I would agree. I think that after 10 years my cost of ownership will work out to not much more than $10,000 per year, whereas with an ICE the maintenance costs are going to start piling up, and the fuel costs will be astronomical. Depending on how much you drive, the fuel cost of the ICE could add up to $30-50K by that time. Even if the Model S has cost more over the same period: I got to drive a Model S for 10 years! (And I expect that it will last at least another 10, though I'm sure I'll upgrade to the P250D by then.)
I came across a spreadsheet someone prepared to justify the purchase of a Model S over a Honda Odyssey or similar... I think I'll dig it up and take a closer look at it. Maintenance and fuel costs are the big ones... if you always charge at home, the difference will be a little less, but if you decide to see the world via the Supercharger system, the savings would climb.
For me, there is also the element of putting my money where my mouth is. I heat and cool my home with a geo-exchange system (typically described - incorrectly - as 'geothermal'). That costs more up front than a natural gas furnace. I've been driving clean diesels since they arrived on the scene around 2000. I'm in the process of getting a design together to put solar panels on my roof with a connection to the grid. So if walking the talk encourages others to do the same, paying a premium for an EV is not unlike donating funds to the Heart Society... in this case, it's donating funds to the "Earth Society". (if my wife asks, that's my story and I'm sticking to it... :tongue: )
I happen to think that the battery will be fine after 10 years, but even if it isn't: it takes literally just minutes to swap it out for a new one. And what are the odds that you'll be able to get a similar capacity battery for much less, or else a much higher capacity battery for a similar cost? I think the odds are pretty good. So the utility of the car could actually increase.
I think you've hit the nail on the head with those comments. If Moore's Law for computers can be even partially applied to battery development, the cost to replace a full set of Model S batteries in 8 or 10 years should be a fraction of what it is today. And the capacity will undoubtedly be larger. By that time, the Model S battery volume under the car might look similar to strapping the diesel tanks from a Kenworth onto the sides of your Jetta TDI... "Why do you need to go 10,000 km's between fill-ups??"
As for the dual motor drive: I think the rear-motor car would be fine, but if you're anywhere with snow I'd say go for the dual motors. The only down side I can think of is a little less storage space in the front trunk, and that's not generally a big deal. (I haven't seen a dual motor car - I'm curious how much less space there is in the front trunk.)
The other down side is the extra cost up front. I'm fairly sure I could live with RWD - I have done so for most of my driving years and never had issues getting to the ski hill, out and about during heavy snow storms before the plow arrived... The few years I had Pathfinders, I got pretty cocky about what 4WD could do! I didn't get myself into any significant trouble, but you know how that goes... just drive the Coq in a whiteout snow storm and notice who drives past you at 120 km/h! However, AWD is where it's at these days, so it might be worth investing for better resale value alone.
I absolutely will relate my thoughts after a drive. At this point I can't help but think I'll be completely and hopelessly sold, but we'll see. And yes, the price of fuel is only going to increase over time... although I have read some thoughts that suggest increased numbers of EV's will drive the price of crude down again... or at least slow the climb. Big Oil won't want to get shut out of the game, so they'll sacrifice some short term profits to keep the ICE cars on the road as long as possible. Or so I think.It will be interesting to hear what you think after your test drive!
P.S. The price of gasoline could easily double or triple in 10 years. The economic equation will change if that is the case.
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I think you're quite right in your thinking. The number of times you're on a long trip and possibly inconvenienced by a few extra 30 minute stops at a supercharger, over a few weeks of travel, are unlikely to be significant in the scheme of things.My thinking about battery degradation is that I'll never need to replace the battery, because the supercharger network will grow way faster than my battery's range will decline. If the degradation predictions of 3% in the 1st year and 1% per year after that are accurate (and so far they seem to be), in 5 years an 85 kWh battery will have around 395 km of range. But there are 403 supercharger locations worldwide now vs. just 94 one year ago. Even if the growth of the network is only linear (not quadrupling every year), 5 years from now there will be almost 2000 supercharger locations worldwide. Who knows exactly how fast the network will actually grow, but by 2020 we should be well past the 2016 map that Tesla is showing now, and with that many superchargers, the difference between 395 km and 425 km of range won't be important.
The thing I liked most about the Better Place concept was that with battery swaps, you never owned batteries. Newer, high capacity packs could be stocked in areas where range was important and the older packs that were getting tired could see more life if used in flat areas where range wasn't as big of a concern. Obviously, there were problems with the Better Place model or it would be around today... but that part at least was interesting.