not done it yet
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Makes me realise though when thinking about parking at the curb - Tesla charging ports are obviously designed for left hand drive ! I’ve always wondered why they don’t put one on both sides (cost??) it would make it so much easier / flexible to plug in !
Apart from reflective number plates, I expect other factors could be changed, but as these kerb-side connectors are likely non-tethered charging points, does it really matter (apart from theft of/from the connecting leads?
I don't think EV's will be good for mobile mechanics out of vans at all. You wanna see how much stuff has to come off one to get to batteries and safety boxes. You could not do this down someones driveway without lifting gear - you just could not!
Watch ‘James and Kate‘ videos on youtube and you might realise that, for most service items, your comment is largely unfounded. Heavy lifting jobs generally require lifting kit to gain access, so just like now. - I doubt that many mobile mechanics change engines/gearboxes on customers drives?
You're not saving the planet in your EV - you're actually helping the momentum of the process to push the vast majority of the population out of their car, and back onto Shank's Pony or the bicycle
Isn’t that what the government would like? More on public transport? I expect, looking ahead, that autonomous dial-up vehicles will become common - so less personal ownership required in the future, along with less fossil fuels (even if they are available at what some people regard as a sensible price).
Corporate inertia means that the EV manufacturers have invested too much time & money in lithium to get out of it until they really have to. But it remains a difficult metal to mine & extract & has problems such as its fire risk.
Clearly there are some, even lots, out there that are making comments without checking up on developments -which are either already implemented, or possible improvements under development.
Just think, here, of those rare elements such as Cobalt that many harp on about - which are no longer used in many new Lithium ion batteries. Just think, here, of the recent possible (even likely) move from Lithium technology to Sodium based cells. Tesla and the other battery manufacturers are not sitting around doing nothing - even if some claim/assume they are.
The first is sensible for a restricted resource - it leaves it available for mobile phone batteries and production of road fuel (yes, lots of it). The second would replace Lithium with a much cheaper and readily available element - as well as reducing the combustion risks (as small as they are with the newer current battery chemistries) to a lower level, probably by an order of magnitude.
The wieght adds to other sort of particulate emissions - brake dust and tyre wear and they measuring this already (so they can tax you on it)
Brake dust? Surely someone is joking on this one. Most EVs recover energy, while slowing - using the kinetic energy of the vehicle to recharge the battery (for re-use later during acceleration and cruising). Some EVs can be driven without using the mechanical brakes at all, for most of the time - it just needs a careful driver operating at sensible rates of retardation. Look up ‘one-pedal’ mode of driving if you need further education on that particular issue. There are, of course exceptions - high state of charge, batteries left in a cold (unconditioned state) and those that are in too much of a hurry! Emergency braking will always incur the use of the mechanical braking system, of course.