons that do not follow the spec. Most here will never see them in their lifetime but I had to deal with it in the financial world. People would be amazed and terrified at all the old non-standard crap that their payroll data is flying across. They just ignore the range and send the entire file. I am happy to not have to deal with that any more.
Author also forgot batteries for the solar shade transition period and then additional solar panels to charge these batteries during the solar "day" period. then insulation for batteries. Then power converters and pumps for radiators and additional radiators to cool the cooling infrastructure.
Overall not a great model. But on the other hand, even an amateur can use this model and imagine that additional parts and costs are missing, so if it's showing a bad outlook even in the favorable/cheating conditions for space DCs, then they are even dumber idea if all costs would be factored in fully. Unfortunately many serious journalists can't even do that mental assumption. :(
I'd say int makes much more sense to just shut off in the sunshade. The advantage of orbital solar, comes not so much from the lack of atmosphere, but the fact that depending on your orbit, you can be in sunlight for 60-100% of the time.
That proposal I've seen a few times too, basically put up a constellation up there, linked with laser comms and then transfer data to the illuminated sats in a loop. That sounds possible, but I have doubts. First of all if we take 400 km orbit, the "online" time would be something like 50 minutes. We need to boot up the system fully, run comm apps, locate a peer satellite and download data from it (which needs to be prepared in a portable form), write it locally and start calculations, then by the end of the 50 min repeat. All these operations are slow, especially boot time of the servers (which could be optimized of course). It would be great if some expert could tell us if it is feasible or not.
You can use everything as a radiator, but you can't use everything as a radiator sufficiently efficient to cool hot chips to safe operating temperature, particularly not if that thing is a thin panel intentionally oriented to capture the sun's rays to convert them to energy. Sure, you can absolutely build a radiator in the shade of the panels (it's the most logical place), but it's going to involve extra mass.
You also want to orient those radiators at 90 degrees to the power panels, so that they don't send 50% of their radiation right back to the power panels.
It has broken scrolling, very irritating. Scroll to top doesn’t work at all and when I fiddle with the fake windows regular scrolling can’t decide if the fake window or the whole page should scroll.
FaceID is much slower than TouchID, FaceID fails with wet glasses, it fails with a breathing mask. I can’t use the phone with wet fingers or gloves so needing a bare dry finger for TouchID is fine. FaceID annoyingly worse.
But doesn't this actually strengthen my point? Debian transitioned from a tool written in a more demanding language to a tool written in a less-demanding one.
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