Short range, meaning 300 miles between charges.
Yup, short ranges!
Short range, meaning 300 miles between charges.
it can take 24 hours to fully charge
What is going to happen in the next 5 years that would suddenly require all of these new batteries?In 5 years I bet we'll see a lot of abandoned EV's on the streets as people can't afford new batteries.
Presumably meaning those 600 mile non-stop journeys that always involve towing a caravan across the desert where there are zero charging facilities.for everything else,
Perhaps it might take that long in the totally unrealistic scenario of someone returning home with zero range left and then they decide to charge as slowly as possible by plugging into a 13A outlet until it was at 100%.Plug an EV in, especially in a domestic set up and it can take 24 hours to fully charge and give a reasonable ( nothing like an ICE though) mileage.
Presumably meaning those 600 mile non-stop journeys that always involve towing a caravan across the desert where there are zero charging facilities.
That's the point I was making, the increase in 'electronic crap' is now responsible for the car's motive power. Not so much the motor(s) or batteries themselves but the control systems.
I know two EV owners personally who have their cars, both less than 3 years old & under warranty, stuck at main dealers whilst futile attempts are made to rectify faults that have immobilised the vehicle.
I'd rather walk than buy an EV, especially with some of that unbranded stuff coming out from China. In 5 years I bet we'll see a lot of abandoned EV's on the streets as people can't afford new batteries.
People are not buying EVs and manufacturers are turning away from them as well. EVs do not have the range of an ICE, nor do they charge up in a viable time. An ICE pulls into a garage and fills up in five minutes. Plug an EV in, especially in a domestic set up and it can take 24 hours to fully charge and give a reasonable ( nothing like an ICE though) mileage. Consequently people are buying up nearly new ICE cars and this is pushing up the price of second hand vehicles.
Sadly the highest April VED rate increases seem to focus on the very range of ICE cars (2001 to 2017) that so many people rely on for their daily transport.
Some of these in the higher emission bands will see their VED almost double whilst not being able to afford newer cars with lower emissions or EV's
Our two (both pre 2001) have escaped this robbery with a £15 PA increase each, but then the two together only cover 6000m a year.
Nowt much wrong with an EV, for regular, short range commuting - for everything else, you simply cannot compete with ICE.
Think of just towing to a field, in the UK - where, how do you recharge?
On the other hand, many EVs (all of which have "0" tailpipe emissions) have been retrospectively hit with £195 tax, whereas some of the filthiest 2001-2017 cars that were taxed for £20-£50 a year, have seen very small increases.
Do these fields currently have petrol pumps?
I like the 'zero tail pipe emissions' bit, makes EV's sound totally green .. until someone asks the question 'where does the electricity to charge them come from?'On the other hand, many EVs (all of which have "0" tailpipe emissions) have been retrospectively hit with £195 tax, whereas some of the filthiest 2001-2017 cars that were taxed for £20-£50 a year, have seen very small increases.