Well, one thing to keep in mind is that most people haven't been buying cars.
My car is starting to get older, and my plan right now is to continue maintaining it because compared to the cost of replacing it the cost of keeping it is so much lower. And I'm not doing that bad. Most households are doing a lot worse than I am, and so they're probably looking at the astronomical prices of vehicles post covid and making the completely reasonable decision not to get anything.
So it's easy for 90% of the vehicles sold to be electric because most of the vehicles being sold are luxury items for the rich rather than things that individuals need to live day to day.
AwesomeLowlander@sh.itjust.works 1 year ago
surph_ninja@lemmy.world 1 year ago
So what’s the secret sauce? What profound technological steps forward have they made?
Or are they just heating up the battery, and eating further into the already severely impacted battery life?
endeavor@sopuli.xyz 1 year ago
Secret sauce is Norway gets money the same place Saudi Arabia does: gas and oil. They have endless resource to whitewash themselves and seem green.
AwesomeLowlander@sh.itjust.works 1 year ago
I’m not an engineer. I’m pointing out that the real world is proving that EVs can work just fine in the cold, so your assertion that they can’t doesn’t hold any water. This was a recent article of interest, though.
surph_ninja@lemmy.world 1 year ago
Read over what you just wrote, and think about it for a second. If they have to be heated up to function, it supports my assertion that they do not function in extreme cold.
That 12% is not insignificant, and that’s just for the piece to keep the battery at operating temperature. The battery’s capacity and performance will also be severely impacted on top of that, even with it warmed up. These inefficiencies and workarounds add up to the point that they eclipse the inefficiencies in hydrogen production, as the hydrogen is not impacted by any such issues at the point of use.