The MG4 can take slightly over 140Kwh in tests (despite MG claiming 135 max) so I think people are probably wise not to just expect only premium cars to fast charge, although I guess owners of certain marques are always going to be the same.
I got some comments of "why are you using a ultra rapid car with your MG5" by some Audi/BMW types in France but when I was pulling over 90kw, much faster than them they sheepishly backed off![]()
That's a fair point, there are some who aren't aware though and should probably have been told by the dealer.I suppose you can understand why someone might use a faster charging point if that's the only one available at the time. A bit like those awkward times you enter a car park and badly parked motorists force you to enter a space at an angle or too far over, then when they leave you look like the inconsiderate one!
Osprey seem quite good at giving a reasonable number of chargers, at many services Gridserve only provide 4 spaces (sometimes only 2) which isn't enough and is full quickly. Each car's different charge curve makes it difficult to give an easy rule for all of them other than over 80% usually gets pretty slow and especially over 90%.Actually the bigger problem is idiots insisting on charging to 100%. It's usually much quicker for your journey to stop at no more than 80%, even if that means charging again later. That last 20% is slooow. I'd actually support chargers automatically stopping at 80% if all chargers on a sit are occupied.
Motorway services are usually very busy. I try to head for MFG petrol stations which tend to have a better provision than most motorway services, or other sites like the Osprey hub at Ipswich P&R which has a dozen or so chargers about 1 minute off the A12/A14 and there are hardly ever many cars there.

My record is 92.25 kw/h and a friend has had 96 kw/h. MG really under play what their cars can do.That's a surprising number when the 5 is only advertised as 80kW max? My parents have rarely reported more than about 70kW when charging their MG5 at rapid chargers!
My record is 92.25 kw/h and a friend has had 96 kw/h. MG really under play what their cars can do.
Nah. Just needs a one way in to the charging hub which forms the queue rather than the free for all muddle we see at the moment. That and perhaps if all chargers are occupied the charge stops at 80% and you get charged a punitive idle time fee if you don't shift the car off the charger pronto.Separately - I have found myself thinking that EV charging would be best served moving away from the current fully 'self service' system of parking at any charging point to a central kiosk/barrier at each charging area where the car model is checked for connectors and draw, drivers can then put it details about how much charge they want to add, how long they're willing to wait, etc, and preauthorise their payment card there. You'd then get issued a ticket saying which charger to use, and when (if there's a queue). Would allow more intelligent utilisation of potentially limited numbers of chargers particular at busier locations and at peak times
Nah. Just needs a one way in to the charging hub which forms the queue rather than the free for all muddle we see at the moment. That and perhaps if all chargers are occupied the charge stops at 80% and you get charged a punitive idle time fee if you don't shift the car off the charger pronto.
The best way of doing it is what Osprey are doing it with their Kempower chargers, there is one central kempower cabinet with the DC rectification equipment in it with kiosks which connect to it. All the kiosks can do 150kw charging but the central cabinet doesn't have the capacity to do it all at the same time, when a car plugs it will only use the maximum it can from the cabinet but remaining capacity can be used by other cars. Much better utilisation instead of having 50kw cars plugged into 150kw chargers with the extra capacity not able to be used.Nah. Just needs a one way in to the charging hub which forms the queue rather than the free for all muddle we see at the moment. That and perhaps if all chargers are occupied the charge stops at 80% and you get charged a punitive idle time fee if you don't shift the car off the charger pronto.
3rd/4th rapid of the day, close to 40C outside but about 45-48% SOC actually early on a top up charge, probably about 3-5 mins in.Ah interesting, guessing that must have been at a low SOC and a warm day to manage those kind of numbers? (Responding having just hit 70kW a few minutes ago at ~60% battery, which parents are calling as joint record!)
Sounds better than the rubbish they have at Beaconsfield. Charger with two cables that covers two parking spaces. Fair enough it can't handle charging both cables at once. But if there's someone charging from Cable A, it will let you put in all the details (payment etc.) for Cable B. I naively expected this would mean it would start charging Cable B when A stops. But it doesn't. So no wandering off to have a meal, you have to sit there and wait for A to finish, then put your details in and wait for charging.The best way of doing it is what Osprey are doing it with their Kempower chargers, there is one central kempower cabinet with the DC rectification equipment in it with kiosks which connect to it. All the kiosks can do 150kw charging but the central cabinet doesn't have the capacity to do it all at the same time, when a car plugs it will only use the maximum it can from the cabinet but remaining capacity can be used by other cars. Much better utilisation instead of having 50kw cars plugged into 150kw chargers with the extra capacity not able to be used.
The shared capacity of the kempower chargers also allows Osprey to install a lot of them in each location.
I don't drive an EV, so this is based on observations only. Would it be better if chargers were arranged like fuel pumps at a petrol station, so that you drive through rather than have to reverse off etc. Would this make queuing more regulated and fairer?Separately - I have found myself thinking that EV charging would be best served moving away from the current fully 'self service' system of parking at any charging point to a central kiosk/barrier at each charging area where the car model is checked for connectors and draw, drivers can then put it details about how much charge they want to add, how long they're willing to wait, etc, and preauthorise their payment card there. You'd then get issued a ticket saying which charger to use, and when (if there's a queue). Would allow more intelligent utilisation of potentially limited numbers of chargers particular at busier locations and at peak times
Most of the new forecourt charging stations are like this. Expect rapid changeI don't drive an EV, so this is based on observations only. Would it be better if chargers were arranged like fuel pumps at a petrol station, so that you drive through rather than have to reverse off etc. Would this make queuing more regulated and fairer?
I think you're describing the old ecotricity now Gridserve chargers at Beaconsfield, there are no Osprey chargers there. There are 6 Ionity chargers but really there ought to be a dozen at least. Was chaos last time I went there.Sounds better than the rubbish they have at Beaconsfield. Charger with two cables that covers two parking spaces. Fair enough it can't handle charging both cables at once. But if there's someone charging from Cable A, it will let you put in all the details (payment etc.) for Cable B. I naively expected this would mean it would start charging Cable B when A stops. But it doesn't. So no wandering off to have a meal, you have to sit there and wait for A to finish, then put your details in and wait for charging.
Given the contention for chargers, you'd have thought they'd try and set it up so it starts charging as soon as possible to get people on their way.
The old ecotricity chargers are being replaced by better Gridserve chargers, the old ecotricity ones seem to spend most of their time broken.I think you're describing the old ecotricity now Gridserve chargers at Beaconsfield, there are no Osprey chargers there. There are 6 Ionity chargers but really there ought to be a dozen at least. Was chaos last time I went there.
Genuinely interested in what causes chargers to break. I’d have thought that it is fairly simple technology, and it is clearly in the interest of the charger owner to have them functioning.
The few occasions I've seen (at Banbury & Rugby) have both been because of issues with the payment terminals rather than the actual charging equipment itself. Bit weird seeing it happen when contactless card readers are usually pretty reliable, but there you go!
I've had an Ionity charger make lots of clicking noises and then the car rejecting the charge due to a communication error. Seen lots of Gridserve units that immediately go to charge completed. Gridserve do seem to have a particular problem at Rugby, not uncommon to see a significant proportion of the 12 (currently 11 due to one being crashed into and not replaced yet) units out of service, or apparently in service but not working. I also came back front he services to find the charge had stopped randomly once, but fortunately there was enough to get me to Cardiff anyway.The few occasions I've seen (at Banbury & Rugby) have both been because of issues with the payment terminals rather than the actual charging equipment itself. Bit weird seeing it happen when contactless card readers are usually pretty reliable, but there you go!
Could this be due to 'customer abuse'? Such as card traps or skimmers to defraud card users? Would a 'Charger Card', only suitable for EV charging machines overcome this?
I also came back front he services to find the charge had stopped randomly once, but fortunately there was enough to get me to Cardiff anyway.
I assumed that the [bold part above] would be a requirement to stop the more unsavoury local charcters playing pranks on unattended charging cars!I've noticed that some chargers are a lot more susceptible to "tampering" when it comes to stopping a charge. Some require you to re-present the payment card before you're able to stop a charging session, others just need you to press the little "stop" button and leave it at that, including Rugby's!
I wouldn't think so - Banbury has been "network issues - unable to authenticate" on a couple of occasions, and just a dead terminal at Rugby (no lights and no response when presented a card) - in both cases a dedicated "charge card" would have run into the same issues, whilst simultaneously creating another barrier to using them! I've not seen any chargers that have a 'conventional' card terminal - only ever contactless readers without keypads (or worse, a little sign that says "download our app")
I've noticed that some chargers are a lot more susceptible to "tampering" when it comes to stopping a charge. Some require you to re-present the payment card before you're able to stop a charging session, others just need you to press the little "stop" button and leave it at that, including Rugby's!
Regardless of any such requirement, there is always an emergency stop button which reprobates could misuse.I assumed that the [bold part above] would be a requirement to stop the more unsavoury local charcters playing pranks on unattended charging cars!
Across the whole of 2022, 1.61 million new cars were registered in the UK. That was the lowest level since 1992.
The market continued to feel the impact of the Covid pandemic. Sales were slightly lower than in 2021, a period affected by lockdowns and other restrictions - and some 25% down on 2019, the last "normal" year before the outbreak.
Or consumers cannot decide if the new technology is here to stay and want to jump ship at this stage.When tech transitions manufacturers ramp down the production of the old to change production lines over to the new creating a production dip.
Equally consumers stop wanting the old and prefer to hang onto what the have until the new is affordable to them.
Or consumers cannot decide if the new technology is here to stay and want to jump ship at this stage.
The downturn in sales is probably driven by other factors as well, such as:
- Have ICE cars improved in quality so much that they can comfortably run for well over 100,000 miles, and thus change is not required?
- Miles travelled reduced certainly during the initial stages of Covid - the roads were deserted - so accumulated miles are not so high, thereby delaying next purchases.
- Car sales fell during Covid, and anyone looking for a bargain would have picked the up then.
- The cost of living and energy price rises have reduced the disposable income available to buy new cars.
This is normal.
When tech transitions manufacturers ramp down the production of the old to change production lines over to the new creating a production dip.
Equally consumers stop wanting the old and prefer to hang onto what the have until the new is affordable to them.
There are other factors that come into play. EVs have much less downtime than ICE cars and are suited well to street corner rent by the hour concepts due to the minimal maintenance required, so less cars are needed. Also active travel has grown substantially since Covid struck.
The bigger industry risk is that China have gone full steam ahead on EVs and European manufacturers have dragged their feet. When cameras went digital Kodak delayed & died. When phones went smart Nokia delayed & paid the price. When Japanese cars hit the west, legacy manufactures lost half their sales immediately. Today, China make the best EVs thus some western manufacturers will vanish or have their brand names bought out by China.