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While your reasoning is right on for the rest of your post, this part isn't quite right, the reason that the longer range EVs are rated with a worse MPGe rating is not because the EPA is biased towards low performance vehicles, it's because the extra range comes at the cost of a heavier battery pack, which makes the vehicle less efficient simply because it has to lug around the extra weight.It is ICE minded thinking that leads one to believe that lower performance yields greater range. That is not true with electric cars. Unfortunately the EPA still rates MPGe as if it is... That's why the only two electric vehicles that they say have a range in excess of 200 miles each are rated with a lower MPGe than multiple electric vehicles that have less than 90 total miles of range.
Matias: I'm not sure I understand... The BMW 7-Series and 5-Series costs more, but the BMW 3-Series is similar... The AUDI A8 and A7 cost more... But the A4 and A6 are similar...
Matias: I'm not sure I understand... The BMW 7-Series and 5-Series costs more, but the BMW 3-Series is similar... The AUDI A8 and A7 cost more... But the A4 and A6 are similar...
I was pointing out that reducing power will not be necessary, because the goal is to get range. The range will be achieved through battery technology. The reduction of price in batteries will be achieved through economies of scale and the Gigafactory production. The Tesla Model ☰ will not be either slow as a Chevrolet Spark EV, or slower than a BMW 320i. Tesla's advantage over other auto manufacturers is their commitment to performance for electric cars. There is no reason to give up that advantage. Please note that a portion of the 'cost' that others must endure is the presence of a middleman, in the form of 'independent franchised dealerships' that increase the final price of electric vehicles, and don't want to sell them anyway. Tesla does not have that problem.
I was pointing out that reducing power will not be necessary, because the goal is to get range. The range will be achieved through battery technology. The reduction of price in batteries will be achieved through economies of scale and the Gigafactory production. The Tesla Model ☰ will not be either slow as a Chevrolet Spark EV, or slower than a BMW 320i. Tesla's advantage over other auto manufacturers is their commitment to performance for electric cars. There is no reason to give up that advantage. Please note that a portion of the 'cost' that others must endure is the presence of a middleman, in the form of 'independent franchised dealerships' that increase the final price of electric vehicles, and don't want to sell them anyway. Tesla does not have that problem.
At the very least don't use "☰" like you have been. Use "≡" as it has better spacing top and bottom, and generally is more ascetically pleasing.
Bonnie, not sure why you are not a fan of the ☰. I find it rather cool actually. Not a boring digit 3 like on a Mazda or something. As far as search engines are concerned, I think most articles will end up using the 3 anyway with a pic of the badge.
Base Leaf is $30k.Some of the numbers being thrown around this thread are quite low.
The current LEAF SV (with Quick Charge) is ~$35k. How would they be able to double the battery capacity and still offer at the same cost. A similarly equipped Versa Note SV costs $20k which means the electric premium is ~$15k. I bet that Nissan can't hit sub $40k with their LEAF 150 until a second generation. My bet is ~$42k for their lowest optioned 150 when it first hits the streets.
$5k forced premium for 5s-6s