K4fxd
Well-Known Member
Too damn cold and too much snow. I like it here in KY and probably will move permanently to Florida in the near future. Free States.Born and raised in Youngstown, Ohio
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Too damn cold and too much snow. I like it here in KY and probably will move permanently to Florida in the near future. Free States.Born and raised in Youngstown, Ohio
Hello; The EV truck link backs up what I have been reading for a while. Makes sense in that it takes more energy to haul or tow a lot of weight. The 200 mile range the guy started with must be for the truck only. Saw in the story about an (app) to help figure how weight/aerodynamics will affect range. The other day i hauled off some rock and dirt, then pulled my boat to the lake and the next morning picked up 900 pounds of concrete mix. Hurt my MPG's some from a normal of 18-19 MPG;s down to 15-16 MPG's. So, i lost three MPG's overall. But I have a 36 gallon tank and only used about nine gallons. That was around 140 miles of driving. I had maybe another 400+ miles of range with those loads to empty.The lightning is nothing but a novelty.
https://news.yahoo.com/youtubers-disaster-towing-f-150-165603212.html
Ca to ban private parking?
https://californiamorningpress.com/...king-minimums-near-transit-los-angeles-times/
A 98kWh battery would get you further than 100 miles in a car. You need a lot less stored energy (power is energy x time) in a battery compared to gasoline because the electric motor has around 90% efficiency compared to an ICE at around 35%. A lot of this inefficiency is heat which means cooling hinders aerodynamics in an ICE car tooSomething that most people don't understand yet is how little power electric car have when compared to gas. A 98Kwh battery is less then 3 gallons of gas, Convert Kilowatt Hour to Gasoline Gallon Equivalent (kWh to gge) ― JustinTOOLs.com
So if he drove 100 miles and drained the battery that is like 33mpg, isn't?
Hello; Let me say up front I have not researched the energy use needed to get liquid fuels (gasoline/diesel) from the ground then refined and transported to a service station. I imagine this could be figured out.A 98kWh battery would get you further than 100 miles in a car. You need a lot less stored energy (power is energy x time) in a battery compared to gasoline because the electric motor has around 90% efficiency compared to an ICE at around 35%. A lot of this inefficiency is heat which means cooling hinders aerodynamics in an ICE car too