Cave Creek, AZ to Pinetop, AZ, where we have a mountain home at 7400 feet. Drive starts at 2000 feet, drops to 1000 first 15 miles, then up to 7400. 200 miles in each direction.
Was blown away by this magnificent car. Fit, finish, features, handling it is in an ENTIRELY DIFFERENT LEAGUE altogether!
Awesome. Be sure to post some pictures with all the relevant details showing these results. I'm still a bit curious about the real-world range of the Porsche. I assume you mean you made it 200 miles without stopping to charge, not 400 miles. How many hours was the drive? Average speed & full speed profile vs. time? Average efficiency? How much range did you start with and how much did you end with? How many kWh did you consume? Very curious about all these details, for sure.
It does seem really great, there are a lot of reports of more than rated range from the Porsche, which I find interesting.
I can get 260+ miles while driving with no care about range and there are many who claim to get over 300 miles per full charge. taycan 4s 20 inch wheels
Reports like this. I am very curious about more detailed information of such achievements. It's not surprising to me at all that the Porsche makes the rated range while the Tesla doesn't, but the results far in excess of the rated range are intriguing, and I'm curious about where the differences come from, and what is the actual Wh/mi achieved on such journeys (so we can directly compare efficiencies).
I think it's great that the Porsche is producing good real-world results.
Why am I surprised by the exceeding of the EPA results? Because I'd generally expect any EV to do a bit worse than the EPA results, and it's not obvious to me where Porsche is sand-bagging...did they go pessimistic on their dyno coefficients during the tests? Or what... It certainly is possible to pick some really high drag coefficients and end up with a much lower range result on EPA testing. Maybe this is what they did? Or maybe it is it the two-speed transmission giving better high-speed efficiency?
I think the best place to start, though, is to look at real-world realized Wh/mi (including all the details on the specific trip segment) on the Porsche. Very curious how it compares for a specific drive at a specific speed (that way it can be plugged into ABRP to get a decent estimate of how a Tesla would do on the same journey...I suppose this could be done in ABRP directly without any real-world data, comparing a Porsche and a Tesla, of course...but I guess I am looking for ground-truthed Porsche data here as point one of the comparison).
For road trips, in the end it's the Wh/mi that matters, and the rate and availability of charging.