For thosee trying to estimate when the fund will run out, here is some specific data with extrapolations (linear which is not going to happen and polynomial which may or may not reflect a production ramp):
At this point, IMHO May is safe and likely up to mid-June (figuring 1500 cars).
I am not surprised. I rememer the diesel Rabbit from the 70's gas crunch and what they were going for. You could sell it used for more than you paid for it new.
This would explain something I observed after ~4200ft of regen (coming down from Mt. Hamilton). When I got to the bottom, I reset my mile/kWh display. Drove on essentially flat land where I get 5.8-6.0 miles/kWh, but when I got home (~16 miles of driving on the flat land), the display...
I was thinking something similar. Allow the display to be toggled between "last mile average", "last 5 mile average", "last 10 mile average", "average since you reset your mi/kWhr".
Something like that. Then it allows me to estimate when driving conditions change but are expected to be that...
First time EV owner
Don't really buy "green" stuff (unless you count vegetables). I did buy a new refrigerator recently that I think was energy star rated.
I figured you needed someone at the far end of the statistical distribution. :D
If your EVSE has a timer, I would time that for you 12am to 6am, then push the timer off button when you get home. Use the car timer for work hours 8am to 6pm and it will charge whenever it is plugged in.
CARB rule could still be based on make/model/year. 2011 LEAF = $5k, 2012 LEAF = $2500 (or whatever), 2011 Tesla roadster = $$, 2012 Tesla roadster = $. I suppose it still does not prevent these values changing from year to year, but as a policy, they should be able to keep them unchanged.
Don't know if this suggestion has already been made, but there are a lot of lot of future LEAF buyers waiting and very worried about the availability of the $5k rebate. While we know that we will be put in line for a rebate if the pool runs out, the uncertainty of the future amout of the rebate...
On flat land, eco mode, surface streets, I get about 5.8mi/kWhr. So given that I used about 16 kWhr on this trip , I'd expect about 20 miles more range for same condition on flat ground.
On the 8% grade, about 20 mph, on the 4.5% grade up to the top, about 25 mph. The road is very curvy, so this was typical. On the surface roads before getting to the climb, average speed was about 30mph. So overall, very little wind drag on my trip.
At the risk of being a fanboy myself, I have to say after >700 miles, I have no worries either. I plan on keeping my LEAF for a LONG (LONG4LEAF) time, so I will report again at 100,000 miles. :D