@fr0g
@feddit.deMicroOS (and its flavors) update the same way Android does; as a full image
They don't. They update with regular packages. The updates are atomic though and are only applied at next boot, so there's less of a risk of weird breakages.
I guess that depends. If the costs to invest in storage is cheaper long term than losing money from excess energy, then energy companies would lose less money and thus could offer cheaper prices. But it would definitely help decrease or get rid of negative prices.
In isolation, it's very obviously a bad thing, because it makes solar less profitable and might slow down the switch to renewables.
In a wider context, it can still be seen as a god thing as it means there has been a significant pivot to solar already and luckily it's also a very solvable problem. There just needs to be more energy storage.
up to 60 km/h, only on Autobahn
Huh, how does that go together? Aren't you supposed to go at least 80 or something on an autobahn?
Mal kurz geguckt, ob sich bei Wikipedia was finden lässt
On America's East Coast, rain that is derived from the Atlantic Ocean typically has a pH of 5.0–5.6; rain that comes across the continental from the west has a pH of 3.8–4.8; and local thunderstorms can have a pH as low as 2.0.
Scheint also tatsächlich stark vom Ursprungsort abzuhängen.
Mir ist natürlich klar, dass das Regenwasser nicht immer gleich zusammengesetzt ist,
Inwiefern ist das denn klar? Sollten die chemischen Eigenschaften bis auf die Luftverschmutzung die beim Herabfall mit aufgenommen wird nicht überall gleich sein, bzw wenn sie sich unterscheiden, würde das nicht eher an der Herkunft der Wolken als dem Ort das Ausfalls liegen und entsprechend nach Wetterlage variieren?