Latest scam: start charging your EV at a public charger, leave it to get on with it, and somebody pulls up alongside and unplugs from you to plug into their own car, thereby getting charge that you are paying for.
PS: rapid charging is very bad for battery longevity. EV makers love it because it decreases the service life of a car. They're already in clover because the life of an EV is <10 years whereas my ICE is already nearly 20 years old.
I don't know whether you make this sort of stuff up for yourself or whether you read it in feeds designed to stroke your prejudices...
So just like the nonsense about brake lights on EVs and regen on EVs I'm going to correct this bit of ignorance before it passes for truth:
Somebody can't just come along an unplug your car from a rapid charger. Even a lowly 50kW charger is delivering that power by providing 400V at 125A. If you were to be able to unplug that there would be a big very harmful arc/spark which would make enough noise to wake the dead. When people have paid contactless they are expected to swipe their card to end the session. Similar applies to sessions which may have started via an app or with an RFID membership card. There is an emergency stop button on some (possibly all) rapids, but that would end the charging session, so your scenario of taking the plug and stealing the power is a lie with zero foundation. Did you personally make it up or did you read that?
When cars plug in to "standard" 240V charging at home, the plug should normally be locked, so long as the car is locked. Cars always lock the socket when the car is being actively charged, but there is a setting to decide whether the car should keep the plug locked into the socket when the charge is complete. I guess that if you charge in a secure home environment, it can be more convenient (by a minuscule margin) to be able to unplug and hang up the cable before unlocking the car. The general wisdom is that the setting should be set so that the plug is always locked so long as the car is locked - obviously that suits any public charging better. In my experience of using several makes of kerbside AC (non rapid) charging, the moment I disconnect the plug, the charge point notices immediately, usually there is a clack of relay/contactor in the unit then, within 30 seconds, I get the email of my receipt! Signalling down the cable ensures that power isn't flowing when you pull the plug. To that end, if I am charging and I unlock the car again, to get something which I forgot, the power drops to zero and the charge port unlocks. After about 15 seconds it will automatically re-lock the charge port and the power ramps back up again. There are safety reasons as well as theft reasons why your "statement" of what happens is "bollocks" for both rapid and slow AC charging. I've got so used to this that I usually just unlock the car, unplug within 15 seconds, coil cable and go. I don't actually need to actively stop the charger explicitly. BTW The charge point keeps the plug at that end locked, so long as the plug is connected at the car end.
rapid charging is very bad for battery longevity. EV makers love it because it decreases the service life of a car. They're already in clover because the life of an EV is <10 years whereas my ICE is already nearly 20 years old
Not so "bollocks", there is truth, but it is much overstated. It's heading in the direction of saying that driving your car will wear it out.
Not since small un-cooled batteries over 15 years ago has rapid charging been a major issue. AC charging is considered best for gaining the last few percent of lifetime.
As for the manufacturers: They've loved rapid roll-out because it ends the nonsense that you can't take your car far from your home. The rate at which a rapid charger charges a car is entirely controlled by the car's Battery Management System. It tells the rapid charger what voltage and what current and keeps altering it as the session progresses. It adjusts as the state of charge changes, it adjusts as the battery temperature changes. Famously it often keeps the current much lower in freezing temperatures. It is up to the car maker to set the parameters which will affect the battery. If they get that wrong it will harm their reputation. The doom about battery life is almost all derived from Nissan's early Leafs. The batteries were smaller, so there would be more charge cycles. They needed more rapid charges on a long journey.
Bigger batteries are better able to handle the power of an ultra-rapid charger or to be able to sink the regenerative energy from braking or going down a hill. The same weight EV decelerating would regen the same instantaneous energy, regardless of whether it was a 2016 model or a 2026 model. The difference is that in 2026 the battery size will be greater, so the impact of that surge of regen energy is distributed over more cells (just like for rapid charging).
So battery sizes, as well as chemistry, as well as battery management have all contributed to improvements which mean that the factual statistics of
today will be bettered by the statistics gathered in 5-10 years time.
And NO, the life of an EV is not <10 years!
I bet a 2025 EV in 18 years will have had far fewer expensive services carried out on it than a petrol vehicle of that age.
As it happens, in the UK we have a fairly EV battery friendly climate, not freezing like Canada and Scandinavia, nor hot like Spain or California.