Brad Hills
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Do I dare ask this? Has anyone thought of a way to charge the lithium battery while parked in the garage? ?
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Just for fun.It's tiny by Hybrid standards. If you could charge it, what would you gain? Just curious.
Thanks! Very helpful response. I should not be so picky. Coming down a long canyon, cruise set on 60, we averaged 33 mpg.thought? yes
possible? no … at least not easily and nowhere near worth the cost of the work involved to make it happen … but … if someone wanted to add 10 kWh or 30 or 50 kWh and a plug-in circuit even at L1 or L2 (simple J1772 connector, maybe 10 to 80 miles added per hour … round numbers) then I think the humble F-150 Hybrid becomes a game-changer … not to fail to acknowledge the F-150 Hybrid is already a monumental game changer – but Ford could not bring a game-changer PHEV to upstage the Lightning … so we get a nobbled neddy – a race horse on a rope.
The F-150 Hybrid "battery" is more of a buffer more than a battery … this a one mile buffer to allow the engine to avoid various inefficient situations. The motor is a simple 7.5 kW … it could have been 75kW … it could have been enough to drive the whole vehicle. That's already in the Lincoln Aviator. The F-150 is not like a "plug-in hybrid" designed to go 20+ miles without ever starting the engine in the first place. The F-150 battery is 1.5 kWh … about the same as the 12V battery powering the starter motor of any normal truck. compared to a 100 kWh battery neatly packed in the floor of a much smaller Tesla, Ford has chosen a laughably small capacity … and I suspect (accuse) them of making the Hybrid as weak as possible to "take a dive in the third" so the Lightning can sparkle and shine. The complexity of the F-150 Hybrid battery suggests it was designed to be much larger (30 or 50 times the capacity) and the complexity of the Hybrid engine (one motor as a starter motor, one motor as a generator, one motor as a traction motor) suggests this was a prototype somewhere in the middle of research and development (presumably R&D of the F-150 Lightning) that was abruptly taken out of R&D and put into production engineering (presumably to test market reception to a Hybrid pickup as a precursor to gauging market demand for an electric pickup.) While it's a hodgepodge of "ready, fire, aim" the Hybrid did prove people want pickups to be electric.
Once Ford sells a lot of Lightnings to the "first kid on the block" early adopters, I think they'll quietly offer options on the F-150 Hybrid for a much larger battery and maybe a "shore line" … to allow it to offer power to a house through a grid transfer switch (with it can do today to some extent … but it can't automatically start the engine to respond to a power outage) and to be charged from the house power/grid.
I love your Powerboost thesis!thought? yes
possible? no … at least not easily and nowhere near worth the cost of the work involved to make it happen … but … if someone wanted to add 10 kWh or 30 or 50 kWh and a plug-in circuit even at L1 or L2 (simple J1772 connector, maybe 10 to 80 miles added per hour … round numbers) then I think the humble F-150 Hybrid becomes a game-changer … not to fail to acknowledge the F-150 Hybrid is already a monumental game changer – but Ford could not bring a game-changer PHEV to upstage the Lightning … so we get a nobbled neddy – a race horse on a rope.
The F-150 Hybrid "battery" is more of a buffer more than a battery … this a one mile buffer to allow the engine to avoid various inefficient situations. The motor is a simple 7.5 kW … it could have been 75kW … it could have been enough to drive the whole vehicle. That's already in the Lincoln Aviator. The F-150 is not like a "plug-in hybrid" designed to go 20+ miles without ever starting the engine in the first place. The F-150 battery is 1.5 kWh … about the same as the 12V battery powering the starter motor of any normal truck. compared to a 100 kWh battery neatly packed in the floor of a much smaller Tesla, Ford has chosen a laughably small capacity … and I suspect (accuse) them of making the Hybrid as weak as possible to "take a dive in the third" so the Lightning can sparkle and shine. The complexity of the F-150 Hybrid battery suggests it was designed to be much larger (30 or 50 times the capacity) and the complexity of the Hybrid engine (one motor as a starter motor, one motor as a generator, one motor as a traction motor) suggests this was a prototype somewhere in the middle of research and development (presumably R&D of the F-150 Lightning) that was abruptly taken out of R&D and put into production engineering (presumably to test market reception to a Hybrid pickup as a precursor to gauging market demand for an electric pickup.) While it's a hodgepodge of "ready, fire, aim" the Hybrid did prove people want pickups to be electric.
Once Ford sells a lot of Lightnings to the "first kid on the block" early adopters, I think they'll quietly offer options on the F-150 Hybrid for a much larger battery and maybe a "shore line" … to allow it to offer power to a house through a grid transfer switch (with it can do today to some extent … but it can't automatically start the engine to respond to a power outage) and to be charged from the house power/grid.
I think Ford gave the green-light to the Hybrid for three reasons:I love your Powerboost thesis!
One thing you said that I'm completely convinced of is that the Lighting is actually why the Powerboost exists and why it is what it is rather than what it easily could be.
And when I'm watching the Ford videos on the Lightning and I see more and more the software and interfaces it seems to me that a lot of the Powerboost is tech that was created during the R&D of the Lightning. It's almost like Ford gave the team the thumbs up to let the consumer dabble in pieces of the Lightning as a sample of what's the real goal.
And I'm also amazed that Ford was willing to build something as expensive (complex) as the Powerboost because the Lightning is going to be so much simpler and cost effective from both a manufacturing and service after sale.
There is a lot of mis-information in your post.thought? yes
possible? no … at least not easily and nowhere near worth the cost of the work involved to make it happen … but … if someone wanted to add 10 kWh or 30 or 50 kWh and a plug-in circuit even at L1 or L2 (simple J1772 connector, maybe 10 to 80 miles added per hour … round numbers) then I think the humble F-150 Hybrid becomes a game-changer … not to fail to acknowledge the F-150 Hybrid is already a monumental game changer – but Ford could not bring a game-changer PHEV to upstage the Lightning … so we get a nobbled neddy – a race horse on a rope.
The F-150 Hybrid "battery" is more of a buffer more than a battery … this a one mile buffer to allow the engine to avoid various inefficient situations. The motor is a simple 7.5 kW … it could have been 75kW … it could have been enough to drive the whole vehicle. That's already in the Lincoln Aviator. The F-150 is not like a "plug-in hybrid" designed to go 20+ miles without ever starting the engine in the first place. The F-150 battery is 1.5 kWh … about the same as the 12V battery powering the starter motor of any normal truck. compared to a 100 kWh battery neatly packed in the floor of a much smaller Tesla, Ford has chosen a laughably small capacity … and I suspect (accuse) them of making the Hybrid as weak as possible to "take a dive in the third" so the Lightning can sparkle and shine. The complexity of the F-150 Hybrid battery suggests it was designed to be much larger (30 or 50 times the capacity) and the complexity of the Hybrid engine (one motor as a starter motor, one motor as a generator, one motor as a traction motor) suggests this was a prototype somewhere in the middle of research and development (presumably R&D of the F-150 Lightning) that was abruptly taken out of R&D and put into production engineering (presumably to test market reception to a Hybrid pickup as a precursor to gauging market demand for an electric pickup.) While it's a hodgepodge of "ready, fire, aim" the Hybrid did prove people want pickups to be electric.
Once Ford sells a lot of Lightnings to the "first kid on the block" early adopters, I think they'll quietly offer options on the F-150 Hybrid for a much larger battery and maybe a "shore line" … to allow it to offer power to a house through a grid transfer switch (with it can do today to some extent … but it can't automatically start the engine to respond to a power outage) and to be charged from the house power/grid.
I wouldn't say a "lot of misinformation" certainly some misunderstanding in your reading of what I've posted, but yes, 7.2kW is the inverter, not the motor (which is 35kW.)There is a lot of mis-information in your post.
First, the motor is a 35KW motor, not 7.5 KW, not sure where you got that from.
Second, a 1.5KWH lithium battery is most definitely NOT the same size as a 12V lead acid traditional starter battery. Where are you getting that from? Can you quote the stat or the amp hour to KWH conversion calculator you used? It's also pointless to compare traditional lead acid car batteries to EV batteries as the discharge range is much lower in traditional batteries. You cannot deplete a traditional battery to 5% over and over and recharge it. It will quit in just a few cycles.
Third, you keep saying (over and over in multiple posts) that adding a 10/20 kwh battery is so simple. It's not. Hybrid tech isn't about sticking a bigger battery in everything and sitting back. If it was, Prius's would ship with 100 kwh batteries like Teslas. Ever wonder why they don't? Batteries are HEAVY. a 10 KHW or 20 kwh battery would be several hundred pounds heavier and would take up room from the underside of the bed and severely limit payload and/or bed size. Then all F150 fans will complain about how lame this truck is at doing truck things.
Is the F150 hybrid a first gen hybrid and will future models improve on this architecture? Absolutely. Is it a half ass crippled vehicle like you keep repeating over and over? No. It delivers on what it claims - which is 20-30% efficiency improvement over any other F150 AND a 7.2KW generator with ZERO trade-offs or downsides. 20-30% is a HUGE improvement, nothing to be scoffed at.
What will make bigger batteries a thing in hybrids is improvement in battery tech. Solid state, better cooling, lighter weight, faster charge times, wider operating range for discharge etc. Battery tech is very much first gen/rudimentary.