Wrong!Apparently it depends how full you want your batteries to be. I’ve heard they charge quickly…. Like 20-30 minutes to get to 80% but then that last 20% is essentially a trickle charge and can take hours if not over night. No personal experience though.
I appreciate you pointing out my wrongness… but could you perhaps offer an answer to the question of how long does it take? You’ve introduced other variables but no range of time to compare to my wrong answer. Am I wrong by minutes? Hours? Really just looking for a general range.Wrong!
Depends upon the voltage and amperage available to charge, the manufacturer of the vehicle, and the size of the vehicles batteries. Temperature can also have an effect, but less so than other factors.
You make legit points, but the other dude isn't "wrong!"Wrong!
Depends upon the voltage and amperage available to charge, the manufacturer of the vehicle, and the size of the vehicles batteries. Temperature can also have an effect, but less so than other factors.
I know from a friend’s experience that your last statement is false. He was staying at a VRBO that only had 120VAC 15A outlet available for him to charge his wife’s Tesla in -23C weather. Virtually all the power went to heating the batteries, and very little went to actual charging. He was getting about 1km per hour of charging at the worst of the cold! It took him days to get enough charge to drive back to a rapid charger.Wrong!
Depends upon the voltage and amperage available to charge, the manufacturer of the vehicle, and the size of the vehicles batteries. Temperature can also have an effect, but less so than other factors.
wow- it seems like for around town use ev's are fine and if it's a hybrid where you can gas it up and get a whole bunch of range that's great but as far as roadtripping a pure ev, at this point it is just too much work/anxiety for me. i can't add 45 mins to my travel time. maybe if the ICE had never been invented we would accept this but given the ease of ICE refueling and the fact that you can carry more fuel onboard, i don't see how people are talking about everything being electric in a few years. seems like we have a ways to go before thatI know from a friend’s experience that your last statement is false. He was staying at a VRBO that only had 120VAC 15A outlet available for him to charge his wife’s Tesla in -23C weather. Virtually all the power went to heating the batteries, and very little went to actual charging. He was getting about 1km per hour of charging at the worst of the cold! It took him days to get enough charge to drive back to a rapid charger.
This is very hard on the battery pack as well and will shorten its effective life.
Take it from an engineer who’s done a deep dive into this topic - BEV adoption will never be to the idealistic levels envisioned. Besides the physical limitations of the components, the mining needed to provide the metals for the consumable components is absolutely excessive.wow- it seems like for around town use ev's are fine and if it's a hybrid where you can gas it up and get a whole bunch of range that's great but as far as roadtripping a pure ev, at this point it is just too much work/anxiety for me. i can't add 45 mins to my travel time. maybe if the ICE had never been invented we would accept this but given the ease of ICE refueling and the fact that you can carry more fuel onboard, i don't see how people are talking about everything being electric in a few years. seems like we have a ways to go before that
agreed- i just don't get why people are talking about it as if it's imminent reality- i can't imagine we are going to have the power grid capable of charging all those cars and enough charging stations anytime soon besides as you said the rare metals for the batteries- i do think they are kind of cool for local driving but i don't see complete conversion like we're being toldTake it from an engineer who’s done a deep dive into this topic - BEV adoption will never be to the idealistic levels envisioned. Besides the physical limitations of the components, the mining needed to provide the metals for the consumable components is absolutely excessive.