tkdbrusco said:
Also, you should take a reading with your OBD while the car is charged to 100%.
Look at the pack voltage of 393V and cell-pair voltages peaking at 4.1V - it was charged to "100%". Sometimes the '11-12 LEAF will report a lower than normal SOC, usually when it gets confused by QCs or other non-normal charging. Or in this case, when it's trying to re-learn a well-used battery pack. Would be interesting to see if it continuously reads low.
kuri said:
Here's the problem. What judge is going to take anything leafspy says as evidence? You and I both know it's accuracy is dead on, but you think the dealer won't immediately say it's bogus data and their test is the only valid data there is?
At the end of the day, it only matters what I can prove to a judge if I end up having to force their hand.
Your other option is to perform a charge from turtle to 100% and record the amount of energy from the wall it takes to recharge. On a new LEAF, this is 24-25 kWh or so. If your 100% charge is only getting 180 GIDs, I suspect you'd see less than 18 kWh. With 45 AHr remaining, you're not far from getting a new pack, anyway (45 Ahr should have 3-bars missing, so only 1 bar away), and I suspect you'll lose enough bars just in time to qualify under warranty even if you can't coerce Nissan to do the right thing.
kuri said:
Now we're in a bit of a pickle, as this is our only vehicle, and after I drive to work each day (43 miles round trip), I get home with barely 1 bar left every day, which doesn't leave anything for us to do anything else and it's severely cramping our lifestyle.
I would start charging the car immediately when you get home every night. 1 hour of charging will get you about 12 miles of range, so if you're home a bit before you head back out, you should be able to pick up the range you need to run your errands.
Also, take the time to drive to the 2nd low battery warning, you may have more range between LBW and VLBW than you think. The range remaining from VLBW to LBW can be conservatively estimated to be about half the range you got from LBW to VLBW, but sometimes it can be quite a bit more depending on how out-of-sync the BMS is.