edatoakrun wrote:OrientExpress wrote:On the topic of Lease v. Buy
I was as surprised as Nissan was of the large number of individuals that bought this 1st generation car rather than leasing it. To me it seemed illogical that anyone would buy into a first generation highly complex electronic product that had no track record like the LEAF, knowing full well, that it would be superseded by future generations that were cheaper, better, etc...
Speaking for myself, I leased, in no small part, due to uncertainty as to how The LEAF could handle a rural mountainous region with few public charging opportunities. When I discovered how well my LEAF handled this challenge, I bought simply because the lease rate offered by Nissan was just too high. With the current low lease rates and high residuals, I would probably lease, if I were making the same choice today.
Me too, although I leased because I knew that the current Leaf had the 3.3 kW charger and other cars had 6.6 kW, so I figured it was only a matter of time before the Leaf had 6.6 kW, which is going to be the case in the 2013 MY. I was also suprised at how many purchased, but I took it as a reassuring sign of their confidence in the car.
On the larger scale, I think the thermal issues at hand are the not-unexpected growing pains of getting used to the capabilities of a new way of driving. Palmer talking about the non-linear behavior of battery life brings up the key issue, I think, and that is the mismatch between the way the battery is going to behave and the gauge we use to measure it. We perceive the 12 segment battery health gauge as being linear because we are surrounded by linear gauges in our daily lives. The gas gauge on an ICE car certainly is linear, and it's what we're used to. So, we see one bar missing and we say precisely one twelfth of the battery capacity is gone. But, remember that the battery is a non-linear chemical system, not a linear mechanical system, so it looses more capacity early on, then the rate of loss decreases and stablizes. Has Nissan programmed in the initial non-linear behaviour of the battery to the 12 segment health gauge? I would hope so, but , if not, that might help explain part of the problem.
Here's a question: When I cut grass with my lead-acid battery powered mower, and it runs out of juice, if I try to restart it, it will run for a few seconds then die. But, if I let it sit for 20 minutes, I can ususally get another 10 minutes of run time. This is non-linear behavior. I've had ICE cars in which the battery dies while cranking the engine. I've let it sit for 15 minutes, and I can get some more cranks out of it, again, non-linear.
Knowing full well the Leaf battery is a completely different chemistry, has anyone run a Leaf to empty and let it sit for 20 or 30 minutes? Can you then get a another couple of miles?