Thanks for sharing.From Out of Spec's YouTube channel. As expected, it doubles the cooling capacity of the battery and motors. No word on whether this affects charging and thermal throttling.
I have to say, that even my anemic Kia Soul Ev+ has significantly better braking than the Kia Soul Gas version. For the first time since I owned it I had to brake extremely hard because a coyote ran in front of me. Its the first time I have ever felt the ABS on the car. Because of the regen, it stopped more like a motorbike than a car.Yeah, disappointed that bigger brakes aren’t included. However, if you’re using motor regen to brake and it’s got extra cooling I suppose that works out to have about the same effect.
Exactly. If I tow something it would likely not be more than 3-4k. I can't see "needing" additional cooling on hot days if not towing anything, but I wonder if it would adjust driving behavior outside of towing.Said nothing we didn't already know.
Really just want to know if the cooling would kick in outside of towing ever. Extra cooling could be useful for 100f days, which is just going to become more common, because of you know....
I have it optioned but if It would never kicking outside of towing, I wouldn't have use.
I would never tow (or At most nothing big), but does anyone know if that extra capacity is common in short trips? Could be useful for reslse value, but unsure.
I'm in the same boat. I went back and forth on it and having owned an EV for 6 years decided to opt for it.Really just want to know if the cooling would kick in outside of towing ever. Extra cooling could be useful for 100f days, which is just going to become more common, because of you know....
I have it optioned but if It would never kicking outside of towing, I wouldn't have use.
I would never tow (or At most nothing big), but does anyone know if that extra capacity is common in short trips? Could be useful for reslse value, but unsure.
The fact that it could be difficult to retrofit is what pushed me over. It *might not* be difficult to retrofit, too. It could be as simple as adding some extra hoses and fittings but it's impossible to know that now. I assume the extra cooling loops will be built into all of the batteries but only connected in the Max Tow package trucks. If the cooling loops aren't built in to all of the batteries then it would definitely be hard to retrofit. There might also be a higher capacity cooling pump involved. The cost of the upgrade is low enough to take the chance. If it was $2-3k then I would've passed. It's not likely I'll even tow close to 10k pounds with Lighting but 5-7k is a possibility.I'm in the same boat. I went back and forth on it and having owned an EV for 6 years decided to opt for it.
Double the capacity in theory should:
Allows flatter curves in terms of battery temperature fluctuations
That in turn could keep you DCFC at a higher rate for longer.
It could require less energy to maintain battery pack temperatures.
Which theoretically could mean better efficiency and even less vampire loss.
...all theoretically of course. But I don't anticipate that being an easily retrofittable option so I decided to just add it.