teuchter
je suis teuchter
You don't say.Unless, of course, you need to travel any distance for work etc. As I'm sure even you understand, there's circumstances in which walking or cycling is at best difficult, at worst impossible.
You don't say.Unless, of course, you need to travel any distance for work etc. As I'm sure even you understand, there's circumstances in which walking or cycling is at best difficult, at worst impossible.
There are if it’s over a certain number of units, yes, though may be a local rather than national policy. We have one of those proper almost vertical bike racks in a storage area in our flat, I bought it on eBay from someone in a block of flats up in the midlands that had to install it when the flats were built, but nobody used it. Probably breached a planning condition when they flogged it to me.I know this is off-topic but are there any planning regulations for new build properties to ensure there's adequate bike parking?
Also useful if you wanted to tip someone’s car over if they were parked above it in the gutter...If you look at their website there does seem to be an option to install them in the road gutter which would be useful for very narrow pavements.
Well, someone hasn't been paying attention.But you seldom read about how amazingly better solar panels are at converting energy today than they were thirty years ago.
Admittedly I am guilty of that, or at least of not remembering what I might previously read on a given thread. Made even worse if I’m having a drink at the time.Well, someone hasn't been paying attention.
1. Not muchIgnoring the cost for a moment, to which extent would solar panels covering the roof of a car increase its range? Not much I guess, or it would have happened already.
Has solar cell technology improved at the same rate as other technologies over the decades? ICE engines and electric/ battery systems are undoubtedly a fair deal more efficient than they were twenty or even ten years ago. But you seldom read about how amazingly better solar panels are at converting energy today than they were thirty years ago.
Ignoring the cost for a moment, to which extent would solar panels covering the roof of a car increase its range? Not much I guess, or it would have happened already.
Has solar cell technology improved at the same rate as other technologies over the decades? ICE engines and electric/ battery systems are undoubtedly a fair deal more efficient than they were twenty or even ten years ago. But you seldom read about how amazingly better solar panels are at converting energy today than they were thirty years ago.
There isn’t a company in Germany that is giving this a go. I’m not going to lie, I am very, very tempted. They say the solar roof will give up to 200km charge each day.Ignoring the cost for a moment, to which extent would solar panels covering the roof of a car increase its range? Not much I guess, or it would have happened already.
Has solar cell technology improved at the same rate as other technologies over the decades? ICE engines and electric/ battery systems are undoubtedly a fair deal more efficient than they were twenty or even ten years ago. But you seldom read about how amazingly better solar panels are at converting energy today than they were thirty years ago.
200km? Hmmm.There isn’t a company in Germany that is giving this a go. I’m not going to lie, I am very, very tempted. They say the solar roof will give up to 200km charge each day.
ElectricBrands | Infinite variety, electrically thought
We have solar panels too so do understand their workings in relation to our house.200km? Hmmm.
From their FAQ: “The solar module of the driver's cab can generate 260 Wp, the centre cabin 360 Wp and the rear module 200 Wp” so in full sun, directly overhead and perpendicular to the panels, there’s a max of 820W of charging power available from solar. Obviously you can’t sustain those optimal conditions all day as the sun moves and the angle becomes more oblique, so the charging rate would decline, but let’s pretend you can get a full 8 hours at 820W - you’ve made around 6.5kWh of electricity (820x8/1000).
To drive 200km on that you‘d need the vehicle to consume just 0.03Kwh per km. It‘s normally at least 0.2kWh per km something doesn’t add up.
820Wp of solar panels is not a lot btw, because space on a vehicle roof is very limited. Also, as the owner of some solar panels I can tell you the number of days a year where the sky is clear enough for them to produce at their rated Wp is tiny. More typically you’ll get half that rate for only the best couple of hours of the day, and still less for the rest of the day.
3 miles sounds a lot more reasonableThe Hyundai Ioniq 5 has the option of a solar roof. They reckon it would add around 1,200 mile per year to the range or about 3 miles per day.
Cost? Around €150,000
There's also the Lightyear One which is supposed to be launched about now. (having looked at their website it seems to be summer of 2022 now)
It has 5 square metres of solar panels and supposedly can provide 12 km of range for an hour sat in the sun.
View attachment 289919
Long Range Solar Electric Vehicle | Lightyear One
Cost? Around €150,000
In California.That hour being 12noon-1pm on a clear summer day no doubt...
I’m expecting that the car market will go a bit like the mobile phone market, with lots of jumps in technology or pointless gizmos that mean people get a new car when they want new features/battery life or some status boost rather than when their old car is fucked, though I expect many are already like that with ICE cars.I’m coming charging in to this thread like a n00b, having not read it at all. Apologies if this has been answered already.
I was wondering about the longevity of the current crop of electric cars. If I were to buy a new one today, how long could I expect its lifespan to be? Would I need to — could I even manage to — change the batteries out at some point? How much does that cost, if it is possible?
We have two cars, both bought new. One is now 13 years old, the other is 10. Both are still going strong. As and when it’s time to replace them, electric seems like the inevitable choice — can I expect another 15+ year lifespan?
Obviously, this is tied up with the second-hand market too. Have they been around long enough for a second-hand market to properly form? How much is a three year old one compared with a new one?
Absolutely no surprises there at all.I went for my first trip in an all electric car at the weekend.
This belongs to a friend who confessed that the car being electric makes her feel less guilty about using it, and therefore uses it more than she would a petrol car. This influenced by it being cheaper to run too.
She said she often uses it for the school run which would be feasible on foot, just taking rather longer. She would do the school run by bicycle if the roads weren't as busy and didn't feel dangerous. And so we see the longstanding vicious circle where people use cars as a result of cars making roads too dangerous or unpleasant for other modes. And electric cars do exactly zero to break this - if anything they make it worse.
I’m coming charging in to this thread like a n00b, having not read it at all. Apologies if this has been answered already.
I was wondering about the longevity of the current crop of electric cars. If I were to buy a new one today, how long could I expect its lifespan to be? Would I need to — could I even manage to — change the batteries out at some point? How much does that cost, if it is possible?
This sounds good. The fact that they have done far more miles than I would ever need gives me hope that they can last more than long enoughEven though the bodywork and trim are shoddy in the extreme the drivetrain of a Tesla is massively over-engineered. There are plenty of Model S that have done 1,000,000km+.
It costs tens of thousands to replace a battery pack as they are built into the floor so you have to completely dismantle the car. Once it's out of warranty (7 years for Tesla) you almost certainly wouldn't bother.
This is more worrying. Less for the current Teslas that can go for a million kilometres, and more for future less over-engineered models. You don't want cars that become unusable after 7 or 10 years.
This sounds good. The fact that they have done far more miles than I would ever need gives me hope that they can last more than long enough
This is more worrying. Less for the current Teslas that can go for a million kilometres, and more for future less over-engineered models. You don't want cars that become unusable after 7 or 10 years.
I’m fairly sure a market for second life car battery packs will emerge for home energy. A 70/80 degradation will still be fine to bolt to the side of your house and charge overnight and use in the afternoons.This sounds good. The fact that they have done far more miles than I would ever need gives me hope that they can last more than long enough
This is more worrying. Less for the current Teslas that can go for a million kilometres, and more for future less over-engineered models. You don't want cars that become unusable after 7 or 10 years.
Given the loss of revenue from fuel duty, and that this can't reasonably be transferred to electricity due its other uses, it seems like road pricing is inevitable:
View attachment 289896
I'm not sure its going to be available in the UK. Most cars that have PV on the roof are not available on its UK models.The Hyundai Ioniq 5 has the option of a solar roof. They reckon it would add around 1,200 mile per year to the range or about 3 miles per day.
Absolutely no surprises there at all.