When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
I would have preferred to see the comparison based upon time to charge from a SoC of 10% or 20% to 80% or 90%. Using miles added per charging hour to rank the EVs does not really seem relevant, especially since the reported numbers exceed the EPA range for almost every car in the report. Obviously, very few if any of the cars were charged for a full hour. This means that the rate shown is extrapolated from a short time frame. This approach completely ignores the kW/SoC charging curve. My experience with the EQS SUV is that the car is still charging at a rate of 100kW at 80% SoC. Some EVs don't come close to that number.
I would have preferred to see the comparison based upon time to charge from a SoC of 10% or 20% to 80% or 90%. Using added miles added per charging hour to rank the EVs does not really seem relevant, especially since the reported numbers exceed the EPA range for almost every car in the report. Obviously, very few if any of the cars were charged for a full hour. This means that the rate shown is extrapolated from a short time frame. This approach completely ignores the kW/SoC charging curve. My experience with the EQS SUV is that the car is still charging at a rate of 100kW at 80% SoC. Some EVs don't come close to that number.
I agree, it’s a terrible metric. For example, I own a ford Mach-E and it takes 2hrs to charge from 10-100%.
At 100% you will get ~290 miles range so that is nowhere near the 300+m/hr in that chart.
The EQS also charges faster that all Taycans to 100%
And all EQS’s charge at the exact same rate but the chart is skewed because of the expected ranges
I would have preferred to see the comparison based upon time to charge from a SoC of 10% or 20% to 80% or 90%. Using added miles added per charging hour to rank the EVs does not really seem relevant, especially since the reported numbers exceed the EPA range for almost every car in the report. Obviously, very few if any of the cars were charged for a full hour. This means that the rate shown is extrapolated from a short time frame. This approach completely ignores the kW/SoC charging curve. My experience with the EQS SUV is that the car is still charging at a rate of 100kW at 80% SoC. Some EVs don't come close to that number.
What you will notice is the few cars that charge faster (in miles/ time) all have smaller battery packs and significantly or much shorter ranges. The fact is as far as deep battery charging vs actual range the EQS is second to none. The EQS is the road trip king, period.
Mercedes SLR McLaren 722 S Is Extremely Rare Example Modified by McLaren
Slideshow: A one-of-one U.S.-spec Mercedes-Benz SLR McLaren Roadster became even rarer after a factory-backed transformation at McLaren's headquarters.