But my understanding is that top-loaders are always inefficient: they have to use a lot more water, because the clothes have to be submerged, and thus they also have to use a lot more energy to heat it.
7,132 karma · joined January 21, 2009
Brighton, UK
But my understanding is that top-loaders are always inefficient: they have to use a lot more water, because the clothes have to be submerged, and thus they also have to use a lot more energy to heat it.
One of the most ridiculous pairs of approximate homophones in the English language.
Proscribed = forbidden. Prescribed = recommended/required.
So if there's a crash, doesn't that just leave us with a bunch of useful AI hardware whose costs have been written off? I wouldn't have thought that much changes what social impacts AI is going to have.
I have now mostly switched to Wireguard for this, which is much more sane [2].
[1] https://github.com/jawj/IKEv2-setup [2] https://github.com/jawj/wireguard-setup
Some of their implementations, such as lane keeping, are good enough to keep. Others, such as speed limit detection, aren’t (though it’s much better at French speed limits than UK ones, which I suppose makes sense).
(I have a Renault EV and it’s excellent. Aside from the motor technology, it’s relatively light, has a heat pump as standard, and a good-sized battery).
More broadly, it’s unusual for me not to make everything open, and I do feel bad/conflicted about it. But, unusually, I feel like I have identified a possible route to monetising this, and I think open-sourcing all of it risks making that harder.
My EV can do 3 – 5 hours on the motorway between charges (depending on weather conditions and speed), but to avoid fatigue I always want a break within 3 hours or so.
And by the time I've parked, gone inside, queued up for and drunk a tea or coffee, used the facilities, and checked the next leg of my trip, that's half an hour and the car is ready to go again.