I just realized that while the Jeep is a phev, the Ford is not. It is just a mild hybrid. But, I really think they will offer it as a phev soon if Chevy and ram join the “trucks with big batteries” competition.
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I have a full 'tank' every morning. It's awesome.
Though in a couple weeks, the wife and I are doing a Yellowstone road trip. We'll see if we still like the car after that.
(and it won't take 37 hours at each Supercharger to top off!)
I have a full 'tank' every morning. It's awesome.
Though in a couple weeks, the wife and I are doing a Yellowstone road trip. We'll see if we still like the car after that.
(and it won't take 37 hours at each Supercharger to top off!)
Tesla has Superchargers in Jackson Hole and West Yellowstone. Taking a Tesla to Yellowstone works but charging locations are sparse on some routes to and from the park.
We're staying just outside West Yellowstone. Hotel has a destination charger, and the Supercharger across the street. Driving an EV does require a little more planning.
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I haven't see that thread, but I suspect that depends on how we define efficiency. It might be so if we define efficiency simply as potential energy converted into work. But if the potential energy requires a lot of preparation to get it into position to be converted (e.g. mining, transportation, peripheral energy the miners themselves use to get to work, etc.) then it might not be as efficient as using an abundant source of power that's happening whether we use it or not (e.g. solar, tide, wind, etc.)In a different thread coal fuelled turbine powered vehicles are being put forward as more efficient than electric vehicles.
I haven't see that thread, but I suspect that depends on how we define efficiency. It might be so if we define efficiency simply as potential energy converted into work. But if the potential energy requires a lot of preparation to get it into position to be converted (e.g. mining, transportation, peripheral energy the miners themselves use to get to work, etc.) then it might not be as efficient as using an abundant source of power that's happening whether we use it or not (e.g. solar, tide, wind, etc.)
And, of course, pollution might come into play too. If your efficient power just also happens to emit toxic smoke, then efficiency may be the wrong criterion to look at.
I'm reminded here of the hydraulic ram. For those not familiar with it, it's a pressure pump using a low pressure head of water to power an impulse pump that moves water at high pressure. In one sense of efficiency, its awful. It wastes most of the water that passes through it, in order to pump a small amount under pressure. But in another sense of efficiency it's unbeatable. In a place where water is flowing downhill anyway, it does its job with no added energy at all. It all depends on how you look at it.
So last night Ford revealed the production version of an all-electric version of their long running F-150 full sized pickup. Now you darn furniers who don't even have the common decency to be born in 'Murica might not get the big deal but the F-150 line of trucks is the best selling vehicle in America. Not the best selling truck, the best selling vehicle. It is the most common passenger vehicle on the road in the US.
Ford claims:
- Base price of just under 40,000 grand. For reference the base i.c.e. F-150 starts at 29,000.
- 300 mile range
- 10,000 pound towing capacity
- 2,000 pound payload capacity
- 0-60 mph in the "4 second" range.
- A very large "frunk" with 120v and USB outlets and 14 cubic feet of cargo space.
- "Bluecruise" which seems to be Ford's version of auto-pilot.
- A feature which allows your truck's battery to serve as a backup for your home power if the grid goes down.
So last night Ford revealed the production version of an all-electric version of their long running F-150 full sized pickup. Now you darn furniers who don't even have the common decency to be born in 'Murica might not get the big deal but the F-150 line of trucks is the best selling vehicle in America. Not the best selling truck, the best selling vehicle. It is the most common passenger vehicle on the road in the US.
Ford claims:
- Base price of just under 40,000 grand. For reference the base i.c.e. F-150 starts at 29,000.
- 300 mile range
- 10,000 pound towing capacity
- 2,000 pound payload capacity
- 0-60 mph in the "4 second" range.
- A very large "frunk" with 120v and USB outlets and 14 cubic feet of cargo space.
- "Bluecruise" which seems to be Ford's version of auto-pilot.
- A feature which allows your truck's battery to serve as a backup for your home power if the grid goes down.
I saw this earlier today. Looks like a good and promising EV.
I am curious on what the range hit would be when towing.
My wife mentioned that this would be the truck she would get, if we needed one. She despises the Tesla Cybertruck.
I am curious on what the range hit would be when towing.
My trailer (a 5x8 enclosed) seems to cut my mpg in half when I tow it behind my SUV. The ratio would probably be about the same for the electric truck. So, I would estimate about a 150 mile range for the electric truck in town and 100 on the highway.
(EVs get better "mileage" in town because of reduced drag at lower speeds and regenerative braking mitigating losses from stop-and-go driving.)