QUOTE(euro911 @ May 24 2021, 11:52 PM)
I believe the range issues will be mitigated with the deployment of quantum/glass batteries ... estimated to extend the range of a Tesla Model-3 to 1,000 miles.
Will be interesting to see how that pans out
We have already seen that type of range increase in the last 15 years. The GM EV1 had a range of around 80 miles when it came out in the mid-late to 90's. If you put it the same weight of modern batteries it would have over 700 miles of range. Nothing really happened between the EV1 and the Tesla roadster.
In my 914 which has been electric for over 25 years, the school that converted had to use big old heavy lead acid batteries adding about 1500 pounds. Considering the weight off the engine gas tank and other parts that was removed, half the car weight was batteries at the time. There was batteries everywhere in place of the engine, the gas tank, the front trunk. The rear trunk was filled with the controller, relays, shunts, fuses. It might of had 50-60 miles of range. Now I have second generation Chevy Volt batteries which are 7 year old battery tech at this point. I have a bank in the front in place of the tank. and a second back laid out flat in the rear trunk just so I can drive and test things as I fit everything back in the engine bay. It has the same range as the the old lead acid batteries the whole car is sitting at 1700 pounds.
My plan is to have four banks total three in the engine bay around the motor and transaxle and one in the front. It will have about 124 miles of range. The weight and balance should within 50 pounds of a stock 6.
If I wanted to spend the money on brand new batteries (16K) I could bump that range to around 265 miles. The weight would go up 200 pounds.
Batteries get about 10 lighter, have 10 percent more power, and keep dropping in price, in every generation of batteries. So many people are working on this now a generation is about 18 months.
In 5-6 years an electric Cayman might be out, maybe I will switch to that drivetrain and batteries.