I'd very surprised if the MSRP of a crossover with this large a battery is anywhere close to $33K in the US. Even if it was, it will be $45K with dealer markups.
No, the $33k is after $11k of Korean subsidies and that's the sales price in South Korea, not the US.I'd very surprised if the MSRP of a crossover with this large a battery is anywhere close to $33K in the US. Even if it was, it will be $45K with dealer markups.
Jonny Smith's Late Brake Show video is also pretty great. He talks about the augmented reality (AR) navigation projected on the windshield and his segment demonstrating the V2L function of the end is brilliant.
I will be more impressed if they can deliver that same power (or close) at our N.A. standard 120V.Did you see this thing can provide 4000 watts of power! Impressive.
I will be more impressed if they can deliver that same power (or close) at our N.A. standard 120V.![]()
Exactly, lower the voltage by 1/2 and the hardware would have to increase in size to handle the increase in current. The V2L is rated @ 220V to match appliances in Europe and Korea. I suspect the N.A. version will be ~2kW unless Hyundai develops an upgraded unit specific for use with nominal N.A system voltage of 120V.Please clarify your point? The whole point of the V2L feature is to provide power (it's actually rated as 3.6kw, not 4, but that's not important) to normal appliances and such... So why wouldn't it be 120v in the US? Or are you suggesting that perhaps the hardware might not be able to handle a realistic load of 3.6kw without melting something?
Exactly, lower the voltage by 1/2 and the hardware would have to increase in size to handle the increase in current. The V2L is rated @ 220V to match appliances in Europe and Korea. I suspect the N.A. version will be ~2kW unless Hyundai develops an upgraded unit specific for use with nominal N.A system voltage of 120V.
Best guess the DC to AC inverter rating @( 3600 W / 220 V = 16.36 A). Based on that I suspect utilizing the same hardware at 120V and 16.36A = 1963W or possible tweaking of the system if wiring/relays etc capable of 20A would be 2.4kW at best which is still pretty good. The inverter input obviously will run from the ~400V pack which is the important point so lots of capacity there.Unclear, though that's a good question. We'll just have to wait and see. I don't know exactly how the V2L function is supposed to work, but considering how fast the thing can charge, the wiring is probably rated for well more.
Jonny Smith's Late Brake Show video is also pretty great. He talks about the augmented reality (AR) navigation projected on the windshield and his segment demonstrating the V2L function of the end is brilliant.
I did think that was odd too. I would say someone misspoke.Something I find a little odd is last week we Project 45 customers were on a zoom call to be shown a pre production Ioniq 5 that was the only one in Europe and after being on show in Birmingham until the 25th it will go back to Germany, it was a left hand drive and we were told there were no right hand drives built yet then on the 26th all these vids are posted on YouTube with a pre production right hand drive car with solar panel roof filmed in the UK, if the RHD car was in Europe why on earth didn't they show us that one in the virtual showroom and why say there was only one left hand drive, as I say it just seems a little odd.
If the Ioniq 5 was the first automobile without an auxiliary battery, I believe Hyundai would have trumpeted that fact. Whether it's a 12V or 48V battery is another question.Does the Ioniq 5 still have a 12V aux battery?