- Joined
- Jul 3, 2012
- Messages
- 15,627
- Display Name
Display name:
Velocity173
That’s airplane distance, not car distance
But you ever go 650 miles without stopping? I seriously doubt it. I did a few push hard trips like that when I was younger but even then I stopped more than once!I can't imagine wanting add 2.5 hrs to a trip like that. Potty breaks and food aside, my diesel suv will make a 1300-mile trip with one stop if I really wanted to. Unless I was on a road trip where the trip itself was the purpose, not so much the destination, I wouldn't want to stop 8+ times over the course of the journey.
There are a few problems with that nearly 1,300 mile trip as planned on ABRP in that image.I can't imagine wanting add 2.5 hrs to a trip like that. Potty breaks and food aside, my diesel suv will make a 1300-mile trip with one stop if I really wanted to. Unless I was on a road trip where the trip itself was the purpose, not so much the destination, I wouldn't want to stop 8+ times over the course of the journey.
One instance (well 615 miles anyway). Appleton, WI to South of Overland Park, KS. Roughly 8 hrs in the seat, no stops. It was just me. Could have pushed on through to Tulsa that night but felt it was better to call it a night and start again in the morning. I had picked up the Excursion that day after flying into WI and didn't want to deal with a flat tire or engine issue in the dark.But you ever go 650 miles without stopping? I seriously doubt it. I did a few push hard trips like that when I was younger but even then I stopped more than once!
That's the thing about the charging time...yeah sure it's longer than actual pumping the liquid into a gas tank.... but not so much longer than you stop anyway for bathroom breaks, eating, and just stretching your legs a bit....So you do all that stuff while the fuel is lowing....not after.
And those 8 stops are "with a conservative 20% minimum" state of charge, Salty said.
I plugged in a route from Tarpon Springs (estimating his start point) to Beaumont TX in my E-Tron which has a relatively short range compared to a lot of the Teslas...set for 10% minimum and I get 6 stops...basically stopping every couple hours...which I would do anyway
So, in your long reply, you essentially said ICE vehicles don't do daily driving as well, but excel at longer trips and the difference is pretty stark when the distances are greater.There are a few problems with that nearly 1,300 mile trip as planned on ABRP in that image.
1. They are stopping to charge with 20%, or more, SoC. Maybe it's their first road trip and they still have range anxiety. That much of a reserve is unnecessary and it increases your total charge time. 10% is more reasonable and those with EV road trip experience often use closer to 5%.
2. Plan charging stops around meal and bathroom breaks. Have the car charging while making the stops that you would have made in any vehicle so that the charging time isn't adding extra time to your trip.
3. You don't drive 1,300 miles non-stop in any vehicle. You stop in motels for the night. Pick a motel with a destination charger so that your car will charge overnight while you sleep. That replaces more than one charging stop per night as you can top-off the battery for the next morning.
4. A long road trip in an EV will take longer than in an ICE car. If you look only at the road trip, though, you aren't getting the complete picture. Most people don't take long road trips very often. What they do often is their daily driving around town. During their daily driving, they NEVER stop for gas. They are saving time week in and week out by charging at home then they give some of that time back when they take a road trip. In the end, most people come out ahead on time saved with the EV.
I own three cars. A Tesla Model 3 and two Mazda3's (that the kids drive).However EVs do local daily driving well but are a big compromise when you have significant distances to travel.
A 750-mile battery is a waste of resources for most drivers. Use those same battery resources to build three EVs with 250 mile ranges which will meet the needs of almost everyone. Only a small percentage of drivers will need, or even use, that range.Once you start to get range like this, then EVs can approach ICE trip convenience
@Larry in TN
Nooooooo. Logic cannot be used. It is completely emotional that i want to ignore daily life and only consider the once every five years road trip.
Tim
A 750-mile battery is a waste of resources for most drivers. Use those same battery resources to build three EVs with 250 mile ranges which will meet the needs of almost everyone. Only a small percentage of drivers will need, or even use, that range.
For a household with more than one EV, buy one with a 330+ range and the rest with something in the mid-200s. Use the longer-range one for trips.
They show what a hassle it is when the CCS charger network doesn't work as it should. There are hundreds more videos that show how well EV road trips go.The two vids above show what a hassle a cross country road trip is in an EV.
The two vids above show what a hassle a cross country road trip is in an EV.
I own three cars. A Tesla Model 3 and two Mazda3's (that the kids drive).
For all my local, daily driving, I drive the Tesla. On the only road trip I've taken since buying the Tesla over a year ago, I drove the Tesla. For all road trips I take in the future, I will drive the Tesla.
Since September 2021, when my Tesla arrived, I have driven the Mazdas exactly once (other then to reposition them a time or two in/out of the garage).
If you don't want an EV then don't buy one. I am not trying to talk anybody into driving something they don't want. (The Mazda3 is a great little ICE car, if you want a small-to-mid Sedan, and an excellent value. I'd happily recommend them)
Only if you're topping it off, which you don't do on a road trip. Unless this new battery tech has a slower overall charging curve, the time to add a particularly number of miles doesn't change. If anything, it should charge faster.The bigger battery is nice. But it also means longer charge times.
no hassle at all for most Tesla owners in most parts of the country.
and will only get better as the infrastructure grows
That's not what I said. I have two ICE cars because I had them before I bought the Tesla. They will go with the kids as they move out on their own. I had three when I bought the Tesla but sold the diesel Jetta that it replaced. I don't drive my Mazdas and I won't buy anymore ICE vehicles.Precisely my point. I think having a 2-car household with an EV and an ICE is a great mix.
What I said is a family with EVs might have one long-range EV (330mi+) and the rest mid-range (~250mi) EVs. There is absolutely no way that I'd take one of the Mazdas on a road trip and leave the Tesla at home. The road trip experience is better in the Tesla. Listen to @FastEddieB . He's done a lot more road-tripping in his Tesla than have I.Or 2 EVs and an ICE until such point in EV technology that EVs can replace ICE range and refuel times.
And I tire of people who don't understand how EVs work saying that they're inconvenient when my 14 months of experience exclusively driving EVs says different. If it were inconvenient, don't you think I would have noticed by now?I just tire of the constant justifications that EV proponents try to push about how "it's not that bad" to deal with EVs on longer trips.
Then a larger battery serves no purpose.Only if you're topping it off, which you don't do on a road trip. Unless this new battery tech has a slower overall charging curve, the time to add a particularly number of miles doesn't change.
The larger battery allows you to drive longer legs while keeping the car's SoC in the range where it charges the fastest.Then a larger battery serves no purpose.
Subtract the time you spend refueling, using the restroom, and getting food/eating, as my car will spend that time charging, and the difference is a lot less than 2.5 hours. Subtract the time you save by charging overnight at your motel from the difference. That will replace more than one of the charging stops from that 2.5 hour total as you can "top it off" overnight requiring less charging time the next day.No way you’re gonna convince me 2.5 hrs of charging on a 1,300 mile trip is convenient.
At 15 minutes per stop, you're spending an hour, or 1:15, stopped. More, as I'm going to need to make restroom and food stops. I'm not driving five hours without a stop. But please tell @FastEddieB that his experiences on his road trips are wrong.I’ll take 15 minutes of gas station fill ups any day.
On my road trip, autopilot was on for almost all of the trip which does make a long day of driving more pleasant. The seats in my car are more comfortable than my other cars. The infotainment system is a lot better and doesn't rely on using my phone's data plan. The cost of energy is significantly lower.The ride of a Tesla is also no different from a comparable ICE vehicle.
The difference in SoC range is not that big. You're saving very little time unless you charge up well above 60% - and to do that you're sitting there longer.The larger battery allows you to drive longer legs while keeping the car's SoC in the range where it charges the fastest.
If the charging curve is similar, the number of miles of range you add, while in the SoC range where the battery charges the fastest, is greater. In both cases, you'll minimize your time spent charging by keeping the SoC in the 5% to 60% range. In the car with the larger battery, you can drive more miles from 60% to 5% SoC so you will not have to stop as often.
Subtract the time you spend refueling, using the restroom, and getting food/eating, as my car will spend that time charging, and the difference is a lot less than 2.5 hours. Subtract the time you save by charging overnight at your motel from the difference. That will replace more than one of the charging stops from that 2.5 hour total as you can "top it off" overnight requiring less charging time the next day.
At 15 minutes per stop, you're spending an hour, or 1:15, stopped. More, as I'm going to need to make restroom and food stops. I'm not driving five hours without a stop. But please tell @FastEddieB that his experiences on his road trips are wrong.
On my road trip, autopilot was on for almost all of the trip which does make a long day of driving more pleasant. The seats in my car are more comfortable than my other cars. The infotainment system is a lot better and doesn't rely on using my phone's data plan. The cost of energy is significantly lower.
It's not even close.
I generally agree with you, and I totally agree if you discount leaving the road to get to the station and extra time at lights etc. if you count those, there’s no way you’re fueling in 4 minutes.Lady doth protest too much Batman and Joseph on an ev-donkey. I dont even have a dog in the ev fight, but my fuel stops in my 512mi range ice sonata are 4 minutes. F.o.u.r, not 15. Im sorry some of you people dilly dally at the pump like you preflight lawnmowers, that doesnt invalidate my data point, n=1 and all that jazz.
At my level of monthly commute that equates to 12 minutes per month, or two and a half hours a year. Thats a charging rate of 130mi per MINUTE. I paid 20 grand new, in 2019, which is also not up for debate. I dont care what ev owners do, thats my lived experience and it informs my vehicle choices.
For people pearl clutching about having their experience as EV owners scrutinized by people "who dont know what theyre talking about", some of you have spent inordinate amounts of time dismissing our lived experience as ice owners.
The hype works for awhile, but eventually that is going to burn off. They really should get that under control before hand, or maybe the idea is to constantly keep up hype and not worry about delivery. So far it’s worked.
My driving experience may be different from others here. I can make 700 miles a day with 2 stops. 1 stop if traveling alone. Each stop may take 10 minutes if I take time to eat after fueling up. My wife will be yelling at me to stop somewhere so she can pee. And she doesn't mind stopping on the side of the road, just as long as I stop.!! (which I rarely do) Stopping 3 or 4 times in a 700 mile leg is just too much for me.
I see cars at the charging station at the BW (best western) on the old rt 66 down the road where I live. Usually the occupants are sitting under a tree, washing the car, repacking the luggage, reading a book, playing on the cell phone, working on a laptop or many other things. Filling up and getting back on the road is not one of the items I see the Evs doing.
Minimizing fuel stops is something that was ingrained in me in a former career. A hard habit to break.
That's not what I said. I have two ICE cars because I had them before I bought the Tesla. They will go with the kids as they move out on their own. I had three when I bought the Tesla but sold the diesel Jetta that it replaced. I don't drive my Mazdas and I won't buy anymore ICE vehicles.
What I said is a family with EVs might have one long-range EV (330mi+) and the rest mid-range (~250mi) EVs. There is absolutely no way that I'd take one of the Mazdas on a road trip and leave the Tesla at home. The road trip experience is better in the Tesla. Listen to @FastEddieB . He's done a lot more road-tripping in his Tesla than have I.
What I have been trying to explain, for months now, is that EVs are different. You don't think about them in the same terms as an ICE car. Doing so is what confuses people. You don't need the same range or "refueling" time as an ICE car. (Though, my EV range is similar to the gasoline range of my Mazdas) The car is "full" everyday when you leave your garage. When you are on a road trip, you don't "fill up" when you are waiting for the car to charge. You charge enough to make it to your next stop, plus reserve--just like flight planning. The car's navigation system figures it all out for you.
Unless you are regularly driving 200+ miles per day, that's 52,000mi/yr Mo-Fr, you aren't going to have to stop to charge your car away from home. Because of this, owning an EV is more convenient than owning an ICE car for most of us.
And I tire of people who don't understand how EVs work saying that they're inconvenient when my 14 months of experience exclusively driving EVs says different. If it were inconvenient, don't you think I would have noticed by now?
An EV with 150 mile range, or less, would not be convenient for most people, except as a around-town car. I wouldn't recommend owning one. Living with an EV without the ability to (Level 2) charge at home would not be convenient, I wouldn't recommend it. ~250-mile range for daily driving is more convenient than ICE for those who can charge at home. A ~330-mile+ range is great for road trips, as has been detailed by several in this thread.
If you don't want an EV, then don't buy an EV. I'm against any government mandates for EV adoption (California). The market is doing a fine job of absorbing all of the EVs that the manufacture's are able to build.
I have tried to explain what it is like owning and driving an EV for people who are interested in learning about them. Why are people who don't own an EV, and who've likely never driven an EV, compelled to tell EV owners how bad they think EVs are? Don't EV owners know what it's like to own, and drive, EVs?
Around here in the SE, when one station is a bit cheaper than the rest, it’s not unusual to have to wait in line for a pump to free up.
Having one EV and one ICE gives you the flexibility to choose the best vehicle for the mission.
Which is why I currently think a hybrid would be my best option.
But of course as technology moves forward, that could change.
I want one…but for me its all about right to repair. I think warranties are about as fake as safety. Everything breaks and should be repairable I think someone figured out how to fix so why cant I?
I want one…but for me its all about right to repair. I think warranties are about as fake as safety. Everything breaks and should be repairable I think someone figured out how to fix so why cant I?