Earlier quoted context omitted.
"Nobody is going to buy this thing. I commute 250 miles each way to my job, in my pickup truck, hauling a load of lumber to a cabin 100 miles from civilization. There's no electricity out there. Call me back when Tesla makes a real car with real range. Anybody who buys these now is a sucker." FTFY. There's one of these in EVERY discussion of something Tesla releases :-)
To make your day I will add a post like that. A typical weekend for me involves driving ~150 miles to leave my car in the cold and wet in the middle of nowhere for 8 to 9 hours while I wander around some mountains. Only 2 superchargers in the country and their not between where I live and where I go. Is this unusual - absolutely (mind you plenty people here do similar things) - but range is an important factor to me.…
Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
251–260 of 358 posts
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#252I've been following a multi-month discussion over in the r/electricvehicles subreddit about EPA range. There's a growing consensus that something is very wrong with it. Here are a couple of the articles that got some discussion in that sub: https://insideevs.com/news/407807/eletric-car-real-world-ran... https://www.caranddriver.com/reviews/a30874032/porsche-tayca... As someone who has owned both a Tesla Model X and o…
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#253Earlier quoted context omitted.
I don't think regen braking is perfect (70% efficient maybe?). And if the battery is full, regen braking is disabled/lessened.
Even with 100% efficiency of the powertrain you'll end up with less charge than you started with. Yes, with 100% you get the energy used to overcome gravity back, but you still have frictional (tyres have friction!) and aerodynamic (we have an atmosphere!) losses that need to be accounted for both uphill and downhill. But yes, powertrain loses exacerbate the power consumption.
Also: friction of tyres don't make you consume energy, it's what makes the car move actually (with no tire friction you won't move at all).
The friction that makes you consume energy is within the wheels, gears, etc that are supposed to slide, also the deformation of tires makes you consume energy (which is why consumption is higher with under-inflated tires).
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#254I've been following a multi-month discussion over in the r/electricvehicles subreddit about EPA range. There's a growing consensus that something is very wrong with it. Here are a couple of the articles that got some discussion in that sub: https://insideevs.com/news/407807/eletric-car-real-world-ran... https://www.caranddriver.com/reviews/a30874032/porsche-tayca... As someone who has owned both a Tesla Model X and o…
I make an app (called Nikola, not the truck company) for Tesla owners that has seen over 5 MM miles driven on it. I did some quick queries to validate actual range vs. EPA range for those curious. My general takeaway is to see the EPA range as a useful, albeit unrealistic, indicator. Essentially nobody gets the EPA range, either because they choose not to go the speed limit, they accelerate harder than the EPA test f…
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#255Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#256Earlier quoted context omitted.
To make your day I will add a post like that. A typical weekend for me involves driving ~150 miles to leave my car in the cold and wet in the middle of nowhere for 8 to 9 hours while I wander around some mountains. Only 2 superchargers in the country and their not between where I live and where I go. Is this unusual - absolutely (mind you plenty people here do similar things) - but range is an important factor to me.…
You use £ so I assume UK, but there are way more than 2 super chargers in the UK... So I assume youre talking about Wales as I dont think they have many. They do have plenty of other types of chargers though.
Still, I'm not going to pay way more money for a car that makes my days in the hills even longer! The cost aspect is by far the main reason I haven't bought an EV.
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#257Earlier quoted context omitted.
To make your day I will add a post like that. A typical weekend for me involves driving ~150 miles to leave my car in the cold and wet in the middle of nowhere for 8 to 9 hours while I wander around some mountains. Only 2 superchargers in the country and their not between where I live and where I go. Is this unusual - absolutely (mind you plenty people here do similar things) - but range is an important factor to me.…
> Is this unusual - absolutely Often these claims are made while saying that it's a normal requirement and that everyone has the same requirement, thus nobody will buy it. Cost is an important factor. I think a lot of people already would like to buy one, if they're way cheaper (also way cheaper than £25k). I've seen articles about new battery tech which focusses on cost quite a bit. So hopefully the cost of a new el…
Edit: I don't care about performance - my current car as a 1l engine and it is fine.
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#258They are lying. I was in the market for a new car earlier this year, and I really wanted to get a Tesla. I also really wanted a car that could handle a trip of 295 miles that I regularly make. I will not go into the nightmare that was scheduling a test drive of the long-range Model S, but after getting conflicting answers from multiple PoCs at Tesla, I finally got the firm answer. The car cannot do even my 295 mile c…
The BMW i3 has had the perfect electric car design for the last 7+ years - a battery pack good for ~50-120 miles (increased with model revisions) and a gasoline generator "range extender" with a small tank for indefinite length journeys hopping between standard gas stations - which are abundant. It improves on hybrid-car designs: the engine isn't connected to the drive train, so it's a lot less complex, and the engin…
Because nobody is buying it. Even BMW retired the rex version because it was not popular enough.
The simple explanation is that many better plug-in hybrid cars are available for those who want such a thing, many of them at a better price, with more space.
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#259Earlier quoted context omitted.
The BMW i3 has had the perfect electric car design for the last 7+ years - a battery pack good for ~50-120 miles (increased with model revisions) and a gasoline generator "range extender" with a small tank for indefinite length journeys hopping between standard gas stations - which are abundant. It improves on hybrid-car designs: the engine isn't connected to the drive train, so it's a lot less complex, and the engin…
Range axienty disappears as you get familiar with driving an EV with trip planning. Charging time is already short enough with version 3 of Tesla Superchargers. Availability of charging points isn't an issue when you charge at home/work. Hybrids are just adding complexity, cost and air pollution.
It's true, but in some parts of the world (e.g. eastern Europe) it has been replaced with "what charging cards or apps do I need" anxiety.
Re: Model S Long Range Plus: Building the First 400-Mile Electric Vehicle
#260Earlier quoted context omitted.
"Nobody is going to buy this thing. I commute 250 miles each way to my job, in my pickup truck. Call me back when Tesla makes a real car with real range. Anybody who buys these now is a sucker." Because people keep saying shit like that. Tesla's range increases are a giant experiment to find out at exactly what point opposition to electric collapses.
For me it has always been at a range of 1000 kilometers. (600 miles.)