Electric cars for people with no driveways

So youre expecting some 60 year old woman to be able to make one of these cables, run it outside at night, then come take it inside in the morning in the rain just to be able to go to the shops? What if her garden is 20 foot long?

Its maddness madness madnus.

For 1 person this seems like a kinda do-able solution. For everyone it is not.


Have you been drinking from the same kool-aid as the Nissan executive that said EV chargers are too heavy for women to use? :confused:

In all seriousness since when did 60 make someone too weak and frail to manipulate something that is akin to a hose pipe...:confused::rolleyes::o

Especially if the lock is inside the car, so you have to: leave your house and lock the door, go unlock your car, get in. Unlock the power cable button, get out, go undo the power cable, lock your car, take power cable back to house. Lock house door, go back to car, unlock and get back in.

Id enjoy that in -12 winter.

The lock is generally controlled with the central locking key fob. E.g.
car locked = cable locked
Car charging (regardless of locked or unlocked) = cable locked
Car unlocked = cable unlocked

The process normally goes, press button to unlock car, pull out cable.

Does the wall charger convert the High voltage AC to low voltage DC ?

No, it just passes 240v to the car and the car converts it to DC using its onboard charger.
 
Does the wall charger convert the High voltage AC to low voltage DC ?

It's all LV, at no point in the charging setup do EVs deal with HV AFAIK.

LV is up to 1000V AC or 1500V DC

Maybe they will in future but I don't think any current standards for EV charging exceed these figures.
 
Have you been drinking from the same kool-aid as the Nissan executive that said EV chargers are too heavy for women to use? :confused:

In all seriousness since when did 60 make someone too weak and frail to manipulate something that is akin to a hose pipe...:confused::rolleyes::o



The lock is generally controlled with the central locking key fob. E.g.
car locked = cable locked
Car charging (regardless of locked or unlocked) = cable locked
Car unlocked = cable unlocked

The process normally goes, press button to unlock car, pull out cable.



No, it just passes 240v to the car and the car converts it to DC using its onboard charger.


Err the plastic bit on the curb must weigh a few kg when wet. Imagine trying to scrape that up with snow and ice on it?
 
So what is the risk of carrying a 25ft long cable with 1000v in the rain?

Personally I try not to carry any electrical appliances outside in the rain or snow.

Virtually nil because not only will it have appropriate protective circuitry anyway, it's not going to be live when you're walking around with it. We don't live in a cartoon.
 
Virtually nil because not only will it have appropriate protective circuitry anyway, it's not going to be live when you're walking around with it. We don't live in a cartoon.

Actual LOL! :p

It must be a pain for every single construction site in the world to come to a stop when there is any precipitation at all. :D
 
Honestly , I'm no EV fan but some of you lot want to have a word with yourselves.


Exactly everyone on here is assuming that EVs will be run and maintained by fit and healthy 20 or 30 year olds using brand new approved cables.

Ignoring the practicalities if sub optimal extension cables, bad weather, old people, disable people (who drive petrol cars but may not be able to stoop over and pick up heavy rubber backed cables off the pavement in all conditions.

Currently for example 75% of users have admitted to daisy chaining standard extension cables.

Imagine the other 96% of the population gets an EV not just the richer early adopters. Its going to ve chaos.
 
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