Is there a list of charge times by model of EV somewhere

You can do it yourself easily enough, once you know the battery capacity.

Just simple division.

True,it would play into it.

I always have my Leaf in my head, and the chargers I actually ever use, so I know how it would calculate.

Of course you are right, but if a certain car was able to use a certain charger, then the sums will follow.

This is something along those lines but it is hard to read on a mobile. Might read easier on laptop.

https://www.mobilityhouse.com/int_en/knowledge-center/charging-time-summary#nissan

that Doesnt look particularly useful.

The 7.2kW and the 11kW numbers should be ok as the car should charge pretty linearly on AC. So it would be a case of dividing the size of the battery by the power of the charger and factor in a little power efficiency loss into the equation.

The DC numbers look bogus. at 50kw for 1hr 5 mins is only getting in about 55kW into the car not factoring in the losses or a non linear charging curve. That number looks completely wrong.

The 100kW number adds up to about 75kW of energy into the car but I doubt the number. I havent seen a charging curve for the EV6 but I doubt it could sustain a constant 100kW, especially at the top end of the battery.

DC charging curves are also completly dependent on the temp and condition of the battery.

So in summary take all numbers with a pinch of salt. You're probably better off taking the manufactures 10 to 80% DC numbers and the AC charge can be the battery size divided by the power of the charger and then add on a bit for efficiency losses.

Units of km/h for charging rate are used to express the range added in time, providing a more comprehensive view, taking into account both the charging speed and the consumption rate. These units serve to a fairer comparison of two different EV from the user experience perspective. At the end of the day what is important when charging at a motorway service station is how much time you need to stay there to add enough range to get you home.

Looking at the below charging curves for Tesla 3RWD and Polestar 2

it is not enough to judge which one charges faster. We need to look at consumption rates: Tesla sits at 15.1 kWh/100 km and Polestar at 19 kWh/100 km which is 25% higher. So basically you need to add 25% more energy to drive the same distance.

When M3RWD charges @100kW, using the average consumption figure we can say that it is adding range with a rate given by:

while Polestar at the same 100kW input gets approx 526 km/h. So if you charge for 15 mins around this value for M3RWD in means an added range of 162.5 km while for Polestar2 131.5 km. If you need 150km with the first you can drive home, with the second you need to charge a couple more minutes. As an extreme case the fat etron charges constantly @150kW but also its real range consumption is 23.7 kWh/100km which gives an approx value of 633 km/h. If for any reasons you have access only to a 100kW charger (to make a direct comparison with the previous 2), then you're adding range at a rate of 422 km/h. (in the above example you need to charge approx 21 mins to add 150km of range)