The biggest seller of EVs here is the salary sacrifice schemes that give a huge discount to high earners, especially those with kids.
Imagine you're on taxable income of £120k and have two chidlren in nursery. Currently you get no help with childcare costs from the government. From my own experience it's ~£6000 subsidy per child.
You can currently take out an EV salary sacrifice scheme for ~£600 per month (pre tax), and that brings your taxable income down by £7200. Put another £13k in pension. Boom, you're now getting £13k in pension p/a, and your car is effectively free, because you get £12k back in childcare subsidies.
But how long until those children are no longer in nursery and you are not subsedised for it? In ~2 years you will no longer have this help, you will be paying through the nose for the outstanding amount on your new car, and your take home will be significantly less each month.
Yeah, but you're still taxed at 72% between £100 and £125k if you have a student loan (as most people in that age bracket will be), so even in that case the hit to your take home isn't that much.
There is no need to go that high in salary (a lucky very small minority). The higher income tax band (40%) kicks in at 50k. Salary sacrifice schemes offer huge savings to many people.
This oil crisis was a huge boon for EVs. In Brazil, despite the "hate" most people have against EVs, BYD went from breaking into the top 10 in March to taking the #1 spot in consumer sales for the first time ever.
If they have electricity they can charge from a regular power outlet.
A large portion of the population is well served by 120V charging and don’t need more than that. And for what it’s worth, parts of Brazil also run on 220V, so they’re even more set in that regard.
this is the exact kind of misinformation that prevents progress.
Brazil does not "fuel" cars on sugarcane any more than the US fuels its cars with corn. No one is missing any forests or trees. What you are missing is that the cost savings in fuel are so large with any EV that by itself, the money saved is an extremely compelling incentive to many people.
> Brazil does not "fuel" cars on sugarcane any more than the US fuels its cars with corn.
In Brazil "ethanol" is sold separately from normal gasoline, and as far as I know it's entirely made from sugar cane, without fossil fuels. It's why flex cars are so popular there, since they can use either fuel depending on what's cheaper.
Meanwhile, you can't buy 100% corn-based fuel in the US.
> this is the exact kind of misinformation that prevents progress.
lol
> Brazil does not "fuel" cars on sugarcane any more than the US fuels its cars with corn.
Brazil has been building cars which can run on 100% ethanol since the 1970s.
These are not obscure facts; this is common knowledge the US teaches to schoolchildren.
In the US gasoline is a 10% ethanol blend, sometimes 15%. E85 is available only in some midwestern states (I've NEVER seen it for sale anywhere on the west coast) and it's only good for flex-fuel vehicles, which most manufacturers stopped building ~ 10 years ago when the free money from the government shifted towards EV incentives.
Ethanol is not a good fuel source for something like a personal vehicle. Corn and rice based ethanol are barely energy positive and can be slightly carbon positive.
Sugarcane-based ethanol does have a strongly negative carbon footprint and positive energy but ICE engines are notably less efficient overall that large utility scale cogen plants, even after you factor in transmission and distribution losses.
Making sugarcane into ethanol is good. It's less clear that distributing that chemical feedstock to a zillion people is a net benefit. Just send the electrons and keep the fuel at the plant.
You're in here splitting hairs about ethanol combustion and deliberately continue to ignore the blunt reality which is EVs are not useful to many Brazilians. That's it. It ends there. It doesn't matter how efficient it is or how many whiteboard graphs you show to present your case.
They're not installing EV chargers all over the favelas. What about the jungle in rural Brazil? Are they going to plug their cars into a tree like in Looney Tunes?
A low cost 120v charged EV is a wildly practical thing for everything other than very long distance travel. They are simple to maintain, require fewer spare parts, and have fewer parts to fail in general. Don't think Tesla, think golf cart and trailer.
There may be places where grid access is impractical, in which case chemical fuels are a decent alternative, but as africa has shown solar microgrids are also quite effective and enable a ton of additional economic activity.
EV utility vehicles match quite well to the second and third world, when they benefit from sufficient economy of scale. I don't know if we're there yet but we're very close. These things are getting quite cheap.
> The increase reflects a rebound from an unusually weak April last year, when buyers pulled purchases forward to March to beat incoming vehicle tax increases
I am so confused by the categorisation of cars: BEV, HEV, PHEV and so on. I think the industry insiders who write some of these articles don't realise how hard it is for some of their readers to keep track.
To be fair, the article is written on a website for the auto industry, so it's reasonable for them to assume their target audience is familiar with these terms. I argue the onus is on OP for explaining these since they're sharing it to a different audience than it was written for.
> PH = Plug-in hybrid (Same as a hybrid but you can charge up the hybrid battery at home)
You can, but in practice most people don't. And I can understand why -- it's inconvenient to have to plug in after every short trip, and the short electric range of most PHEV's means you do have to plug in after every short trip.
I plug in my EV around once a week, and it's more convenient than going to the gas station, but I'm not sure I'd want to have to plug it in every time I come home from even a short trip to the supermarket.
> Same as a hybrid but you can charge up the hybrid battery at home
And, in practice, the battery tends to be much, much bigger. Some PHEVs are basically mediocre-range electric cars which happen to have a petrol generator.
A colleague drives a BMW 3something hybrid and as far as i know has a 14kWh battery..
Thats good for about a 100km, but i very much wouldn't consider that a "fully" electric car by any means (edit: did you edit your post? couldve sworn you said "fully electric" instead of "mediocre range"?)...
Also, what most people don't realize: if you're only (or mostly) driving it electric, you're putting many more cycles onto that tiny battery.
...which usually costs as much as a "regular" EV battery, x times the size.
The latest Honda Civic Hybrid (and its Prelude cousin). The ICE is a generator under most use cases - it's decoupled from the drivetrain most of the time. That said, the battery capacity isn't great - you aren't going to complete many trips out of your immediate neighborhood on EV power alone.
> PH = Plug-in hybrid (Same as a hybrid but you can charge up the hybrid battery at home)
Surely that's the "same as a battery but you can use petrol on long journeys"
The only energy input for a "hybrid" is from petrol. It's slightly more efficient. A Toyota Yaris 1.5 hubrid gets about 65mpg rather than the 45mpg on a Skoda Kamiq
> Surely that's the "same as a battery but you can use petrol on long journeys"
Not really. The petrol drivetrain takes up so much room there's no space for a large battery, so the much smaller battery will only take you a short distance if you used it alone, plus now it's much less efficient because you're carrying around a heavy engine with you.
IIRC, the latest Honda Civic Hybrid has the ICE decoupled from the drivetrain most of the time (even if it is running to generate power), but it can couple to the drivetrain under some conditions?
That sounds like what the Chevy Volt did back in the day. Turns out that it just was not feasible to achieve higher efficiency through the generator when cruising on the highway than just direct driving the wheels.
Almost certainly why nearly all hybrids have been parallel hybrids up to now. What is changing, I think, is that a significant number of people are warming to the idea of a BEV, and want all of the benefits of that, but want to fall back on gasoline in a pinch. Thus EREV, or series hybrid, which provides that crutch. Expensive, though.
Which is ~enough to cover the vast majority of commutes, and the majority of US commutes.
Keep in mind that even if 20% of your commute is done on petrol, the other 80% isn't.
---
[1] Yes, there are PHEVs with shorter ranges, but those tend to be weird luxury models that for some compliance reason have a battery strapped to them.
Depends on how you use it. Some never plug in. Some always do. I save a ton of money without worrying about range since there is always gas when I make a roadtrip
Is that extended range? I was reading about them the other day. A small ICE engine in the car but it only charges the battery, right? Basically the opposite of a Toyota hybrid.
Yes, also known as a series hybrid, though EREV has become the dominant term in my experience. Nearly all hybrids on the market today or at any time in the past have been parallel hybrids, where the electric and gas motors both attach to the drivetrain. BMW did make an EREV version of the i3. Chevy made the Volt, which was almost a series hybrid, but in the end still parallel.
The new Civic hybrid is a series hybrid. It puts down 200hp and does 0-60 in 6 seconds, all while getting 50mpg. It combines the torque of an electric motor with an Atkinson cycle engine, which is known for better efficiency but worse torque, as a generator. And it clocks in around 3200lb, a bit more than a classic Civic, but far lower than any BEV.
The slight compromise is at constant highway cruising speeds, it may let the engine take over, since the efficiency calculus likely is more favorable in those conditions. It uses a clutch to do this, and only has a single gear ratio, rather than the messy setup of typical parallel hybrids.
I've driven one. Zipcar UK (RIP!) had a few Fiat 500 Hybrids and I ended up with one once when every other nearby Zipcar was booked and I had a last minute need for a car.
Given they are a relatively gutless car to begin with (1 litre 3 cylinder 70hp tinpot engine) I did wonder what the zigzag/lightning icon was on the dash so I googled it.
Turns out the system uses a 11Ah lithium battery that lives under the driver/passenger seat that charges through regenerative braking. It gives a small boost during acceleration (mostly at low speeds so it's more for stop-start urban driving), I think it's not much more than a glorified belt around the crankshaft giving a few extra hp.
No appreciable benefit to it that I could feel, but if it's helping us burn fewer dinosaurs then that's all good. (It's still a car but much better than a massive wankpanzer.)
Since this is a discussion, I would suggest it would be most helpful if you just provided your opinions explicitly. And you are welcome to post links to back up assertions that involve facts, of course!
A fifth of these last year were paid for by the government scheme that buys people cars - Motability. I wonder how many of these current ones are like that.
Motability is not 'a Government scheme that buys people cars'
People use the mobility part of their PIP payments to lease a car from Motability which is an independent company, they could use the mobility payment to pay for taxi instead.
It's also misleading to treat it just like another independent private company too (not just because Motability consists of both a limited company and a charity (or two, IIRC)). The limited company reinvests revenues or transfers to its charity, not to private shareholders. Its origin was a charity.
But the only reason it exists is because of government funds and government policy.
The scheme would collapse if the government stopped allowing benefit money to be used for Motability leases. The banks lent them money under the reassurance of the government funding.
But yes, they lease the vehicles, they don't sell them.
Maybe, in the best case, your gas engine is maybe 45% fuel efficient, but realistically, you're probably getting closer to 20-25%. By contrast, a combined cycle power plant gets over 60%.
But that's assuming we're just running power plants off of petrol and fuels. Coal is much cheaper than petroleum in some cases. There's also a lot of people who get their power from nuclear, hydro, solar, and wind. In many cases, your electric prices are not at all affected by the increases in petrullium prices, because most of your electricity is coming from something else. In fact, I doubt there's any place in the world that all your electricity is coming from petroleum fuels. Even if that's the major input, there are almost undoubtedly other sources in the mix.
The UK is well suited to wind power, already has many wind turbines, and continues to install more. We have a good amount of solar panels too. Renewables provide the majority of electrical power when conditions are good and the share will only increase. Electric vehicles avoid the biggest weakness of renewables (unreliable base load), because they can be set to charge unattended when cheap electricity is available. Electricity suppliers offer variable rate tariffs specifically for electric vehicles.
That depends entirely on where you are. In Ontario electricity is mostly hydro, nuclear, and renewables. But also, compared to burning gas directly, EVs are still more efficient and require less gas if you burn the gas to charge the EV.
Somewhat. But price rises for electricity aren't remotely on the same scale as price rises for diesel and petrol, and fuel/electricity was a smaller part of the TCO to _start_ with for electric cars.
Electricity generation is already diversified. Nuclear, coal, gas, solar, wood, witches, etc. The fuel mix can be tweaked as the economics change. ICE vehicle fleet is stuck with one energy source.
Electric price in the uk on an off peak tariff overnight is about 7p/kWh, or about 2p/mile, so charging your car overnight with the average electric mileage (10,000 miles a year - higher than the average mileage) costs £200, about £1300 a year less than petrol.
Can you actually get different tariffs in the UK for residential?
In Canada most of that is pretty opaque. Electricity tariffs are not really something that most households would worry about. Businesses and Industrial usage do though
Yes, there are multiple competing providers - all the electricity comes from a single grid but competition in how you are billed for usage.
Many people choose a single fixed or variable rate tariff, but there are also off-peak tariffs that are very cheap at night but slightly more expensive in the day (designed for EV users), or even tariffs where the rate changes every 30 minutes depending on what is being generated - in this case when there is excess solar and wind generation then sometimes the rate even goes negative and you are paid to use the excess power.
Yes, the newer suppliers have EV and solar friendly domestic tariffs. Plug it in overnight, and the supplier determines when the charge happens and charges at the reduced rate.
Again if you put in a £5k 10kWh battery you are golden, as you put 8kWh into your car and 8kWh into your battery every night, dropping your electric cost to £38 a month (plus the standing charge, which is far higher)
Why is the most unsaid part out of all of this fuel nonsense is that there are less cars dumping emissions into the air. The Iran war may be the best driver we've had for air quality. Bring more EVs, they're overdue by a decade.
Donald Trump and Beniamin Netanyahu in a single year did more to curb emissions than all green activists since the inception of green activism. Nobel Peace Prize worthy if you ask me!
At some stage I wonder if the UK will need to regulate the charger industry. The price gouging is wild in places. If we look at the energy content of petrol, a litre of gas contains about 9kwh of energy, or at average pump prices 1.58/9 = ~18 pence a kwh.
For sure, EVs are far more efficient at converting a kwh of energy into forward motion, but if we assume 35 mpg (9.25 miles/litre) for the gas car, we need about 970wh to travel 1 mile. A modern EV can manage a mile on ~260wh, almost a quarter of the gas requirement.
There are public charging networks in the UK averaging 92p/kwh - we know we need much less energy to move the more efficient EV, but even with this adjustment fuel cost per mile looks like:
petrol at UK average today: 17p/mi
Electric at very expensive public charger: ~24p/mi !!
At many chargers, there are no savings at all. For comparisons sake, that 92p kwh would be just 28.6p on the most expensive domestic electricity supply, and charging at home would be ~8p per mile on the worst possible tariffs.
I've probably done some bad math somewhere here, but I think the broad picture is correct.
The market should sort this out by itself, not saying regulators shouldn’t watch closely, but competition should be enough to do its thing. Cartel formation especially should be watched for vigilantly.
But compared to the US home charging via a mains outlet is much more viable because it's 240v vs 110v. If you plug you car overnight you'll typically have enough charge to last you the next day.
Almost everyone I know with an EV charging at home just reused the 240v dryer socket to avoid paying for a dedicated fast charger. It's often cheaper too to have an electrician fit a new 240v socket instead of the dedicated charger as well.
Home chargers with dedicated sockets is three phase 400v actually over here in the EU and every single home, and even relatively new apartments have that because of induction stoves.
Three phase power is definitely not 100% in the EU. Not even in Germany, though adoption does tend to be higher than neighboring countries.
And FWIW, I find that my induction cooktop works wonderfully on plain old 240V 40A, so I do not think it is a requirement to get three-phase for that ;-).
The US is 240V. We split it into two 120V legs for some sockets, and not for others. Some people do choose to get by on 120V, true, but they are the minority. Usually people who do not drive often.
Even in Wales, 25% can't. This isn't a figure you can ignore.
And that's a hypothetical, it relies on landlords playing ball etc. then there's the social issues. On the north of England we have lots of terraces built for mill workers, these aren't owned by the richest on society. So then you're in the situation of charging the poorest more for transport. And these are necessarily on towns with good transport links (think 1 bus and hour).
Yes well people like to complain, and people have a short memory. If it were really a massive problem you would see a lot more smaller cars, rather than Range Rovers and BMWs.
We will see exactly the same thing again in a few years when people are 'shocked' that prices are rising again. And then expect the government to step in, even though on the interim they've bought a massive car on PCP rather than take some personal responsibility and buy a car that they can afford when inevitably something goes wrong.
That is an interesting perspective. We do not forget how good we have it, because we choose not to put high taxes on gasoline and diesel. Do drivers in the UK tend to forget that taxes are more than half the retail price they pay at the pump? Sometimes way over half. That is a policy decision.
The id.Polo starts at 22k GBP. The ordinary, petrol-driven Polo also starts at 22k. You can see how massive increases in the price of petrol and diesel might influence purchasing behaviour there...
EVs aren’t exactly new; there’s a deep, accessble secondhand market by now. I’ve been using a 2019 Nissan Leaf as a primary family car for two years now, that I picked up off Gumtree for around £3k. It’s been one of the best (little) cars I’ve ever owned.
Not saying new EVs aren’t pricey, but if you want into electric on a budget (i.e. because you don’t feel like you can afford to fill up on diesel) it can absolutely be done.
Diesel was traditionally the fuel of people who did high miles. Ie not the people that can't have an EV 'just in case they need to do 300 miles on a day's, because they probably legitimately are.
You kind of spoil that point by pull £80k out of your arse without looking at comparable diesels though.
The id.Polo is apparently starting at 22k GBP in the UK; the VW Polo's always been a pretty popular car (and also starts at about 22k). I'd expect those to sell very well.
And if they rent or otherwise don't own a home with a driveway? In the UK with its strict electrical codes, your charger must be installed by a loiscensed electrician. So add £1k right there.
Your money saving effort suddenly becomes a major inconvenience to fuel your car.
Imagine you're on taxable income of £120k and have two chidlren in nursery. Currently you get no help with childcare costs from the government. From my own experience it's ~£6000 subsidy per child.
You can currently take out an EV salary sacrifice scheme for ~£600 per month (pre tax), and that brings your taxable income down by £7200. Put another £13k in pension. Boom, you're now getting £13k in pension p/a, and your car is effectively free, because you get £12k back in childcare subsidies.
Obviously if you don't need a new car, it's a really bad financial decision to buy one.
And even if you do, it might be a bad financial decision to buy one.
It's almost always a bad financial decision to buy a new car. The first-year depreciation is unreal.
We just bought a 1 year old Audi Q5 in the US for ~30% discount over new. And with the Audi CPO program, the warranty is just as long as a new model.
I dunno ....
At least two EV manufacturers offer a 7 year warranty on new cars on all parts INCLUDING the battery.
> total vehicle sales in March 2026 was 269,483 units
So BYD market share is 5.5% in Brazil.
A large portion of the population is well served by 120V charging and don’t need more than that. And for what it’s worth, parts of Brazil also run on 220V, so they’re even more set in that regard.
Brazil does not "fuel" cars on sugarcane any more than the US fuels its cars with corn. No one is missing any forests or trees. What you are missing is that the cost savings in fuel are so large with any EV that by itself, the money saved is an extremely compelling incentive to many people.
In Brazil "ethanol" is sold separately from normal gasoline, and as far as I know it's entirely made from sugar cane, without fossil fuels. It's why flex cars are so popular there, since they can use either fuel depending on what's cheaper.
Meanwhile, you can't buy 100% corn-based fuel in the US.
Even though you cannot buy 100% ethanol in the US, the US alone is responsible for over half of global ethanol production, mostly from corn.
Regardless, any EV will almost certainly be cheaper to operate on electricity, rather than using corn, petroleum, or sugarcane for fuel.
lol
> Brazil does not "fuel" cars on sugarcane any more than the US fuels its cars with corn.
Brazil has been building cars which can run on 100% ethanol since the 1970s.
These are not obscure facts; this is common knowledge the US teaches to schoolchildren.
In the US gasoline is a 10% ethanol blend, sometimes 15%. E85 is available only in some midwestern states (I've NEVER seen it for sale anywhere on the west coast) and it's only good for flex-fuel vehicles, which most manufacturers stopped building ~ 10 years ago when the free money from the government shifted towards EV incentives.
Sugarcane-based ethanol does have a strongly negative carbon footprint and positive energy but ICE engines are notably less efficient overall that large utility scale cogen plants, even after you factor in transmission and distribution losses.
Making sugarcane into ethanol is good. It's less clear that distributing that chemical feedstock to a zillion people is a net benefit. Just send the electrons and keep the fuel at the plant.
They're not installing EV chargers all over the favelas. What about the jungle in rural Brazil? Are they going to plug their cars into a tree like in Looney Tunes?
There may be places where grid access is impractical, in which case chemical fuels are a decent alternative, but as africa has shown solar microgrids are also quite effective and enable a ton of additional economic activity.
EV utility vehicles match quite well to the second and third world, when they benefit from sufficient economy of scale. I don't know if we're there yet but we're very close. These things are getting quite cheap.
B = Battery
H = Hybrid
PH = Plug-in hybrid (Same as a hybrid but you can charge up the hybrid battery at home)
You can, but in practice most people don't. And I can understand why -- it's inconvenient to have to plug in after every short trip, and the short electric range of most PHEV's means you do have to plug in after every short trip.
I plug in my EV around once a week, and it's more convenient than going to the gas station, but I'm not sure I'd want to have to plug it in every time I come home from even a short trip to the supermarket.
And, in practice, the battery tends to be much, much bigger. Some PHEVs are basically mediocre-range electric cars which happen to have a petrol generator.
A colleague drives a BMW 3something hybrid and as far as i know has a 14kWh battery..
Thats good for about a 100km, but i very much wouldn't consider that a "fully" electric car by any means (edit: did you edit your post? couldve sworn you said "fully electric" instead of "mediocre range"?)...
Also, what most people don't realize: if you're only (or mostly) driving it electric, you're putting many more cycles onto that tiny battery.
...which usually costs as much as a "regular" EV battery, x times the size.
https://evclinic.eu/2024/09/05/bmw-hybrid-repeated-battery-f... for example...
https://carnewschina.com/2026/05/01/byd-deploys-new-heyuan-h...
Surely that's the "same as a battery but you can use petrol on long journeys"
The only energy input for a "hybrid" is from petrol. It's slightly more efficient. A Toyota Yaris 1.5 hubrid gets about 65mpg rather than the 45mpg on a Skoda Kamiq
https://www.honestjohn.co.uk/realmpg/skoda/kamiq-2023
https://www.honestjohn.co.uk/realmpg/toyota/yaris-cross-2021
Not really. The petrol drivetrain takes up so much room there's no space for a large battery, so the much smaller battery will only take you a short distance if you used it alone, plus now it's much less efficient because you're carrying around a heavy engine with you.
IIRC, the latest Honda Civic Hybrid has the ICE decoupled from the drivetrain most of the time (even if it is running to generate power), but it can couple to the drivetrain under some conditions?
Almost certainly why nearly all hybrids have been parallel hybrids up to now. What is changing, I think, is that a significant number of people are warming to the idea of a BEV, and want all of the benefits of that, but want to fall back on gasoline in a pinch. Thus EREV, or series hybrid, which provides that crutch. Expensive, though.
They put tiny batteries in a lot of plug-in hybrids. Unless you live very close to work, you’ll struggle to use it as primarily an EV
Which is ~enough to cover the vast majority of commutes, and the majority of US commutes.
Keep in mind that even if 20% of your commute is done on petrol, the other 80% isn't.
---
[1] Yes, there are PHEVs with shorter ranges, but those tend to be weird luxury models that for some compliance reason have a battery strapped to them.
No, that would be an EREV.
You could easily turn those terms in the article into hyperlinks to definitions.
You could even have the links go to definitions hosted on your own website to boost page reads and ad counts if you really wanted to
The slight compromise is at constant highway cruising speeds, it may let the engine take over, since the efficiency calculus likely is more favorable in those conditions. It uses a clutch to do this, and only has a single gear ratio, rather than the messy setup of typical parallel hybrids.
Mild Hybrid… pfffft.
Given they are a relatively gutless car to begin with (1 litre 3 cylinder 70hp tinpot engine) I did wonder what the zigzag/lightning icon was on the dash so I googled it.
Turns out the system uses a 11Ah lithium battery that lives under the driver/passenger seat that charges through regenerative braking. It gives a small boost during acceleration (mostly at low speeds so it's more for stop-start urban driving), I think it's not much more than a glorified belt around the crankshaft giving a few extra hp.
No appreciable benefit to it that I could feel, but if it's helping us burn fewer dinosaurs then that's all good. (It's still a car but much better than a massive wankpanzer.)
[1] https://en.wikipedia.org/wiki/Ford_Puma_(crossover)
The road to electric - in charts and data - https://www.rac.co.uk/drive/electric-cars/choosing/road-to-e...
Electric car charging prices at public chargers - https://www.rac.co.uk/drive/electric-cars/charging/electric-...
Electric cars registered in countries with large land mass?
"..Electric car adoption , ranked by value of government incentives.."?
Eventually I just searched for
I have not posted links, not sure if its allowed.Makes EVs quite appealing.
https://carcosttool.com/ev-vs-ice-breakeven
People use the mobility part of their PIP payments to lease a car from Motability which is an independent company, they could use the mobility payment to pay for taxi instead.
It’s not independent, because it derives all of its income from the government and uses it to buy people brand new top of the range cars.
But the only reason it exists is because of government funds and government policy.
The scheme would collapse if the government stopped allowing benefit money to be used for Motability leases. The banks lent them money under the reassurance of the government funding.
But yes, they lease the vehicles, they don't sell them.
But that's assuming we're just running power plants off of petrol and fuels. Coal is much cheaper than petroleum in some cases. There's also a lot of people who get their power from nuclear, hydro, solar, and wind. In many cases, your electric prices are not at all affected by the increases in petrullium prices, because most of your electricity is coming from something else. In fact, I doubt there's any place in the world that all your electricity is coming from petroleum fuels. Even if that's the major input, there are almost undoubtedly other sources in the mix.
In Canada most of that is pretty opaque. Electricity tariffs are not really something that most households would worry about. Businesses and Industrial usage do though
Many people choose a single fixed or variable rate tariff, but there are also off-peak tariffs that are very cheap at night but slightly more expensive in the day (designed for EV users), or even tariffs where the rate changes every 30 minutes depending on what is being generated - in this case when there is excess solar and wind generation then sometimes the rate even goes negative and you are paid to use the excess power.
You can base it on the wholesale price, great if you have battery storage
https://octopus.energy/smart/agile/
Or just an overnight rate
https://octopus.energy/smart/intelligent-octopus-go/
Again if you put in a £5k 10kWh battery you are golden, as you put 8kWh into your car and 8kWh into your battery every night, dropping your electric cost to £38 a month (plus the standing charge, which is far higher)
For sure, EVs are far more efficient at converting a kwh of energy into forward motion, but if we assume 35 mpg (9.25 miles/litre) for the gas car, we need about 970wh to travel 1 mile. A modern EV can manage a mile on ~260wh, almost a quarter of the gas requirement.
There are public charging networks in the UK averaging 92p/kwh - we know we need much less energy to move the more efficient EV, but even with this adjustment fuel cost per mile looks like:
petrol at UK average today: 17p/mi
Electric at very expensive public charger: ~24p/mi !!
At many chargers, there are no savings at all. For comparisons sake, that 92p kwh would be just 28.6p on the most expensive domestic electricity supply, and charging at home would be ~8p per mile on the worst possible tariffs.
I've probably done some bad math somewhere here, but I think the broad picture is correct.
> https://getneocharge.com/a/blog/identifying-your-240v-dryer-...
Almost everyone I know with an EV charging at home just reused the 240v dryer socket to avoid paying for a dedicated fast charger. It's often cheaper too to have an electrician fit a new 240v socket instead of the dedicated charger as well.
Let me guess, you live in Germany? :)
Three phase power is definitely not 100% in the EU. Not even in Germany, though adoption does tend to be higher than neighboring countries.
And FWIW, I find that my induction cooktop works wonderfully on plain old 240V 40A, so I do not think it is a requirement to get three-phase for that ;-).
Unless you are regularly doing upwards of 150 km/ day, it's fine.
It's used for dryer, stove etc.
https://www.racfoundation.org/research/mobility/still-standi...
Wales – 75% of households have – or could have – off-street parking and EV charging England – 68% Scotland – 63%
In London, sure, most homes don't have off-street parking and ev charging, but then only half the households in London have a car
https://content.tfl.gov.uk/travel-in-london-2024-car-ownersh...
Even in Wales, 25% can't. This isn't a figure you can ignore.
And that's a hypothetical, it relies on landlords playing ball etc. then there's the social issues. On the north of England we have lots of terraces built for mill workers, these aren't owned by the richest on society. So then you're in the situation of charging the poorest more for transport. And these are necessarily on towns with good transport links (think 1 bus and hour).
In 2022 is was £1.89 a litre and spent most of the year over £1.60 a litre
Adjusted for inflation that would be most of the year at £1.85, and a high of £2.18 a litre
https://www.racfoundation.org/data/uk-pump-prices-over-time
From 2011 to 2014 petrol was about £1.30 a litre. Adjusted for inflation terms that's £1.80-£2 a litre -- far less than current "highs".
The average UK car does 8000 miles and about 45mpg (uk gallons), or about 10 miles per litre. It thus costs 800 litres, or £1,260 a year.
Last year petrol was £1.35 a litre, and thus £184 a year less for the average car.
Fuel is insanely cheap in the UK in historic terms, just not as cheap as it was last year.
We will see exactly the same thing again in a few years when people are 'shocked' that prices are rising again. And then expect the government to step in, even though on the interim they've bought a massive car on PCP rather than take some personal responsibility and buy a car that they can afford when inevitably something goes wrong.
"Insanely cheap" for the UK to feels really strange for those of us way over here who tend to forget how good we have it.
That is an interesting perspective. We do not forget how good we have it, because we choose not to put high taxes on gasoline and diesel. Do drivers in the UK tend to forget that taxes are more than half the retail price they pay at the pump? Sometimes way over half. That is a policy decision.
These are all models under £20,000 - https://ev-database.org/uk/#group=vehicle-group&av-1=1&av-23...
There's also a large number of used EVs available. Here's a selection of 2024+ models between £8000-£10000
https://www.autotrader.co.uk/car-search?channel=cars&fuel-ty...
Not saying new EVs aren’t pricey, but if you want into electric on a budget (i.e. because you don’t feel like you can afford to fill up on diesel) it can absolutely be done.
Diesel was traditionally the fuel of people who did high miles. Ie not the people that can't have an EV 'just in case they need to do 300 miles on a day's, because they probably legitimately are.
You kind of spoil that point by pull £80k out of your arse without looking at comparable diesels though.
Your money saving effort suddenly becomes a major inconvenience to fuel your car.
https://www.smmt.co.uk/vehicle-data/car-registrations/