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The Bristol Cable

Opinion: Electric cars are not the answer

The popularity of electric cars looks set to increase, but they are no green panacea, argues Adam Reynolds.

Opinion

Bristol’s roads are congested and significantly degraded by transport pollution, our energy supply mix needs to decarbonise, and we exist in a high energy consumption society. Against this backdrop, we’re being told to buy electric cars – but they are not the green transport we need.

First off, they may increase congestion rather than decreasing it. By 2050, Department of Transport modelling showed a 17% increase in UK traffic levels if we continue as we are, while 100% electric vehicle (EV) ownership showed a 51% increase. EVs are extremely expensive to buy, but phenomenally cheap to run – meaning public transport would likely be abandoned.

On top of this, every 1% shift in car ownership to electric reduces tax revenue by £300 million. As EV ownership increases, dynamic road user pricing will have to be introduced to recapture lost revenue and tackle increased congestion on the UK’s roads. This could mean charging people based on the length of their journeys or the time of day they drive.

“The privately owned car is simply not going to be part of living in a low energy society, be it electric or otherwise”

Not so clean or green

In the 1990s, everybody was told to buy a diesel to save the planet. Now everybody is being told to buy electric to save the planet. Yet there are growing concerns about tyre dust, a significant but less well known vehicle pollutant.

Some of the health risks of inhaling fine (PM10) and ultrafine (PM2.5) particles are well-established, such as asthma, lung cancer, and, most recently, heart disease. But a growing body of evidence suggests exposure can also harm the brain, accelerating cognitive ageing, and may even increase the risk of Alzheimer’s and other forms of dementia.

Significantly, replacing only all UK cars with battery EVs would also require the next two years of the world’s environmentally costly cobalt. There are just not enough raw resources available to deliver this EV nirvana.

While we are decarbonising our energy supply mix (replacing coal and gas with renewables), we would need a 20% capacity increase to cope with EV energy demands. We will be lucky to decarbonise our existing capacity by 2050, let alone an increased amount.

Residents, particularly many of those in terraces and flats, will also find electric car ownership a struggle due to insufficient or inconvenient charging points – and the local electrical infrastructure cannot currently support the wholesale move to EV ownership. Imagine the neighbourhood charging wars just around the corner.

Where we live, how, and why we travel are key functions of understanding the role that EVs, and even autonomous cars, will play. We have had a century of cheap readily available fossil fuel energy where the costs have been externalised. The planet and your health are paying that price.

The answer is recognising we need to move people as energy-efficiently as possible: walking, cycling and mass public transport are all more energy efficient than private cars. EVs perpetuate a high energy movement of people.

This need is not reflected in the West of England Combined Authority (WECA)’s regional development plans. Many of its proposed sites for tens of thousands of houses are car-centric with little or no good mass transit links. WECA is enforcing car dependency, and not delivering low energy, human-scale transport solutions for people’s daily needs.

Illustration: Patrick Atkins.co.uk

Should I buy electric?

If you have a charging point and are in the market for a new car, it’s worth buying electric. Your only running costs are new tyres, saving you a fortune in petrol and public transport.

But I foresee the negatives emerging as more appear on our roads: the mass abandonment of public transport and a government scrambling to recover revenue and tackle increased congestion, which already costs us billions per year. It will abolish fuel duty and introduce dynamic road user pricing. Oregon, USA is already trialling this.

Expect road user pricing to punish any journey less than three miles when you could have walked or cycled, and woe betide you drive along a mass transit corridor at rush hour. Driving will be more expensive than taking the bus or train. And once the health risks of tyre dust are proven you won’t be allowed into an Ultra Low Emission Zone with your EV for free. You will blame the government for telling you to buy an EV.

As demand for EVs around the world skyrockets, expect raw material supply problems, with materials being reserved for electric buses, lorries and vans. Mass transit and human-scale, space-efficient transport solutions such as cycles and eBikes will become a priority.

Eventually, as local authorities get to grips with climate emergencies, they will design-out car dependency. Bristol has declared a climate emergency, but to actually address this it needs to become a low-energy society, moving people efficiently both in terms of energy and space used, and should be looking to cities like Vancouver and Copenhagen for answers.

If its answer is the car, whether electric or otherwise, Bristol is asking the wrong question.

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Comments

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  • And what about the batteries themselves, are they sustainable?

    Reply

    • Very much not.

      Apparently the batteries are based around cobalt. Replacing every car with an electric car would require more cobalt than our planet actually contains.

      And lets not get started on when your battery goes a bit rubbish like a phone battery… I wonder how much it will cost to just buy a new battery or do you have to buy a new car every couple of years as the battery dies?

      Reply

      • Batteries are hugely sustainable. There are more than enough raw-materials, especially as newer batteries use far less cobalt. Once they reach the end of their useful life in a car (around 500k miles, or 1m+ for newer batteries), they can be re-purposed energy storage (in homes/factories etc.)

        Once they need to be recycled they can be broken down and 100% of the original elements extracted and recycled into brand new batteries.

        All of this manufacturing and recycling effort can be done using renewable energy sources. Battery storage even supports renewable energy sources by balancing demand and supply effectively.

      • Cobolt is also used for refining crude oil…try again.

  • Electric vehicles have a single selling point; they don’t pollute at the point of use. They still use massive amounts of energy in construction and some in use, and will increase congestion, danger and ill health. Their carbon footprint is not very different to that of a petrol car, so they won’t save the planet from climate change. They are just the latest marketing ploy from a threatened industry, supported by shallow politicians.

    Reply

  • Our neighbour recently had a series of power outages in her terraced Victorian house. She had her electrics checked and these were fine but the electricity supplier sent the lads round to dig up the cable in the street. They found that the 1980s distribution was struggling to keep up and really needed replacing. Think of how many older properties there are in Britain and you’ll see why mass adoption of electric vehicles will be impossible in many areas. The transport system is broken and the government need to throw money at public transport instead.

    Reply

  • It really is frightening how advertising is now playing on the guilt trip, implying that battery tech is green tech and if you care about the world, you would buy electric! but it is only more lies and I wonder when we are going to wake up and see that yet again it is just a nonsense to make us consume more with a cleaner conscience…yet cannot address the underlying problems that are evident wherever we look

    Reply

  • Batteries in electric cars last a very long time and with new technology will not need to use cobalt and other rare metals. Please do not use scaremongering tactics in your comments.

    Reply

    • I’ve got even more ‘scaremongering tactics’…If you run out of charge on a smart motorway, how do you get charged on a no-stopping motorway ? There is going to be more battery waste, where do we dump them all?(more waste on environment)..Long queues at charging stations…What if there is a power cut ?..Blocks of flats-possibly 200 people-where do all the charging posts go ?..Terraced houses-where do the charging posts go ? What if there is a bus stop in front of the front door ?..London-high Ride offices etc. Where do the posts go ?…When charging at place of work, who pays if company won’t pay ?..Huge electric price rises..How much will the Lithium cost to import ? How much damage to the environment are these power stations going to cause ???

      Reply

      • Chargers put where you park your car. Lithium lasts a lifetime. Your petrol lasts a week. EVs three times more efficient . My electricity hasn’t had a huge price rise has yours

  • A move to electric cars might be an aid to working against climate change but it won’t alter the traffic jams in town, cities and motorways. The answer, or perhaps a better answer, surely lies in frequent, clean, cheap, convenient, public transport.

    Reply

    • Per capita productivity’s at an all time high. So…

      Why not move to 4-day work weeks, reducing one day of work commuting? Do it right and you could significantly reduce traffic.

      Add in government incentivizes for businesses to allow more work from home policies and now you’re taking loads of cars off the roads every day.

      Public transit is great if done right, but how about pushing government to prioritize bike lanes and bike lane snow clearing during the winter. Maybe set an hour aside every morning where only bike traffic, busses, and emergency vehicles are allowed on roads. Suddenly biking gets WAY more attractive.

      There are lots of innovative ideas we could use today to both reduce emissions and reduce traffic. Instead, government is pushing the idea that we need to turnover all vehicles on the planet, replacing all combustion engine vehicles with electric. It’s hard to claim that big money isn’t playing a part here. Look at how many people have gotten rich with their investments in Tesla, even as they scream and yell for more EV tax credits and subsidization.

      Reply

  • Electric Cars won’t work.

    Reply

  • Actually would be of much help if it was allowed only 1 car per house, indenpendent of the number of living inside.. that would reduce a lot of the congestions.. (but the lobby of car makers would never let that happen it.) The articule is right on that, the Great Leviatan will only increase and create more taxes.. to tax the air that we breath..

    Reply

  • All these points are already obsolete. Rolling battery swap at 40 mph solves energy delivery. Sodium not lithium for batteries. Won’t run out of sodium. High speed guideway solves traffic. The private vehicle will not kill you with COVID. Cd=0.07 yields 297 mpgE and no tire dust.

    Reply

  • I recently completed a 1000 mile round trip from Pennsylvania to North Carolina. The routes I traveled on consisted of major highways as well as some secondary roads,county and state roads. At no time did I ever see a charging station anywhere. I had no trouble finding a gas station. Ev cars are going to prove to be a huge fraud and a joke to the people who bought them. The infrastructure is simply not there and it’s not reliable. In addition I simply don’t care for a vehicle that someone can simply shutdown with a few keystrokes on a computer

    Reply

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