Battery is the heavy part, but they are getting lighter. Problem is range anxiety means that any gains in lighter battery tech typically gets offset by increase in size to increase range rather than decrease weight
Cost comparison is of two new vehicles of the same trim with typical driving habits, your example is not even remotely apples to apples
Where you get the potential for advancement is things like kia and Hyundai's uni wheel, where the motor is integrated in the wheel, no driveshaft , differential or transmission needed.
Ah, of course. But then I guess it shouldn't be motor weight vs motor weight, but rather motor weight + gas tank vs motor weight + battery...and then the EVs still have a ways to go.
I understand that, but we should compare all options available to someone who needs a car. Like, what are the pros and cons of getting new vs used, gas vs electric, and so on. Compare them all in one big pot as they are all options to someone looking for a vehicle.
But I do see your point about comparing a new electric vs new gas, and wondering how long it would take to break even.
Take the Kona for example. The gas version starts at 27k while the electric version starts at 39k.
If I'm using $100 in gas vs $20 electricity, I'm saving $80 a month.
12,000/80= 150 months ..or 12 and a half years.
I understand I drive less than average. I believe average is 15,000km a year whereas I'm about half that.
So your average person will break even in a little over 6 years.
I just wonder if the average mileage is going down with so many people working from home or doing hybrid work.
Those averages must be lower than a few years ago, before COVID.
In conclusion: if you drive a lot or more than average. It's probably worth it.
If you drive average, it's worth it if you plan to keep the car but maybe not if you plan on just trading it in for another electric...might be a wash.
If you drive less than average, then it's probably not worth it.