People that live in the city don’t usually go shopping with their cars (at least here in central Europe) and people in the countryside will have enough space for a charger anyways.
What? Why would you react that way, this isn’t even an “America is the only country that exists” moment. Nobody disagreed with you, insulted you, misinterpreted you, etc…
DC fast charging is fairly fast. My car goes from 10-80 in less than 20 minutes in summer, and probably 35 minutes in winter. My wife spends more time than that in grocery stores weekly.
The point is that you’re already parking your car for that much time while you’re doing other things. They just need to put more charging stations near those things.
4 times longer refueling is crazy that’s only 80 percent versus 100 % refueling.
Imagine instead every week having to make a special trip with your vehicle to a designated location where you have to interact with a point-of-sale that is trying to upsell you car washing services or loyalty program enrollment with a good chance of skimmers installed on credit card readers.
You then have to dispense gallons of fluid of highly flammable liquid which you, in the week ahead, will turn into carbon dioxide that will slowly alter the climate of your planet to the point that hundreds of species of plants and wildlife die off.
On the financial side, the price of the liquid is so variable that it can change multiple times a day based on market demands and world events. Your country may go to war to ensure you getting that liquid. There will be deaths of your countryman to make sure you get that liquid.
Instead, I pull the car into the garage and plug a cable in. When I get in the car the next day, its full. So yes, one of these sounds crazy, but not the one you say it is.
Even if we’re talking road trips, after 4 hours of driving (often much less), you’re going to want to get out, stretch, pee, and get a bite to eat. All stuff that easily takes 20 minutes.
4 hours at 70mph is 280 miles. Add 20% for not charging all the way (which is faster and is easier on the battery). Add another 20% for cold weather. That gets us to about 400 miles. EVs on the market now are hitting 350 miles, and that number is only going up in the next few years.
EVs past 350 to 400 mile range only serve a small section of the population that likes to pee in a bottle and eat sandwiches prepared ahead of time so they can go 7 hours at once. Most ICE cars don’t have that kind of range. We don’t need to wait around just to serve this handful of people. In fact, we should keep to around 350-400 miles and use any further advancements to reduce weight.
True! I’m more at the 2 to 3 hours get out and stretch kinda point in my life. The amount of chargers and the fact that I can’t do it at my apartment is still a deal breaker.
Well, you also have to account for the fact that you’re not supposed to completely charge (or discharge) a lithium battery pack. 80% is effectively full (if you care about cell longevity)
The idea is that you charge when you go somewhere with a parking lot where you are staying for more than a few minutes. Almost everyone whose primary mode of transportation parks somewhere and then spends 30+ minutes inside, whether that be restaurants, grocery stores, work, or somewhere else. In that time I get get 200 miles of range, which is far more than I actually use most weeks.
I either charge at home, or at work, or if there happens to be a charger at my destination but I’m almost never waiting to charge.
I’ve frequently had to wait for a pump or had to go out of my way to get to a working pump. Gas pumps don’t work when the power goes out but batteries stay charged. I’ve actually had to load up my gas generator in my ev to drive 2 towns over during a power outage to get fuel…to keep my pets alive. Car only had about 30% charge to start and roughly 22% when I was back. Generator had 0 gas to start (had just run through my old gas) and was full when I got back…also the power decided to come back on which began refueling my ev.
The issue is charging takes a while, while refuelling is pretty much instantaneous
90% of people can charge their car enough in between Shopping trips
People that live in the city don’t usually go shopping with their cars (at least here in central Europe) and people in the countryside will have enough space for a charger anyways.
People do everything in their cars in the U.S.
Yeah, and not being Amercian is a crime on the internet, I know.
This article is about cars being made in the U.S., so it’s kind of about the U.S…
The article is, but this discussion didn’t really specifically mention the US, so I assumed we were talking about EVs in general
What? Why would you react that way, this isn’t even an “America is the only country that exists” moment. Nobody disagreed with you, insulted you, misinterpreted you, etc…
Just look at the votes on my previous comment
Those downvoters are because you shifted the conversation away from “ev’s in the US”. But since you like sophistry, that was intentional.
You’re exactly the kind of person I’m talking about.
DC fast charging is fairly fast. My car goes from 10-80 in less than 20 minutes in summer, and probably 35 minutes in winter. My wife spends more time than that in grocery stores weekly.
4 times longer refueling is crazy that’s only 80 percent versus 100 % refueling.
The point is that you’re already parking your car for that much time while you’re doing other things. They just need to put more charging stations near those things.
Imagine instead every week having to make a special trip with your vehicle to a designated location where you have to interact with a point-of-sale that is trying to upsell you car washing services or loyalty program enrollment with a good chance of skimmers installed on credit card readers.
You then have to dispense gallons of fluid of highly flammable liquid which you, in the week ahead, will turn into carbon dioxide that will slowly alter the climate of your planet to the point that hundreds of species of plants and wildlife die off.
On the financial side, the price of the liquid is so variable that it can change multiple times a day based on market demands and world events. Your country may go to war to ensure you getting that liquid. There will be deaths of your countryman to make sure you get that liquid.
Instead, I pull the car into the garage and plug a cable in. When I get in the car the next day, its full. So yes, one of these sounds crazy, but not the one you say it is.
Even if we’re talking road trips, after 4 hours of driving (often much less), you’re going to want to get out, stretch, pee, and get a bite to eat. All stuff that easily takes 20 minutes.
4 hours at 70mph is 280 miles. Add 20% for not charging all the way (which is faster and is easier on the battery). Add another 20% for cold weather. That gets us to about 400 miles. EVs on the market now are hitting 350 miles, and that number is only going up in the next few years.
EVs past 350 to 400 mile range only serve a small section of the population that likes to pee in a bottle and eat sandwiches prepared ahead of time so they can go 7 hours at once. Most ICE cars don’t have that kind of range. We don’t need to wait around just to serve this handful of people. In fact, we should keep to around 350-400 miles and use any further advancements to reduce weight.
True! I’m more at the 2 to 3 hours get out and stretch kinda point in my life. The amount of chargers and the fact that I can’t do it at my apartment is still a deal breaker.
Well, you also have to account for the fact that you’re not supposed to completely charge (or discharge) a lithium battery pack. 80% is effectively full (if you care about cell longevity)
e: Li-Ion to lithium
The idea is that you charge when you go somewhere with a parking lot where you are staying for more than a few minutes. Almost everyone whose primary mode of transportation parks somewhere and then spends 30+ minutes inside, whether that be restaurants, grocery stores, work, or somewhere else. In that time I get get 200 miles of range, which is far more than I actually use most weeks.
I either charge at home, or at work, or if there happens to be a charger at my destination but I’m almost never waiting to charge.
I’ve frequently had to wait for a pump or had to go out of my way to get to a working pump. Gas pumps don’t work when the power goes out but batteries stay charged. I’ve actually had to load up my gas generator in my ev to drive 2 towns over during a power outage to get fuel…to keep my pets alive. Car only had about 30% charge to start and roughly 22% when I was back. Generator had 0 gas to start (had just run through my old gas) and was full when I got back…also the power decided to come back on which began refueling my ev.