Anyone who owns a smartphone will know that the older it gets, the more time it spends plugged into the mains, charging. The same holds true for the plethora of portable electronic devices that we own, like tablets, fitness trackers, wireless headphones, and the like.
Our urge to replace some devices is now probably driven more
by the fact that the battery life has plummeted rather than because an improved
device has come on the market. All smartphone manufacturers release new models
regularly, yet it seems that the improvements are marginal. I have had my
Samsung Galaxy S7 for nearly four years, but have little desire to replace it
since so far as I can tell, subsequent models have little or no better or advanced
functionality.
What would prompt me to replace my relatively old phone
would be an improvement in battery life, but with even new phones now somewhat
unambitiously advertised as having an ‘all day battery,’ I am disinclined to
shell out several hundred pounds for a new device as my now relatively elderly
device still manages to last all day under normal usage.
The makers of smartphone batteries reckon that on average, a
battery has a lifespan of 300-500 charging cycles, so that’s probably less than
two years. And even if they could increase the lifespan, it isn’t really in
their interest, which is exactly what lightbulb manufacturers did with their
product a century ago.
Back in the 1920s, lightbulb manufacturers like Philips,
General Electric, and Osram formed an alliance – the Phoebus cartel – as a
result of technological advances that significantly increased the life of
lightbulbs. Faced with longer lasting bulbs that needed replacing less
frequently, thereby reducing sales and profits, the cartel actively reduced the
life of bulbs (the industry standard of 2,500 hours in 1924 fell to 1,000 by
1940), and made them more fragile.
While I now find myself having to charge my phone daily, I
have also noticed a more frequent need to charge my tablet and my Fitbit, which
used to last at least five days between charges, but now seems to have to be
plugged in every three days. Even my trusty Kindle, which would go for a month
between charges when I first got it, now needs charging more frequently.
Having so many devices that need to be charged so frequently
makes me grateful for the fact that, unlike the 1970s when they were a fact of
life, power cuts are now few, far between, and usually short-lived (I’ve jinxed
that now, haven’t I?) But, even if my smartphone runs out of juice, or my
Fitbit expires, or my tablet gives up the ghost, all through lack of power, I
am marginally inconvenienced at worst, but the life of a battery in an electric
car is something different.
In just ten years time, in 2030, it will not be possible to
buy a new car or van powered solely by petrol or diesel in the UK, with the
sale of new hybrid models allowed only until 2035. Even though existing
petrol/diesel vehicles will still be allowed on the roads, a shift to
all-electric for new cars in ten years is mightily ambitious, especially when
one considers that only 1% of the cars currently on Britain’s roads are powered
solely by electricity.
Aside from the issue of the number of miles an all-electric
car can travel on one charge, and the time it takes to fully charge these
vehicles, I also foresee an issue with home charging. For home owners like me,
with a driveway, I would not have a problem charging an electric car from my
domestic supply, but there are many car owners who can’t even park directly
outside their property, far less on a drive. A colossal effort is going to be
required to provide the infrastructure to enable 32.7 million drivers in this
country to charge their vehicles.
A vast investment will be required to provide Britain with enough fast charging points if the electic car is to fully replace petrol driven vehicles |
I cannot help thinking that the headlong rush to switch to all-electric vehicles, together with our insatiable demand for new gadgets that rely on rechargeable batteries is simply swapping one set of problems for another, as this tweet eloquently demonstrates.
And aside from the heavy industry necessary to mine the
elements required for these batteries, and the collateral human damage caused
by the slavery that the mining industry relies upon, there are other factors. Yes,
electric cars won’t pollute our streets, but unless the electricity that
charges them comes from renewable, sustainable, non-polluting sources, we are
simply shifting the damage to the environment from one location to another.
Again, there is the issue of battery life, which is even
more significant in a car costing perhaps £28,000, which is the current list
price for an all-electric Nissan Leaf (a petrol driven Nissan Micra costs about
£15,000 on the road). As we know from our smartphones, sooner or later the
battery life renders the device unusable, and so it will with electric cars. The
ingredients of its battery means that an old smartphone can’t be thrown out
with the rest of the rubbish, and electric cars will have to have their
batteries safely disposed of, whether they are replaced or if the whole vehicle
is scrapped. This will not be cheap, and for that matter, what is the resale
value of an electric car that is otherwise in good condition, but which has
batteries that have a much reduced range?
The Government’s plan to phase out the sale of petrol and
diesel vehicles is part of a ten-point plan for a ‘green industrial revolution’
that includes investing in renewable or clean power sources, making homes more
power efficient and less polluting (including an ambition that by 2025, no new
homes will be connected to the gas grid, with gas central heating replaced by
heat pumps, electric boilers, or solar heating systems).
Also part of the plan is a desire to make cycling and
walking more attractive ways to travel, and to make public transport emission
free. This is where the Government’s plan is probably not ambitious enough.
Switching from petrol to electric cars merely swaps one problem for another, a
truly green industrial revolution would be predicated on removing our reliance
on the private car completely. We now live in a society in which the motor car
is so completely embedded, for practical reasons and for convenience, that weaning
the majority of us off them – even simply converting us to electric vehicles –
will require a Herculean effort, which together with this Government’s
propensity to perform U-turns, makes me think that their 2030 target to go
all-electric may come and go without sales of petrol vehicles being completely
wiped out.