It seems like many people (me too) base what they think they’ll need off of what they’re accustomed to. My car will get 275-300 miles out of a tank of gas so it just seems crazy to accept less than half of that. But I don’t actually drive that much. Trips where I start full and have to refill before my destination are very rare. Doubling the refueling stops and extending their length wouldn’t actually bother me much, especially considering that for my day to day my car would just charge overnight and I never have to go out of my way for it. I guess what I’m getting at is that if I really think about it, a 110-150 mile range is probably about as much as I should be paying for.
My EV has 280km range and it’s a bit short. I would prefer to have 450km.
Reasons:
charging above 80% is slow and bad for the baterry, you also don’t go to 0% before charging. so on most days I don’t actually have 280km range, more like 200km
I drive more during the weekend, usually just around 200-300km. I can charge for free at work but with 280 range I can’t charge for the whole weekend which would be nice and would reduce my costs to nearly 0
on longer trips 280km means a stop for charging about every 2h. Make it 3h and it would be perfect
280km is enough for daily driving but in my case, 50% bigger battery would a big improvement overall.
In my case I live in a place where cities are spread out and where it gets cold in the winter. My parents live 40 mile away and don’t have an EV charger or a 220v outlet in their garage. Take 10% max range off in the winter, and I would have to use the only charging station (Tesla supercharger) or spend at least 6 hours charging at their house to be comfortable getting home in case of extra traffic or detours. I semi regularly drive even further, 80-100 miles one way. I’d have to stop to charge on my way there and on my way back in the winter, adding at least 30 minutes to an already 2 hour drive. There is also poor charging density on the route, so it has to be planned.
I drive a plug in hybrid now, and can get to work and home on battery only, but only in the summer and no extra stops or alternate routes are possible. People start getting antsy under a 1/4-1/8th tank of gas, it’s worse with battery. Add to that I am able to charge at home, if you have to go visit a charging station because you live in a ln apartment or townhouse without garage space, you need at least 5 days of charge range between fill ups, because most everyone isn’t going to want to add a 30 minute stop to charge daily.
I think it largely boils down to 2 things: How spread out things are in the US that can result in longer trips rather frequently, and the lack of electric car infrastructure.
These 2 things combined mean people are more concerned about the range that they can get compared to an ICE car. The only EV chargers I know of in my town are just down the street from me and are locked up 24/7 because they’re on the property of an elementary school (stupid idea on the town’s part putting them there). This would mean that if I had an at home charger and an EV with a 100 mile range, I could get about 45 miles out before I would have to turn around and come back to charge it. If I want to go to the city for something (a day trip to the museum, for example), that’s 75 miles - one way. I used to make that drive daily in my old RAV-4 for work, and it isn’t a big deal when the round trip would be a half a tank of gas, but that would mean about 25 miles of battery to find a charger once I get there, or finding at least one stop on the way up and probably on the way back as well. And that’s in optimal conditions. I never saw any EV chargers on that commute in the 5 years I had that job, so it would probably mean going out of the way to find charging stations, which would add additional miles to your battery usage.
Once the charging infrastructure is more robust (and hopefully isn’t monopolized by Tesla), I think this kind of thing will be much less of a concern, but people are still going to be bothered by it if they have to stop for long periods of time frequently in order to charge their car.
That is absolutely correct. 110-150 miles of range is exactly what I want. Actually, I was figuring 100 miles at and-of-life, which is basically 120, or or so, at purchase.
The reason I say I will not buy a sub-200 mile car is that one doesn’t drive an EV from 100% to 0% charge. Everyone I know runs 80/20. That takes 40% off the top. A 200-mile car is only good for 120 without pushing the battery.
Suddenly, even with that 200-mile car, I’m looking at a drive to Sacramento trying to decide whether to over charge, stop on the way, or drive slow with no tunes and no AC. That’s OK with me. I’m willing to make adjustments for the benefits of running electric, but I’m not going to get something that can’t be used for longer trips.
But why?
It seems like many people (me too) base what they think they’ll need off of what they’re accustomed to. My car will get 275-300 miles out of a tank of gas so it just seems crazy to accept less than half of that. But I don’t actually drive that much. Trips where I start full and have to refill before my destination are very rare. Doubling the refueling stops and extending their length wouldn’t actually bother me much, especially considering that for my day to day my car would just charge overnight and I never have to go out of my way for it. I guess what I’m getting at is that if I really think about it, a 110-150 mile range is probably about as much as I should be paying for.
My EV has 280km range and it’s a bit short. I would prefer to have 450km.
Reasons:
charging above 80% is slow and bad for the baterry, you also don’t go to 0% before charging. so on most days I don’t actually have 280km range, more like 200km
I drive more during the weekend, usually just around 200-300km. I can charge for free at work but with 280 range I can’t charge for the whole weekend which would be nice and would reduce my costs to nearly 0
on longer trips 280km means a stop for charging about every 2h. Make it 3h and it would be perfect
280km is enough for daily driving but in my case, 50% bigger battery would a big improvement overall.
In my case I live in a place where cities are spread out and where it gets cold in the winter. My parents live 40 mile away and don’t have an EV charger or a 220v outlet in their garage. Take 10% max range off in the winter, and I would have to use the only charging station (Tesla supercharger) or spend at least 6 hours charging at their house to be comfortable getting home in case of extra traffic or detours. I semi regularly drive even further, 80-100 miles one way. I’d have to stop to charge on my way there and on my way back in the winter, adding at least 30 minutes to an already 2 hour drive. There is also poor charging density on the route, so it has to be planned.
I drive a plug in hybrid now, and can get to work and home on battery only, but only in the summer and no extra stops or alternate routes are possible. People start getting antsy under a 1/4-1/8th tank of gas, it’s worse with battery. Add to that I am able to charge at home, if you have to go visit a charging station because you live in a ln apartment or townhouse without garage space, you need at least 5 days of charge range between fill ups, because most everyone isn’t going to want to add a 30 minute stop to charge daily.
I think it largely boils down to 2 things: How spread out things are in the US that can result in longer trips rather frequently, and the lack of electric car infrastructure.
These 2 things combined mean people are more concerned about the range that they can get compared to an ICE car. The only EV chargers I know of in my town are just down the street from me and are locked up 24/7 because they’re on the property of an elementary school (stupid idea on the town’s part putting them there). This would mean that if I had an at home charger and an EV with a 100 mile range, I could get about 45 miles out before I would have to turn around and come back to charge it. If I want to go to the city for something (a day trip to the museum, for example), that’s 75 miles - one way. I used to make that drive daily in my old RAV-4 for work, and it isn’t a big deal when the round trip would be a half a tank of gas, but that would mean about 25 miles of battery to find a charger once I get there, or finding at least one stop on the way up and probably on the way back as well. And that’s in optimal conditions. I never saw any EV chargers on that commute in the 5 years I had that job, so it would probably mean going out of the way to find charging stations, which would add additional miles to your battery usage.
Once the charging infrastructure is more robust (and hopefully isn’t monopolized by Tesla), I think this kind of thing will be much less of a concern, but people are still going to be bothered by it if they have to stop for long periods of time frequently in order to charge their car.
That is absolutely correct. 110-150 miles of range is exactly what I want. Actually, I was figuring 100 miles at and-of-life, which is basically 120, or or so, at purchase.
The reason I say I will not buy a sub-200 mile car is that one doesn’t drive an EV from 100% to 0% charge. Everyone I know runs 80/20. That takes 40% off the top. A 200-mile car is only good for 120 without pushing the battery.
Those numbers don’t even take into account the fact that when I do want to travel 100+ miles, I’m not doing it on city streets at 20 mph. Freeway driving can be expected to take at least another 15% off the EPA range, considerably more with climate control and music.
Suddenly, even with that 200-mile car, I’m looking at a drive to Sacramento trying to decide whether to over charge, stop on the way, or drive slow with no tunes and no AC. That’s OK with me. I’m willing to make adjustments for the benefits of running electric, but I’m not going to get something that can’t be used for longer trips.