We currently own two gas cars, one larger car (23 mpg) w/135k and smaller (30 mpg) w/60k. The larger vehicle is 12 years old now and starting to have some "old gas car" problems, but overall has been fairly reliable. It is starting to rust in a few spots so might be looking pretty ratty in a few years...Thinking of ditching it now (if we decide we can live without a big car) for a used Leaf as it seems prices have recently fallen of a cliff, but a bit nervous about making the leap to the EV world. Hoping someone can either allay my fears or slap some sense in to me as the case may be...
My wife commutes 100 miles round trip to the west (3x/week) and I commute between 30 (4x/week) and 50 (1x/week) miles round trip to the east.
I have a high probability of being able to charge at work (there are two chargers on site, and from what I've seen they seem to be available most of the time), but I don't think my wife would from what I can see on plugshare, so I'm thinking she would have to continue to burn gas while I take the EV.
So if you replace my ~8500/year commuting miles at an average of ~25 mpg and replace it with electricity, it looks like I save about $680/year @ $2/gal, then add in about 8500m / 3.5 m/kwh = ~2500kwh @ $0.10 = $250 of electricity = $430 year fuel savings. Add in another ~$250/year savings from no oil changes, air filters, spark plugs, belts, transmission fluid, prolonged brakes, etc, I'm looking at annual reduction of $680 in vehicle expenses. Maybe a little more if I charge at work regularly, or if gas goes up. Sounds like battery degradation is really the only maintenance issue, is that the general consensus?
A used 2013 Leaf with quick charge option is looking like $13,000 after tax, title, etc. If I decide on a 220v charger installation at home, that's another $500 or so (right?). I can probably make about $3500 on my older car, so we are looking at about $10k net cost to get into the EV game.
I live in the northeast, so regularly below freezing in winter, occasionally down to 0F. Summer's usually 75-85, occasionally 95+. I would need this to do the commute year round, but can work from home during blizzards or ice storms...and an occasional vehicular failure wouldn't cost me my job. I'm also a little concerned about my house's location at the top of a 1.5 mile hard-pack gravel road (a little bumpy but not "off roading") with 700 ft elevation gain. In total the trip home is about 1000ft elevation gain. But it seems if I can charge at work even a worst case scenario of 25 miles home in frigid temps should be doable, would you agree? Even on a 3 year old battery (assuming normal battery degradation)?
The other complication is that we may be moving in the next 2-3 years to a yet-unknown location, possibly out of Leaf range unless I get very lucky with Quick Charger locations...so might have to sell or ship the car at that point.
While I'm all for the environmental benefits of going EV and would certainly gain some peace of mind by doing so, being the frugal-minded person that I am I can only really justify a purchase of this magnitude if it makes financial sense.
So:
1) Does my commute look ok for a 2013 leaf in the northeast?
2)Do you think I'll wind up near the breakeven point long term or is this a bad money move?
Anything else I missed?
Thanks!!!
My wife commutes 100 miles round trip to the west (3x/week) and I commute between 30 (4x/week) and 50 (1x/week) miles round trip to the east.
I have a high probability of being able to charge at work (there are two chargers on site, and from what I've seen they seem to be available most of the time), but I don't think my wife would from what I can see on plugshare, so I'm thinking she would have to continue to burn gas while I take the EV.
So if you replace my ~8500/year commuting miles at an average of ~25 mpg and replace it with electricity, it looks like I save about $680/year @ $2/gal, then add in about 8500m / 3.5 m/kwh = ~2500kwh @ $0.10 = $250 of electricity = $430 year fuel savings. Add in another ~$250/year savings from no oil changes, air filters, spark plugs, belts, transmission fluid, prolonged brakes, etc, I'm looking at annual reduction of $680 in vehicle expenses. Maybe a little more if I charge at work regularly, or if gas goes up. Sounds like battery degradation is really the only maintenance issue, is that the general consensus?
A used 2013 Leaf with quick charge option is looking like $13,000 after tax, title, etc. If I decide on a 220v charger installation at home, that's another $500 or so (right?). I can probably make about $3500 on my older car, so we are looking at about $10k net cost to get into the EV game.
I live in the northeast, so regularly below freezing in winter, occasionally down to 0F. Summer's usually 75-85, occasionally 95+. I would need this to do the commute year round, but can work from home during blizzards or ice storms...and an occasional vehicular failure wouldn't cost me my job. I'm also a little concerned about my house's location at the top of a 1.5 mile hard-pack gravel road (a little bumpy but not "off roading") with 700 ft elevation gain. In total the trip home is about 1000ft elevation gain. But it seems if I can charge at work even a worst case scenario of 25 miles home in frigid temps should be doable, would you agree? Even on a 3 year old battery (assuming normal battery degradation)?
The other complication is that we may be moving in the next 2-3 years to a yet-unknown location, possibly out of Leaf range unless I get very lucky with Quick Charger locations...so might have to sell or ship the car at that point.
While I'm all for the environmental benefits of going EV and would certainly gain some peace of mind by doing so, being the frugal-minded person that I am I can only really justify a purchase of this magnitude if it makes financial sense.
So:
1) Does my commute look ok for a 2013 leaf in the northeast?
2)Do you think I'll wind up near the breakeven point long term or is this a bad money move?
Anything else I missed?
Thanks!!!