New Diesel and Petrol Vehicles To Be Banned From 2040 In UK (bbc.com)
New submitter puenktli writes: The UK is joining the list of the countries which are making a commitment towards diesel and petrol free vehicles. Other countries might be more progressive with such a ban (e.g. the Netherlands: by 2025), but at least it's a step in the right direction. However, if new bans are put forward at such a high rate as now, in 2040, the UK might be the only western country where petrol-fuelled cars are still on the road. Tesla at least will be happy about this ban, especially now with their Model 3. But these bans will inspire other car makers as well to invest more in EV. Maybe not such a bad idea after all: oil will run out one day, but the sun will always shine.
oil will run out one day, but the sun will always shine
Maybe another 4 billion years but hardly always.
... assuming the UK is still a first-world nation by 2040.
> if new bans are put forward at such a high rate as now, in 2040, the UK might be the only western country where petrol-fuelled cars are still on the road.
they are not banning all petrol fueled cars from being on the road, they are banning the sales of new cars. I drive vehicles over 30 years old (and am looking to move to a different one that's even older)
We'll see what happens to their economies when these bans are ready to take place, I will bet that they end up backing off rather than crippling themselves (or people will end up using a lot more used cars and trucks until they vote the bums out)
the UK might be the only western country where petrol-fuelled cars are still on the road
No, the USA will be dead last
Car makers stay profitable by making the same car and selling it around the world (with a few planned modifications, such was flipping the steering wheel, and maybe a renaming). It keeps supply chains simple and amortizes design costs. If major markets in the rest of the world are banning new gas cars by 2025, 2030, or any year before 2040, then the UK won't actually have to do anything. GM isn't going to make an electric cars for other markets, and then have a special gas car for the UK; they'll just stop making gas cars. Legislation or not, by the year 2040 you won't be able to get a new gas car in the UK.
Get 1000 miles a charge no one will want anything else. When its 100,000 a charge in a couple decades there will be nothing else.
Personally I never drive more than 100 miles at a time and that is only because Costco is 45 miles away, so every few months.
We went from 150 to 300 plus miles in 2 years without giga factories and such. Much like a computer CPU this is now technology and antique combustion cars will be like the model A you see now from time to time.
Just like Wright Brothers to NASA.
Time marches on with or without you.
Some analysts are already predicting that the car market will be 50% EV by the mid-2020s, and will "tip" rapidly thereafter. This trend is mostly driven by the cost of Li-ion batteries, which has been falling at about 15%/yr for the last couple of decades. When it becomes possible to buy an entry-level EV for $20k or less, why would you even want an ICE vehicle?
The "fuel" price for EVs is a fraction of that for ICE, as is the maintenance cost. EVs only have a couple-dozen moving parts, compared to thousands in an ICE car. Of course, there will still be "gas car" enthusiasts in 2040, just as there are hobbyists who still maintain antique steam-powered farm equipment. But even by 2030, there will no longer be a need for this law, because the market will already have flipped.
XML is like violence. If it doesn't solve your problem, you're not using enough of it. --AC
What if this global warming thing is a big hoax and we make a better world for nothing?! ;)
Anons need not reply. Questions end with a question mark.
Actually not.
Simple evidence is evidence enough for anything.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
>> "oil will run out one day..."
> source?
https://en.wikipedia.org/wiki/Hubbert_peak_theory
Even if you're burning gas and diesel at electrical plants to generate the electricity, there has to be some economies of scale at work here to give better efficiency. More than enough to outweigh transmission losses and battery charging losses.
British Petroleum, what do you think of this idea?
You say things that offend me and I can deal with it. Can you?
At least for USians, a substantial part of the cost of gas or diesel is the tax earmarked for new roads and maintaining existing roads. That the EV owner currently does not pay these taxes could be regarded as a subsidy to encourage use of electric cars, but when EVs are numerous, this will change the fuel-cost calculation, especially against the coming generation of more fuel efficient IC engines.
In other news, rolling coal is alive and well in the US.
limited range, long recharge time, what little infrastructure there is to support it, is typically broken, price, longevity. just off the top of my head
Depends on what you need.
Almost all of my driving is around town, and it turns out that this is actually very typical-- most people use cars for mostly short trips. Actually, a ten mile range would be fine for me-- we're a two-car family, so it would be practical to have one car used for most of our uses, and when we do need longer range, we could use the other.
I have a perfectly good ten-year-old car, so I don't need a new car now-- but when I replace it, an electric car makes sense.
The take-away lesson is that different people have different needs for which they use their car.
http://www.geoffreylandis.com
The only things out of those that are true are the long recharge time and price. Everything else is highly debatable.
Ezekiel 23:20
Agreed--it'd be much more effective and efficient to beef up public transport.
Il n'y a pas de Planet B.
Like leaving the Europe or reintroducing diesel engine vehicles! Meh!
Sent as ripples into the electromagnetic field. No single photon has been harmed in the process.
How many new power plants do they estimate they will have to build, to power all of these electric cars? That's a huge amount of power generation moved into central locations. With about 65% of that energy lost in transmission, that number doubles. source: http://insideenergy.org/2015/1... How does more than doubling the amount of energy it takes to run vehicles save the environment? Unless someone is building a solar grid the size of Britain, I don't see this all coming from renewable sources.
We'll see what happens to their economies when these bans are ready to take place, I will bet that they end up backing off rather than crippling themselves (or people will end up using a lot more used cars and trucks until they vote the bums out)
I don't see any reason why not selling petrol cars would "cripple" Britain. You do know that it's a tiny little island by American standards of distance-- all of the U.K. is still a little smaller than Michigan-- and few people drive long distances. As far as I can see, it's a great location for electric cars.
http://www.geoffreylandis.com
2040 is far enough off that the current politicians can make all the promises they want and not suffer any repercussions from failing to meet that goal nor any backlash from folks who object.
2040 is also far enough off that we might reasonably make the transition from fossil fuels by then as that is a long time in technological terms.
On the other hand, I have 1968, 1986, 1996 and 2004 delivery vans and there is not a whole lot of difference between them. They all get about the same gas mileage. In fact, they get about the same mileage full or empty. The biggest thing you can do when driving a larger vehicle is make sure you're always carrying at capacity for this reason. It's called backhauling. When we make deliveries we also pickup up spent barley and such for our pastured pig farm to optimize our time and vehicle usage. That makes more difference than doubling the gas mileage.
In Vermont, where we're located, they aren't quite as optimistic as the UK politicians so they set the deadline for this sort of thing to be 2050 to give another decade of slack.
...With about 65% of that energy lost in transmission, that number doubles.
source: http://insideenergy.org/2015/1...
65% loss?!? What do you think they are they using to transmit, wet string?
The link you cite says "Energy lost in transmission and distribution: About 6% – 2% in transmission and 4% in distribution".
But Britain's a small place, and they don't wheel power thousands of miles (they don't have thousands of miles), so I expect a smaller number is appropriate.
http://www.geoffreylandis.com
Get over yourself. Half of America thought the same thing about the last president. These hysterics you've worked yourself into aren't helpful.
(And this is coming from someone who doesn't particularly like Trump)
> Because they have limited range, take too long to charge
Mostly this, right, trying to do a 1600km (1000 miles) trip in an ICE vehicle? I can do it with just 2 tanks of gas in 16h. However with an AV?
I don't know how you would do a 1600km (1000 mile) trip within Britain in any kind of car, electric or petrol. Unless it floats.
http://www.geoffreylandis.com
The problem with hydrogen cars is that the lost opportunity cost heavily favors BEVs. Infrastructure costs are not shared with anything else, electric grid is amortized much more easily - and it *already is* almost everywhere. Synthetic hydrogen is always going to be more expensive than electricity, per driven km, because of better roundtrip efficiency (even if hydrogen infrastructure costs were zero, which they aren't), and NG-derived hydrogen (that avoids electricity input as primary source) is no better than just using CNG vehicles.
Ezekiel 23:20
This may be a very good thing for air quality... but there are some significant logistical challenges to overcome if people are actually going to be able to charge their vehicles. Firstly, the UK simply doesn't have the power generation capacity to support several million electric vehicles. Our current capacity overhead is around 1% in winter. Coal-fired stations have reached end of life and are being closed rapidly, and a lot of the nuclear plant is reaching end of life too. The one new plant at Hinkley Point has taken decades to get off the ground, and it seems highly unlikely that the UK will be able to commission enough generation capacity in time for the 2040 deadline.
Second - a good deal of the housing stock in the UK only has on-street parking, which rules out charging vehicles at home. It simply isn't practical to run extension leads across pavements. Some people end up parking a fair distance from their house too. If you're lucky enough to have a driveway, then that's great... until you realise that the electrical grid in a lot of places is already at capacity. It can't cope with the extra load, and will need to be upgraded. Bear in mind that most of the low-voltage grid is underground, and you realise that you're looking at decades of roadworks.
Third - the government has suggested that the 5,000 or so conventional filling stations will be replaced with 5,000 or so fast chargers. This sounds great... until you realise that it isn't possible to charge a car in the 90 seconds or so that it takes to fill up a car with petrol or diesel. It takes (at best) an hour or longer, so way, way more charging stations will be required. Where are we going to put them? The UK is very short of space in towns and cities.
It's a great announcement in principle, but for me, these points need to be planned for too. It simply isn't possible to ban new petrol and diesel cars without putting the necessary infrastructure in place. And it may not be possible to put it in place at all.
Whatever. Toyota is already backing out of that approach. It was just a hedge.
The only change that hydrogen produces versus gas is that the carbon is removed at the refinery. This is because it is still much cheaper to produce hydrogen from oil than other sources. Splitting water economically is still a fantasy.
So, a hydrogen economy is still petrochemical based. Other flow battery technologies (essentially that is what a fuel cell is) already exist that could achieve the benefits you speak of without stripping hydrogen from oil, but this approach is short-sighted.
One of the benefits of charging a car is that the storage technology doesn't have to be the same for every car. Thus, the charging approach gives us one major infrastructure change with only the details changing (what kinds of hookups are offered) after the initial build out.
This benefit is going to allow "batteries" to aggressively evolve. They will be the main competition point.
Personally, I believe the "batteries" will be capacitors within 30 years. They charge faster, will be vastly lighter (mostly air), built from plentiful substances, and will have lifetimes matching the million mile lifetime potentials of the motors.
And they will be charged, not fueled.
We know how oil is produced in nature, we know how long it takes, we know how much oil is consumed => it will run out using any practical definition. It will then be replenished by the same processes that produce the oil we use today, that doesn't change the fact it will at a point of time run out.
Happy?
The form of public transportation I'm guessing you see is not happening in America without many trillions of infrastructure investment to rebuild our populated areas to be friendly to it. So not happening.
What WILL happen is a transition away from private vehicle ownership to autonomous fleets. The efficiency gains in doing so will be vast, mostly due to the sudden appearance of million mile vehicles now that the car companies are selling miles instead of vehicles.
A side-effect of that will be new energy competitors. The fleets will find it economical to generate their own power using solar and wind. So, they will move into renewables more aggressively than utilities. The utilities will find themselves left behind and the fleets will buy out their remains.
Why do electric cars cost the same or more than gasoline cars even though they have fewer parts?
Because *one* of those parts is currently *very* expensive (but getting cheaper all the time).
Ezekiel 23:20
But those incentives aren't free. Everyone is paying for them, including those who purchase 'non-government-loved' cars, and their government is deciding who gets the option to partake (quid pro quo, you buy what the government approves of and they grease your palm).
Wrong thinking will be punished (if very indirectly); right thinking will be as quickly rewarded. Hold out your hand! Here's a rebate! Woohoo!
Really? Asking for a source? How about "there is a finite volume to the inside of the Earth, and we know that 100% of the volume is not oil"
Any resource that has a finite volume can be exhausted if it is continually used. The only way it would not 'run out' is if we aren't using it any more, and then nobody cares.
Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
Should have been "because of better roundtrip efficiency of BEVs", obviously...
Ezekiel 23:20
Electric cars suck.
I own an electric car, and am quite happy with it. It meets all my needs as a commuter and errand car. The range is limited, but my commute is only about 15 miles per day, so i only charge it once a week or so on standard US house current (120v).
Nobody wants one so the government is forcing you to buy a shit car.
I see scores of electric cars on the road every single day on my way to work. Clearly, your statement is without merit.
People who say "sheeple" have about as much sophistication as an AOL user, and in fact are probably actually AOL users.
Half of America thought the same thing about the last president.
Yes, this did. That said, their reasoning was pretty terrible.
People who say "sheeple" have about as much sophistication as an AOL user, and in fact are probably actually AOL users.
If they were serous about AGW, they'd ban the sale of new IC engines starting in 2018, not 2040. Haven't we been told by every scientist that it's probably already too late to do anything about global warming (er, climate change). Why delay this planet-saving measure for 20+ years? Even the more "progressive" Ntherlands starting in 2025? Why wait?
Isn't slashdot bombarded almost daily with postings telling us the solar & wind have overtaken oil on cost curve? Why wait?
It will then be replenished by the same processes that produce the oil we use today
Actually, it won't. Because we have oxygen in our atmosphere now.
Oil was produced by vast piles of organic matter being covered by sediments and baked for hundreds of millions of years. Once our atmosphere got a significant concentration of oxygen, those vast piles of organic matter no longer formed in the same way. The organic matter oxidizes too much before it can be buried. Instead much smaller molecules (aka natural gas) are created instead.
And before the post above asks, the problem with just relying on natural gas is it tends to not stay in the ground on its own. You need particular geology to hold it in place. So there's way less natural gas forming than the way oil formed 250M years ago.
Microbes can digest lignin now so we can't repeat the carboniferous period. Ergo, it is only slightly less finite in quantity than the various metals.
So why the claim that the UK would be the only "western" country with petrol (gas or diesel) cars?
Yes, more for corporations and less for people. That's great. It's going to be awesome to have to call a car and wait for it when you just need to run out to the store for milk.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
I just can't understand buying a car only to be an errand car. I understand that some people don't go on long trips, but you need to consider all uses for a vehicle, not the minimum use case.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
And for good reason. As I understand it, Americans tend to drive longer distances on a regular basis. I think we'll settle down to a large majority of hybrids, though.
Aah, change is good. -- Rafiki
Yeah, but it ain't easy. -- Simba
Look, Tesla sells out their entire production run. They literally can't make enough electric cars. Ford makes many multiples of electric cars that Tesla makes. BMW does too.
And they all pale in comparison to China, which literally makes electric cars for $6000 each. In quantities that dwarf the US and UK output.
Adapt. The market cares nothing for your failed fossil fuel religion.
-- Tigger warning: This post may contain tiggers! --
By then, they will isolated in their little island, making sure that their population remains pure and flawless. Whatever they do will be of little relevance to the rest of us.
It will be 'You will get my internal combustion engine car when you pry it out of my cold dead hands." You might just as well try to get Muricans to quit playing with guns.
Tesla is cited, because as horrible a company as they are, they're also still the ONLY company that's actually interested in being in the EV space.
Sure Chevy made the Bolt, but it's laughable compared to the Model 3 which is actually cheaper. No other company has yet made a long range EV, let alone one that could compete with Tesla's offerings.
It's not that Tesla is good, it's that, despite over half a decade to catch up, no other company seems to care enough to even try. They're too busy reaping the profits from their existing ICE technology to bother.
No reason why the USA can't beat Canada then. Warmer climate and similar, if not smaller distances.
But anyways, USians just have to drive less, or smaller cars. Raising taxes on gas would be a good first step instead of giving inefficient subsidies and hoping people will choose small cars and hybrids.
You're in luck, they already can easily exceed 180km/h, and can run for 500km without recharging,
As for recharging in 5 minutes... why? they already recharge faster than you eat lunch, and after 500km of driving, I expect you'll need a meal, probably a washroom break too.
no one wants to travel to a foreign land for bad food, worse weather, and to top it all off, drive on the wrong side of the road.
I'm actually also quite in favor of plug-in CNG hybrids, or at least smaler-range BEVs with CNG range extenders. Regarding comparing efficiencies of ICEs and fuel cells, I think one also ought to consider NG conversion efficiency. I think it's somewhere around 70% or so.
Ezekiel 23:20
Yes I hear zipcar is wonderful when you want to drive out to the beach on the long weekend and they're all taken.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
They do dribble out periodically. For example:
There are also many examples of lab successes in charging lithium and other batteries in times that are equivalent to supercapacitors and with cycle counts beyond 10,000 as shown by this announcement-de-jeur.
So, certainly batteries are going to be hard to beat. But I think supercapacitors will eventually win out due to weight, durability and raw material cost factors. And, I predict that the next 30 years will see as much development in the newly merged material / chemical / biological science as has happened in all of man's history. The problems will be solved.
I propose a deal:
You consider your use cases.
And I consider my use cases.
And please leave me alone while I consider my use cases as I will leave you alone when you consider yours!
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
despite over half a decade to catch up,
Designing a car from scratch takes more than ten years.
Building a factory to build them takes probably longer.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
Your example is totally backwards from the way it is going to happen. Instead of wasting your time going to the store at all, you're going to call the milk. It will arrive in a car-like autonomous vehicle and be placed at your door. And it will often arrive in less than the travel time because vehicles already on delivery runs will be prestocked with common items.
Also vehicles for carrying people will stage themselves in anticipation of need. Your average time to go anywhere will likely go down due to things like more efficient usage of the roads and never having to find parking.
And yet Tesla has done both of those in less time than that.
It's not like Tesla had a unique idea that the others couldn't have come up with either. GM themselves proved that demand was very strong for EVs back in the 90s but killed off the project, forcibly recalled the vehicles and crushed them.
It's not that nobody else could compete with Tesla, it's that nobody else has yet had the desire to do so.
Not in Britain for sure, but in north america it's common.... For instance Québec -> Toronto is 800km
Sure, but the article we are commenting on is "New Diesel and Petrol Vehicles To Be Banned From 2040 In UK"
http://www.geoffreylandis.com
It's not going to work that way. If I must call the milk, the delivery vehicle is almost certainly going to be somewhere else in my neighborhood; unless you expect me to believe the store will have my own dedicated vehicle ready sitting there waiting to bring me this milk and the delivery will be free, it's much quicker and more efficient for me to drive there with my own vehicle. Often I simply can't wait any longer than that.
But then apparently you expect me to believe there will be an unlimited number of people carrying cars at the end of my street waiting just to serve me as well, so you're fairly delusional. Right now any car sharing service will be out of cars during peak times.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
Don't want responses? Don't post.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
The ban in 2040 is a self-fulfilling prophecy. It cannot fail.
In the copper industry and train an as electrician.
When everyone buys an EV, there's going to be a lot of work out there re-wiring houses to cope with the charging of these cars.
My house only has a 60A main breaker - the entire house can only supply 14.4kW, including heating, hot water, cooking, lighting, etc.
None of the internal wiring can handle more than 30A, and that run is just for the oven.
I suppose aluminium and steel would be a good investment too, for both the manufacturing of these new cars and the high voltage transmissions lines that are going to need to be upgraded.
Cars are tough enough.
Let's see a single electric semi-truck (lorry) or construction vehicle before we make this categorical switch, shall we?
In any case, I find it amusing that this is being declared 'groundbreaking'....apparently France doesn't exist in their universe: https://www.theguardian.com/bu...
(France declared the SAME policy weeks ago.)
-Styopa
No, Tesla has not done both of that.
Why not check wikipedia if your attention span is so short.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
Wikipedia indicates the Model S took 4 years to develop from scratch. And that the factory (not quite from scratch, but that would be consistent with what any other manufacturer would be doing too as they're more likely to re-tool than build a new factory) took less than 1 year.
So yes, they did do both create a new car from scratch, and build the factory, both in less than half a decade.
Why? Because people's time is valuable. Also: greenie commies don't get to dictate how free citizens are or are not allowed to spend it.
If you don't want an ev, don't buy one. Just don't pretend that is based on rational reasons.
Europeans are very good at taxing people, why the hang up here. Tax fossil fuels at sufficient level to bring down use to desired threshold. Let people keep using it in high value situations where it makes sense. Use the added revenue to cut back on some other taxes like VAT.
Same for United States. Tax gasoline, use the revenue to give people a break on sales taxes. Why is it so difficult and why do we inact paternalistic regulations instead?
the occasional long journey for some IS the minimum use case, daily use is not.
"The hands that help are better far than lips that pray." - Robert Ingersoll (1833-1899)
If Ford could make an electric F150 that had a generator dock in the bed for long trips, 98% of the concerns Americans have with EVs would be moot. Go rent a well maintained generator from your local dealership (could also work with a small trailer attachment for sedans) and be on your way.
Huh. I need to move 20 yards of renovation waste to the dump. Probably 2 tonnes of material.
I guess I should have purchased a dump truck instead of my Honda Civic. You're absolutely right.
Depending on the frequency of the long trips, it may make economic sense to rent or take public transit on those occasions. I'm spending $50/wk on gas for a 60km round-trip commute. If the fuel price drops to $5/wk for an electric vehicle, the fuel savings alone would pay for an ICE rental one day a week. And that's not factoring in the maintenance savings.
It may look like I'm doing nothing, but I'm actively waiting for my problems to go away.
--Scott Adams
My point is not (should I put "not" in caps?) whether or not taxing liquid fuels is a good way to fund roads.
My point is that the cost of liquid fuels already contains a tax, a fee, a charge to pay for the roads and if you are going to make a comparison between the energy cost of operating an EV vs an IC engine car, you need to take that fee into account.
I don't have any problem that the small number of EV users are effectively exempted from paying this tax. We can argue the merits of subsidy, but for now, that exemption is a subsidy, and such helps push EVs and EV ownership along the cost curve. But when EVs become ubiquitous, EV owners will have to contribute to the cost of the roads by whatever administrative arrangement to pay for roads is enacted, and this will change somewhat the economics of EV vs IC operation.
As to IC engines being at the edge of no further progress, you shall see significant progress with the next generation of small displacement highly turbocharged high compression engines already in the product development pipeline. At least under the Obama Administration, there was a road map (to excuse the pun) of substantial increases in the fuel efficiency standards in the next 10 years, and yes, those regs were informed by scientific and engineering input regarding the momentum of research on improved IC engines.
Then Tesla was exceptional lucky. Typical development times are much longer.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
And yet the rest of the companies only bothered to START development years after Tesla FINISHED development. This isn't because Tesla is in some magical place that makes it so that only they can do this. They actually had all sorts of disadvantages over the rest of the industry.
This is because the industry doesn't WANT to compete.
And you think that another auto maker would not have even more advantages than that?
They have plants already that they regularly re-jig for new models. They have tons and tons of past vehicles to take parts and experience from, including ones that are partially electrified (technologically related).
There's is ZERO reason that any of the large manufacturers couldn't have caught up by now, except the desire to do so.
From the author's UK perspective, I'm not sure if the USA are west or east ... they're in the back.
I just can't understand buying a car only to be an errand car.
That's a bit dishonest. I very clearly said commute and errand car. That means I drive it every workday, and then some.
I understand that some people don't go on long trips, but you need to consider all uses for a vehicle, not the minimum use case.
My wife has her own car. If we have to go someplace out of range of the electric, we take hers.
The point I was trying to make is that an electric car meets the needs of many people. Almost every two-car family with a commute under 50 miles per day, for instance, could be very well served by an electric car.
People who say "sheeple" have about as much sophistication as an AOL user, and in fact are probably actually AOL users.
But you're paying so much for that vehicle and at the same time ruling out ever being able to go for a long drive. To each their own I guess but no matter what the car is less useful and limits you, so don't pay just as much for it.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.