That may well be correct, I am going to ask them today about the charging discrepancy .The dual chargers only has an effect on L2 AC charging. Not DCFC (if that is what you are talking about regarding charge stations). The DCFC are direct DC current to the battery and do not go through the chargers.
Both the SR and ER DCFC at 150 KW. Why does it take the SR LONGER to charge when it has a smaller battery?
It has to do with ramp up and ramp down when really close to 0% and 100% battery. The LR battery can charge at a higher rate for longer due to its size therefore it edges out the SR in terms of charging speed.
The answer was briefly mentioned in the reveal and clarified more in the published list of features, but it's not emphasized well.My guess is that the extended range pack is actually 2 smaller packs that can both be fed simultaneously.
My guess is that the extended range pack is actually 2 smaller packs that can both be fed simultaneously.
I am curious why they chose to stay at 150kW rather than making it 350kW capable.
Your response doesn't make any sense to me. 150KW is not L2 charging. Sure it has two onboard chargers to take the 80A AC current but 150KW is DC (from the external charging station) to DC with no conversion required. It's a direct to battery feed and the amount of KW the battery can take is usually a function of its voltage because once you get into extremely high amperage the heat generation and cable size becomes too much.The answer was briefly mentioned in the reveal and clarified more in the published list of features, but it's not emphasized well.
The ER has dual built in chargers to take advantage of the 80 amp Ford wall charger. The SR truck does not have dual chargers and therefore will not charge as fast as the ER regardless of the level 2 charger to which it is connected.
I didn't say anything about 150kw. The 80 amp charger is a level 2 charger for homes. 150 kw has nothing to do with my response. The 150kw number relates to commercial chargers you find at businesses and along highways which are needed for road trips. They are DC fast chargers and operate independently of the Lightning's internal chargers, which are o ky needed for level 1 and level 2 charging.Your response doesn't make any sense to me. 150KW is not L2 charging. Sure it has two onboard chargers to take the 80A AC current but 150KW is DC (from the external charging station) to DC with no conversion required. It's a direct to battery feed and the amount of KW the battery can take is usually a function of its voltage because once you get into extremely high amperage the heat generation and cable size becomes too much.
You literally quoted the original question which was why the extended battery charges faster at 150KW than the standard range battery, and then quoted my reply and someone else's reply with a response about L2 charging.I didn't say anything about 150kw. The 80 amp charger is a level 2 charger for homes. 150 kw has nothing to do with my response. The 150kw number relates to commercial chargers you find at businesses and along highways which are needed for road trips. They are DC fast chargers and operate independently of the Lightning's internal chargers, which are o ky needed for level 1 and level 2 charging.
I see the confusion. I agree with your point. DCFC bypasses the onboard chargers, so the dual chargers should not play a role in allowing the Lightning to charge faster at the DCFC with 150kw charging.You literally quoted the original question which was why the extended battery charges faster at 150KW than the standard range battery, and then quoted my reply and someone else's reply with a response about L2 charging.
I would be OK with that as an answer. At least it would give me some parameters for planning.And then there would be all kinds of complaints if that estimate was not met. BEV is not ICE. There are many more variables to skew any average they could come up with if they told you 20-50% loss of range what would you think? That may be realistic.