OMG, that man is still repeating the anti-ev FUD of 2 or 3 years ago. So many falsehoods in that article, no wonder he feels duped.
If you have time, would you mind correcting any falsehoods?
OMG, that man is still repeating the anti-ev FUD of 2 or 3 years ago. So many falsehoods in that article, no wonder he feels duped.
yep, shorter life with built in end of life of batteries, leading to more regular purchases of new vehicles. i think thats one of the points Atkinson was making? mandating vehicles to be smaller, lighter, higher MPG longer life and recyclable would be better legislation. expect some rowing back to hybrids as the 2030 deadline arrives.Again Electric cars was/is/won't never about saving the planet and ALL about saving the car industry.
At the moment I would expect a major re think on the 2030 target. Batteries rely on nickel and the biggest supply is from Indonesia, the Philippines and Russia. The nickel futures market on the LME has been in turmoil for the last couple of years with confidence draining away from the contract after enormous volatility and cancelling of trades. Not much point setting an arbitrary date without reference to the materials required to make it work.yep, shorter life with built in end of life of batteries, leading to more regular purchases of new vehicles. i think thats one of the points Atkinson was making? mandating vehicles to be smaller, lighter, higher MPG longer life and recyclable would be better legislation. expect some rowing back to hybrids as the 2030 deadline arrives.
Absolutely spot on. Ban production of new cars. That is the answer.Interesting piece by Rowan Atkisnon on Electric cars
I love electric vehicles – and was an early adopter. But increasingly I feel duped | Rowan Atkinson
Sadly, keeping your old petrol car may be better than buying an EV, says actor Rowan Atkinsonwww.theguardian.com
Innovation is only as good as to what the physics or in this case the chemistry behind it will allow. There is a finite amount of current that can be stored and once that’s reach then that’s it. Then there is the problem of getting the ‘current’ into the cell and then efficiently discharging it.We have an electric car that has a realistic range of 280 miles more than enough for our needs.
The network will need to expand to meet future needs but the next advancement will surely be upgraded batteries with 1000+ mile range. Innovation is normally pretty swift when its driven by consumer demand.
Ahem: electro-chemistry and charge (Coulombs), Mr Atkinson would have said this given his backgroundInnovation is only as good as to what the physics or in this case the chemistry behind it will allow. There is a finite amount of current that can be stored and once that’s reach then that’s it. Then there is the problem of getting the ‘current’ into the cell and then efficiently discharging it.
In case it wasn't obvious, i'm no expert but I still believe that current ranges will improve without a complete change in technology.Innovation is only as good as to what the physics or in this case the chemistry behind it will allow. There is a finite amount of current that can be stored and once that’s reach then that’s it. Then there is the problem of getting the ‘current’ into the cell and then efficiently discharging it.
Neither am I. I designed battery charging systems back in the nineties when lithium Ion first hit so I’m very much behind the on th3 science but the age old problem with batteries in general is efficiently (I) charging (ii) holding the charge and (iii) discharging. As yet I’ve not seen anything to say that Lithium is any different from other recharges. Interestingly there was a piece (I think in the IET periodical but can’t be sure) a while back where battery companies were going to look at the iron cells which were the first type of rechargeables.In case it wasn't obvious, i'm no expert but I still believe that current ranges will improve without a complete change in technology.
Neither am I. I designed battery charging systems back in the nineties when lithium Ion first hit so I’m very much behind the on th3 science but the age old problem with batteries in general is efficiently (I) charging (ii) holding the charge and (iii) discharging. As yet I’ve not seen anything to say that Lithium is any different from other recharges. Interestingly there was a piece (I think in the IET periodical but can’t be sure) a while back where battery companies were going to look at the iron cells which were the first type of rechargeables.
FWIW, I think it’ll end up being either a hybrid system or hydrogen (provided we get the ability to make green hydrogen).
Major issues for me is the amount of infrastructure changes that will be needed to cope with everyone using electric cars. If you don’t have off road parking or a designated parking space you are toast regards charging ( who pays and is it practicable?). The changes to the power grid in terms of delivery and resultant surges. Early evening are going to be a nightmare for the power grid. For those that take journeys of over 250 miles it’s going to be a ‘mare. Those that can’t have electric cars will need to use public transport, can it take the demand?. Then there is the question of whether enough battery cells can be manufactured AND how do we safely dispose/recycle life expired batteries? What is the environmental cost of battery life cycle?Well you sound very well informed. I'm very much behind the electric revolution but it suits our needs perfectly. If we were doing regular long journeys we'd be bemoaning the range and infrastructure but for us it's a dream and very cheap to run.
The average electric car battery weighs half a ton, so there's a lot more to it than standard fittings.Shame they didn’t standardise the battery housing and connections for all cars, then all you have to do is swap the batteries round at a garage (or battery station).
Just a thought around how are all the people in lower paid jobs going to get to work and do the jobs that most of us don't want to do? If you have 3 kids and a massive rent then a bike or bus is not an option. Your very privileged to own such a motor.Just acquired Mercedes CLA250e and very pleased. It is rather like driving a laptop but, once you get used to it, a very good car. I use electric solely for local journeys (max 30-35 mile battery range) and eco or comfort modes for longer. Shocked by the complexity of a) finding public charging points that work (my nearest is in Dorchester, 17 miles way, the Bridport one has been out of action for months);
b) the hassle of getting a wall charger at home. BP Chargemaster can't install if it means the engineer has to go higher than the first step on a step ladder. It is a joke, so my OLEV grant will be wasted on paying an electrician to get a cable to the point where the engineer with vertigo can get to it.
I reckon it will be the other way. Ranges will stay about the same or even less but recharging will get quicker.In case it wasn't obvious, i'm no expert but I still believe that current ranges will improve without a complete change in technology.