Poor i-MiEV, it never even gets a look in on anymore.LeftieBiker wrote:I doubt the SV would get the old pack while only the SL gets the bigger one. More likely the S would get the smaller pack, and the other two models the larger. If they also dropped the price on the S by another $5k they might start to really compete with the Smart ED for people wanting an inexpensive but high quality EV (in this case, one with a back seat) for urban areas.
w.r.t. Leaf MY 16, they can do one of the 3 thingstkdbrusco wrote:I'd be willing to bet that we see (by Nov/Dec) a 2016 model that is nearly identical to 2015 with the exception of a slightly bigger pack. Not sure if they will still offer the existing pack in S/SV and then have a bigger pack in SL, or if they will just use a new pack across the board. I'd be willing to bet that the latter occurs. Expect a new pack across the entire range that delivers slightly over 100 miles in EST range. My guess is that the engineers at Nissan will be finding a way to increase the density in the existing model's pack in order to keep selling the car until the Gen2 arrives, but also create a replacement battery situation that allows them to move a lot of lease returns currently on the lots.
Interesting thoughts. I would personally put (3) above Leaf 2 within the next 12 months. I figure if they really have the next gen battery chemistry ready, they can retrofit it into the current chassis and start producing them now. Then the Leaf 2 would be designed with a larger battery box, giving even more cells of the new chemistry, increasing range/performance again.evnow wrote:w.r.t. Leaf MY 16, they can do one of the 3 thingstkdbrusco wrote:I'd be willing to bet that we see (by Nov/Dec) a 2016 model that is nearly identical to 2015 with the exception of a slightly bigger pack. Not sure if they will still offer the existing pack in S/SV and then have a bigger pack in SL, or if they will just use a new pack across the board. I'd be willing to bet that the latter occurs. Expect a new pack across the entire range that delivers slightly over 100 miles in EST range. My guess is that the engineers at Nissan will be finding a way to increase the density in the existing model's pack in order to keep selling the car until the Gen2 arrives, but also create a replacement battery situation that allows them to move a lot of lease returns currently on the lots.
- Reduce price, do some cosmetic changes and sell 30k a year
- Make some very small battery changes (like add a couple of modules) to increase range slightly
- Make battery chemistry changes for just one model year
Chances of (3) are very slim, since the investment is disproportionately large compared to the pay off. I don't know whether they'll do (1) or (2).
I think a very slim chance of releasing Leaf 2 by end of this year or early next year exists - and I'd put that chance above (3), though.
There is a chance for #3, because Nissan pitched the $100/mo battery replacement plan as being the latest battery chemistry at the time. If they truly stand behind that promise, it means they have to engineer a plan to put the new cells in the existing battery box anyway. More than likely this has already been done in the early stages of the new cell's testing, using a current model LEAF as the test mule. Why not stay competitive / in the budget lead, by putting that engineering work into a 2016.evnow wrote:w.r.t. Leaf MY 16, they can do one of the 3 thingstkdbrusco wrote:I'd be willing to bet that we see (by Nov/Dec) a 2016 model that is nearly identical to 2015 with the exception of a slightly bigger pack. Not sure if they will still offer the existing pack in S/SV and then have a bigger pack in SL, or if they will just use a new pack across the board. I'd be willing to bet that the latter occurs. Expect a new pack across the entire range that delivers slightly over 100 miles in EST range. My guess is that the engineers at Nissan will be finding a way to increase the density in the existing model's pack in order to keep selling the car until the Gen2 arrives, but also create a replacement battery situation that allows them to move a lot of lease returns currently on the lots.
- Reduce price, do some cosmetic changes and sell 30k a year
- Make some very small battery changes (like add a couple of modules) to increase range slightly
- Make battery chemistry changes for just one model year
Chances of (3) are very slim, since the investment is disproportionately large compared to the pay off. I don't know whether they'll do (1) or (2).
I think a very slim chance of releasing Leaf 2 by end of this year or early next year exists - and I'd put that chance above (3), though.
I was thinking of the iMiev as I typed that, actually.Poor i-MiEV, it never even gets a look in on anymore.Oh, sorry, you said "high quality."
we already "know" it is not the same design. BTW; the 2013 pack is not the same eithertkdbrusco wrote:Has anyone ever opened up a 2015 lizard pack? How do we know that its the same exact design? Stats are clearly showing that it is holding up much better to degradation. My 2015 has already been through one summer, has 11K miles, and is showing 286 Gids at full charge. This is 2% degradation for a 1 year old pack with 11K miles and is leaps and bounds better than the earlier packs. What if the cells in the 2015 pack are smaller than before and they just left some fractions of an inch of space in between the various cells to keep the same EPA range? What if there's already space to fit some extra capacity in there without much hassle? If I'm Nissan, that's how I'd do it. The Gen 1 doesn't ever need to be a 200 mi EV, but if it had a 110 mi pack option, it would really improve it, and replacement packs, even if they were $6500 instead of $5500 would make for a very significant bump in used resale.
Good question. I have wondered if perhaps the pack is actually higher capacity than the 24 kWh claimed to allow a degradation buffer by hiding the first 10-20% of actual degradation via software.tkdbrusco wrote:Has anyone ever opened up a 2015 lizard pack? How do we know that its the same exact design? Stats are clearly showing that it is holding up much better to degradation. My 2015 has already been through one summer, has 11K miles, and is showing 286 Gids at full charge. This is 2% degradation for a 1 year old pack with 11K miles and is leaps and bounds better than the earlier packs. What if the cells in the 2015 pack are smaller than before and they just left some fractions of an inch of space in between the various cells to keep the same EPA range? What if there's already space to fit some extra capacity in there without much hassle? If I'm Nissan, that's how I'd do it. The Gen 1 doesn't ever need to be a 200 mi EV, but if it had a 110 mi pack option, it would really improve it, and replacement packs, even if they were $6500 instead of $5500 would make for a very significant bump in used resale.