Yea...too bad it's so damn inefficient, slow and runs on dirty oil.No it doesn't. It's literally how much energy you can get per volume and nothing about how efficiently you use it.It's absolutely true. Were it not then EV's would RULE the endurance racing world. They don't. In fact, they don't even participate in endurance racing. Why? Because they don't have the EFFICIENCY of internal combustion engines you idiotic clod!Dummy, where do you get nonsense? EVs are many times more efficient with energy because they don't use mini EXPLOSIONS to generate power.10,000 lb towing, 500 hp, 0-60 in 4.5 secOh brother----the trucks engine overheats offroad babe-------------bad bad investment as it can't do what other trucks do, can't tow as much, is extremely costly to maintain.I think truck owners will flock to the electric F-150From a Ford fan & previous owner of many F-150s, they're great rigs but way too expensive. Ram convinced me to switch to Dodge and I'm super glad I did.Impressive truck
Fast and powerful
Ford F-150 is the most popular vehicle in America. If it goes electric.......Electric cars have arrived
There is no going back
500 plus HP, massive torque, 10,000 towing capacity and wicked fast.
If you are a contractor, you drive your truck to the site and it will power all your power tools
If there is a blackout, you can power your house for days
Game changer
You forgot 300mile range and eF150 being able to power your home for three days.
Also the cost is not prohibitive.
The truck offers so much more capability, it will be in demand
Truck owners will grow to love it
The actual towing capabilities are near zero.
Range drops off VERY quickly with any cargo.
Same with use of heater, wipers, headlights, AC, hills, or anything else.
What you have to remember is batteries are very heavy, very slow charge/discharge, and very expensive to replace if you ruin them with quick-charges.
And the energy loss from generating, transmitting, storing, and extracting the energy from the batteries is a huge loss.
The actual amount of energy you have to produce is likely 10 time what you actually get to use at the wheel.
Far more polluting then ICE, especially if the ICE uses bio-fuel, like alcohol or palm oil in a diesel.
I don't know exactly what the loss fact from grid generation to storage loss factor. Looking it up on Google it seems like it can be anywhere from 10% loss to 30%. It is like around 10% when the batteries are new but then they deteriorate to 30% over time.
In other words it takes anywhere from 10-30% more energy to power EVs than if you used the fossil fuels directly.
That is a big Environmental hit right there. We have to generate substantial more energy to keep those EVs on the road. I wonder if the stupid Moon Bats thought about that?
Then you have the Environmental pollution burden of manufacturing, transportation and disposal, which is substantial.
Joe Dufus is a friggin moron pushing that technology but then again remember he was part of an administration that told us Solyndra was the future of America so go figure.
These Moon Bats are idiots listening to the clowns that are pushing this shit.
These stupid trucks will never be used for anything like the gas powered work trucks. It is nothing more than a Moon Bat's wet dream just like all the Environmental Wacko fantasies they have.
EVs do on energy equivalent of 1 combusted gallon of gasoline, what most ICE cars do on 12.
Look up energy density then get back to us, moron.
I don't need to look up things I already know dummy. Yes, gasoline has high energy density, but what I was responding to was about EV's supposedly using more energy than direct fuel burning. That is pure horseshit.
You clearly have alot of difficulty understanding plain English. What I was responding to had nothing to do with density....and then you also top it off by conflating energy density and energy efficiency.
Just because gasoline is energy dense DOES NOT AT ALL mean that exploding it to produce motion is efficient. It's not, because it produces tons of wasted heat and braking does not return energy.
Today's (still in early developemnt) electric cars get 100-130MPGe. No ICE car can match that efficiency, especially considering how fast EV's are.
Energy density is directly correlational with efficiency. You're not very scientifically literate, are you.
Energy stored in small volume allows lower weight, smaller footprint, better transfer of power to the ground, Etc. Etc. Etc.
A thimble full of gasoline will move a car three miles. An EV needs a battery that weighs 6 pounds to do an equivalent distance. You do the math.