I am considering taking the plunge into EV's with a Model S, the technology and performance are the draw for me. It is also intriguing that there is not much to wear out vs. a conventional engine. This could be a car I could keep for a very long time. But there is a catch:
My drive to work is 220 miles round trip (by choice). Fortunately due to the nature of my job (pilot), I only have to do it four to five times per month.
There is an elevation change of 4000 feet (downhill to work, uphill going home), most of which is freeway driving. HVAC is mandatory on every drive (Arizona). I found the forum sticky note on Battery and Charging, and put together a simple spreadsheet to analyze the drive. Amazing how fast a 390 mile range evaporates.
I would have to slow down vs. my gasoline powered car (the irony is not lost on me). Not too bad, adding 5-10 minutes each way.
The uphill drive home is the big killer. Even with a 90/10 charge profile it looks like a 20 minute SuperCharger visit is inevitable. (My understanding of EV's is that 100% charge should not be done very often in order to preserve long-term battery health.)
I park at the airport, and they have limited EV charge points. The problem is the car sits for 2-1/2 days while I am flying my trip. My guess is that would be poor charge point etiquette and they will not allow me to tie-up a charge point for that long. OTOH, if that assumption is wrong suddenly things become ideal - I get back to an 80% charged car and enjoy a fast, quiet, and non-stop drive home!
So I am wondering from current Tesla owners, would this be a wise plan? Anything I am missing? Or am I trying to fit a round peg into a square hole?
My drive to work is 220 miles round trip (by choice). Fortunately due to the nature of my job (pilot), I only have to do it four to five times per month.
There is an elevation change of 4000 feet (downhill to work, uphill going home), most of which is freeway driving. HVAC is mandatory on every drive (Arizona). I found the forum sticky note on Battery and Charging, and put together a simple spreadsheet to analyze the drive. Amazing how fast a 390 mile range evaporates.
I would have to slow down vs. my gasoline powered car (the irony is not lost on me). Not too bad, adding 5-10 minutes each way.
The uphill drive home is the big killer. Even with a 90/10 charge profile it looks like a 20 minute SuperCharger visit is inevitable. (My understanding of EV's is that 100% charge should not be done very often in order to preserve long-term battery health.)
I park at the airport, and they have limited EV charge points. The problem is the car sits for 2-1/2 days while I am flying my trip. My guess is that would be poor charge point etiquette and they will not allow me to tie-up a charge point for that long. OTOH, if that assumption is wrong suddenly things become ideal - I get back to an 80% charged car and enjoy a fast, quiet, and non-stop drive home!
So I am wondering from current Tesla owners, would this be a wise plan? Anything I am missing? Or am I trying to fit a round peg into a square hole?