3 ms·
Regarding gasoline: the question is how much of that energy is actually converted into motion instead of heat. With electric mirrors it's more than 90%, with ga
by luckystarr 3y ago
Regarding gasoline: the question is how much of that energy is actually converted into motion instead of heat. With electric mirrors it's more than 90%, with gasoline it's more like 30-40%.
- anticensor 3y agoI am sure you meant motours/motors, not mirrors.
- luckystarr 3y agoYes. Gboard is getting ever more useless.
- loa_in_ 3y agoAnd it never fails to capitalize brand names and suggest them over normal words...
- hinkley 3y agoIf I talk about the malus genus it always tries to turn it into Apple. Just like that.
- pomian 3y agoAnd what is with the numerical replacement of a word? Just before pressing send, if you're lucky, you catch something like, an engine may be defined by it's 6 in cubic inches. (Instead of displacement.)
- hinkley 3y agoI’m about to turn off autocorrect. It’s < handling of apostrophes makes me sound like an idiot, and it’s (that’s two) auto replacement of words makes me sound like I’ve had a stroke. A couple times I have checked a response I’m (three strikes) the morning and it is so garbled I can’t remember what I was trying to say. It used to work better, right? I’m not imagining it?
- marak830 3y agoYes, I believe it did used to be better, I feel like I'm fighting the damn thing now.
- olejorgenb 3y ago10-13x better then
- Gibbon1 3y agoBasically if you figure a EB battery weighs 1000 lbs and 10 gallons of gas plus the tank weighs 75lbs. Gets a lot better when you include the weight of a gasoline engine plus transmission vs an inverter and electric motor. The difference there is a few hundred lbs. Take away is even what seems like small improvements in power density saves a lot of weight. Increase the density by 10% and you shave 90lbs off the battery and reduce the cars weight by 4%. Your gain is more than the reduction of the weight of the battery because cascading reductions in the weight of the cars structural elements.
- drtgh 3y agoThe torque required for an electric vehicle to climb a slope quickly drains the battery (if the electric motor can climb it, and if the refrigeration can manage the temperature rise along the climbing time [hill, road, etc; constant torque]). Combustion engines have a high torque, and these variables should be included in the equation. IMHO, it should be mandatory to include in the electric vehicle specification the range with a 14-20% of slope/gradient[1], including the speed. [1] although it does exist some ways with 30% of slope, some wicked garages included.