View attachment 17443
It may still work see pictures of my vehicle.
First post here and I have not read the entire thread.
I am getting a 2022 Kona EV Preferred Trim (Canada) at the end of August. I was wondering if anyone installed an artificial FRUNK on the space in the "engine bay" on the passenger side. It looks like it could fit a small container there of some sort
edit: it seems someone is selling something
Austrian Konas have the heatpump, so the frunk.at (made in Austria) will no doubt fit.I found a Canadian video and on that left side there is some electronic unit there (could be the heat pump as it is standard on Canadian models) Here is a pic I found on the web for reference, would that Frunk still fit with that unit on the left
I found a Canadian video and on that left side there is some electronic unit there (could be the heat pump as it is standard on Canadian models) Here is a pic I found on the web for reference, would that Frunk still fit with that unit on the left
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Thanks for the info .I however average 124wh/km which is below the 140Wh/km listed on your chart, so an additional one is requiredAs I exited the highway on the way home today, I witnessed a flat bed tow truck delivering a Kona EV to the single 50kW Flo charger we have near Oromocto. I assume someone ran out of juice!
I had previously made up a simple chart up so that on a long trip, we could estimate how much more battery would be needed to drive the kilometers remaining, and this incident triggered me to share it.
The calculations show the percent of battery required to drive, a number which is directly viewable on the info screen, so its pretty easy to say “I need another 25% to get there, and my display says I only have 30% remaining…..Time to charge to leave a buffer.”
There are actually 2 charts, in km/kWh and kWh/100 km, depending on how you like to view your energy consumption. To use a chart, look up your consumption on the Y axis, and then the distance you still want to drive on the X axis. Where they meet is the percentage of battery needed (rounded off, and assuming a 64 kWh pack). No need to pull out a calculator and do math!
Downhill both ways and only to church on Sundays!Thanks for the info .I however average 124wh/km which is below the 140Wh/km listed on your chart, so an additional one is required
As I exited the highway on the way home today, I witnessed a flat bed tow truck delivering a Kona EV to the single 50kW Flo charger we have near Oromocto. I assume someone ran out of juice!
I had previously made up a simple chart up so that on a long trip, we could estimate how much more battery would be needed to drive the kilometers remaining, and this incident triggered me to share it.
The calculations show the percent of battery required to drive, a number which is directly viewable on the info screen, so its pretty easy to say “I need another 25% to get there, and my display says I only have 30% remaining…..Time to charge to leave a buffer.”
There are actually 2 charts, in km/kWh and kWh/100 km, depending on how you like to view your energy consumption. To use a chart, look up your consumption on the Y axis, and then the distance you still want to drive on the X axis. Where they meet is the percentage of battery needed (rounded off, and assuming a 64 kWh pack). No need to pull out a calculator and do math![/QUOTE
Great charts! Just printed them and now have a copy in "Berty" the Black Kona!
Thanks man!
Mike
The auto drive assist functions work much better than gen 1 and am usually able (on a somewhat clear day) to not have to touch or wiggle the steering wheel (as in the old ones every~ 20 seconds) the gen 2 at least 7-8 minutes or ~ 10 kms![]()