The first two sentences make sense! Not the last one though. After driving an EV for a few thousand miles, ive realized they are so superior to ICE for my use case. I hate driving ICE vehicles in the occasions I still do now.
The first two sentences make sense! Not the last one though. After driving an EV for a few thousand miles, ive realized they are so superior to ICE for my use case. I hate driving ICE vehicles in the occasions I still do now.
They were open for years as a means to foster EV adoption. But once sales took off, the local government tightened the screws — you needed an EV and also at least two people in the car to get access to the bus lane.
But! When they printed the new signs, somehow a double negative slipped through, and the text on the (many) signs said that you could only use the bus lane if you were driving alone in an EV. Obviously not the intent.
But currently, all the signs have the double negative condition crossed out, and all EVs continue to be able to use the bus lanes.
From the GGP:
>>> But currently, all the signs have the double negative condition crossed out
I vastly prefer my low-ish end EV (Hyundai Kona) to every ICE vehicle I've ever driven. Even if I wasn't saving ~$100/month in fuel costs, and even if I the environmental effects were a complete wash, I don't think I'd ever buy an ICE again.
I think the only reason I'd ever go to an ICE vehicle is if I needed something larger. Right now, if you need a "family transport" vehicle with space for adults, kids, luggage, etc, the EV world is pretty limited. I had high hopes for the VW Buzz, but it's total range is a bit borderline for me, although I still need to calculate out how it would compare for my typical long distance drive. The Kona has greater range, but a much slower max charge rate, and it might turn out that those balance each other out, and the Kona has been fine for the 10 hour road trips I've done so far.
Max charge rate is such a poor metric, as actual charge rate as a function of SOC varies so much between cars.
I'd like to see some standardized figure which is max average charge rate over 15 min, or perhaps minimum charge time for 30 kWh (~150 km range) or something along those lines.
My car has 120 kW peak IIRC, but I've never reached it. Once it's past 20% it has dropped to like 70 kW or something like that. And since I try my best to keep it above 20%, that 120 kW number doesn't mean much to me.
My sister has an ID.4 and it's the same story there. However I do know there are cars that are much better at this, able to sustain quite high charging rate up to or above 50% SOC.
When peak rates are similar, I agree that they don't tell you that much. When one peak rate is triple another, then the specifics of the charge curve don't matter that much, it's going to charge a lot faster.
Sure, but in my experience, cars of similar size and price don't differ by 3x in their peak rate. After all when you buy a car you have a budget and you're looking for some specific features which usually dictate the size. I think it's rare that one considers both an Ford F150 and a Toyota Corolla, weighing their various pros and cons, unless the only metric is "as cheap as possible".
The sibling reply is a good example. The Ioniq 5 takes about 15 minutes to charge 50kWh from zero, peaking at ~230kW.
The ID.4 GTX has a peak charging rate of ~180kW, 78% of the Ioniq, so naively one could calculate it'll take 19 minutes to get to 50kWh from zero. But no, the measured value is 27 minutes, 40% longer!
We have standardized tests for consumption, I just wish they'd introduce something similar for charging so it's easier to compare.
But yes to your point of ICE cars suck. They’re so much more impressive engineering than EVs but that complexity is also their downfall imo.
Ooooohhhhh and that just makes all the EVs more expensive than they already are.
So no, many people can’t afford cars, but actually the EVs are the affordable options.
I think the age of $1000 beaters is going to disappear. Just the raw metals in a completely dead EV battery are worth more if you recycle it.
Even more if it's only "dead" for EV use, there's still dozens of kilowatts of usable capacity for other uses as-is.
The aversion to EVs in the US is mostly just american idiocy.
In the US 2/3 of people live in single family homes. That means NEVER using a public charging station.
Most of those households also own more than one car. So it's easy to retain a ICE vehicle for when it's really needed.
Let's just face the facts, the Scandinavian governments, and the Scandinavian people are just smarter than americans...
p.s. I expect this car to pay for itself in ~5 years, due to savings on gas. How long before your ICE vehicle pays for itself? Like most long term investments, it requires a smarter population.
Citation needed. Norway has a population of less than the Bay Area, a massive sovereign wealth fund due to oil exports and is about the size of the average state in the US. I drive an EV but the state of charging infrastructure outside of CA is pathetic. I get why Americans don’t want to drive cars they can’t fill up on a roadtrip unless it’s a Tesla.
https://www.euronews.com/my-europe/2024/06/13/what-brussels-...
https://www.ifw-kiel.de/publications/news/chinas-massive-sub...
The same tax credit applies to qualifying vehicles bought from any automaker. This has nothing to do with Tesla.
> the bigger one is the carbon regulatory credits
Again, every qualifying automaker can do exactly the same thing.
That amounts to $1k per vehicle, way less than EU or US subsidies.
https://electrek.co/2024/04/12/china-gave-byd-an-incredible-...