Carl Raymond
Active Member
Knowing humans as this ant does, there should be a simple, imaginable/low math number that the average moron can grasp. A comparison of Savings per 100 miles. Take the average price of a kW for the lower 48 and the average price of a gallon of gasoline to do the math. And used the published watts per mile of each vehicle. Too much math and science makes it impossible for chuckleheads.
It would be very biting when described as "Savings per 100 miles".
Could look at it this way. For each EV, how many solar panels does the world need to make to keep it charged? I figure it’s in the range 6 to 10. Six for a model 3, ten for a less efficient car. With energy to spare.
Admittedly I’m taking workplace charging and transmission capacity for granted. A bit of extra cost there.
If we say that the cost of panels and batteries are same ballpark per kg, it easily shows that generation of the energy is the easy bit. A strong bloke can lift 6 panels. A crane is required to lift a battery pack.
The panels should outlive two or three cars, even more robotaxis.