I bought a used 2023 Hyundai Ioniq 5 for $25k. 30k miles. I know its still not cheap, but the ask the batteries have a 100k+ warranty.
77kW 220-280 miles at 100% (though I rarely go beyond 90% for battery life). 0-60 in 4.5 seconds, all wheel drive, CCS charger with NACS adapters available. Tesla chargers max at 96kW just fyi, idk why. But a lot of quick chargers work better, there’s 2 65xkW, 4x180kW near me. There’s a 4x375kW and a 4x400kW on a regular distance trip I take. Those are stupid fast charging.
A standard 120v is 1.4kW max, and it works out to about 10%/11hrs. A 240v is much better (i can’t remember maybe its like 10kW) charges fully in about 8 hours.
Kia and Hyundai are awesome EVs. I’ve heard good things about Subaru’s. The Chevy Bolt I’ve heard less good about. Toyota’s EVs are disappointing. Avoid Polestar - they aren’t allowed to sell in the US anymore anyway, but the car has a fancy interior and is fun to drive until the AC stops working. And it’s got weird software license gates for hardware it has.
Subaru and Toyota’s EVs are the same cars with mild restyles, both should be similar mechanically and reliability wise. The Uncharted is definitely the nicest of the bunch in my mind, though.
I’ve had a polestar for a couple years now, and it’s by far my favorite vehicle. It has quirks, but most I can get past. I also have a kia EV and I fucking hate it. It forces you to get handheld through everything and it has some really dumb software choices. Everything I hate about then could be changed with a software update to give options, but I don’t foresee that happening ever.
It was really fun, don’t get me wrong. I miss the small amount of extra power it had. The shifter was cool.
But the tire sensors kept going off, and the AC just dying and requiring me to do a fancy start sequence to get it going again was just impractical. Also it didn’t have smart cruise control, barely any storage space, max charge was like 210 miles, and the backup camera was almost useless.
That was a 2023 polestar 2, so i cant speak for other models or newer ones.
That’s fair, my tire settings need reset a few times per year. I don’t have the ac problem, but the sound for the speakers doesn’t work maybe once a month for some reason. Like I said, definitely quirks, but much better than my experience with the kia.
The things I don’t like on the kia are deliberate design decisions (or perhaps wild after thoughts in design) that I have to deal with every single time I drive it. I don’t know if I’ve ever had the level of disdain for a vehicle ever. In fairness, there is a lot to like, but I feel like it’s definitely vehicle for people who either don’t like driving, are passive drivers and indifferent to the vehicle or both.
For 240V most people use a dryer outlet which is 30 amps. 30A x 240V = 7.2kW before resistance and conversion losses, etc. Use a 50 amp circuit and outlet and you can achieve 12kW with the same stipulations.
240V can vary depending on the amperage and what the individual charger can handle. Power = Voltage x Current. I ran a 60A line, but for continuous loads you can only do 80%, so I get 240V x 48A which is about 11.5kW. There are always losses, so 10ish is a fair guess for real world time expectations.
As a Bolt EUV owner, I’m very envious of your charge speeds on the road, even though I wouldn’t make much use of it.
I bought a used 2023 Hyundai Ioniq 5 for $25k. 30k miles. I know its still not cheap, but the ask the batteries have a 100k+ warranty.
77kW 220-280 miles at 100% (though I rarely go beyond 90% for battery life). 0-60 in 4.5 seconds, all wheel drive, CCS charger with NACS adapters available. Tesla chargers max at 96kW just fyi, idk why. But a lot of quick chargers work better, there’s 2 65xkW, 4x180kW near me. There’s a 4x375kW and a 4x400kW on a regular distance trip I take. Those are stupid fast charging.
A standard 120v is 1.4kW max, and it works out to about 10%/11hrs. A 240v is much better (i can’t remember maybe its like 10kW) charges fully in about 8 hours.
Kia and Hyundai are awesome EVs. I’ve heard good things about Subaru’s. The Chevy Bolt I’ve heard less good about. Toyota’s EVs are disappointing. Avoid Polestar - they aren’t allowed to sell in the US anymore anyway, but the car has a fancy interior and is fun to drive until the AC stops working. And it’s got weird software license gates for hardware it has.
Also don’t find reasons to funnel money to Musk.
Subaru and Toyota’s EVs are the same cars with mild restyles, both should be similar mechanically and reliability wise. The Uncharted is definitely the nicest of the bunch in my mind, though.
I’ve had a polestar for a couple years now, and it’s by far my favorite vehicle. It has quirks, but most I can get past. I also have a kia EV and I fucking hate it. It forces you to get handheld through everything and it has some really dumb software choices. Everything I hate about then could be changed with a software update to give options, but I don’t foresee that happening ever.
It was really fun, don’t get me wrong. I miss the small amount of extra power it had. The shifter was cool.
But the tire sensors kept going off, and the AC just dying and requiring me to do a fancy start sequence to get it going again was just impractical. Also it didn’t have smart cruise control, barely any storage space, max charge was like 210 miles, and the backup camera was almost useless.
That was a 2023 polestar 2, so i cant speak for other models or newer ones.
That’s fair, my tire settings need reset a few times per year. I don’t have the ac problem, but the sound for the speakers doesn’t work maybe once a month for some reason. Like I said, definitely quirks, but much better than my experience with the kia.
The things I don’t like on the kia are deliberate design decisions (or perhaps wild after thoughts in design) that I have to deal with every single time I drive it. I don’t know if I’ve ever had the level of disdain for a vehicle ever. In fairness, there is a lot to like, but I feel like it’s definitely vehicle for people who either don’t like driving, are passive drivers and indifferent to the vehicle or both.
For 240V most people use a dryer outlet which is 30 amps. 30A x 240V = 7.2kW before resistance and conversion losses, etc. Use a 50 amp circuit and outlet and you can achieve 12kW with the same stipulations.
240V can vary depending on the amperage and what the individual charger can handle. Power = Voltage x Current. I ran a 60A line, but for continuous loads you can only do 80%, so I get 240V x 48A which is about 11.5kW. There are always losses, so 10ish is a fair guess for real world time expectations.
As a Bolt EUV owner, I’m very envious of your charge speeds on the road, even though I wouldn’t make much use of it.