I have an ebike, and I really want an electric scooter/bike once the range can be improved, currently they couldn’t get me to and from work (it’s a long commute)
That is because many cities/politicians refuse to enforce reasonable noise limits on automobiles. It should have never been legal/normalized to have exhausts loud enough to need hearing protection while outside of the vehicle.
those ppl will create noise at whatever cost lmao, I bet they’ll start attaching external speakers at some point to compensate for the lack of engine noise
Is this really substantial? With a skilled manual driver or a clever automatic gearbox, the majority of braking should be engine braking. It seems to me that regenerative braking is typically replacing what would be engine braking, the unplanned stops still use friction brakes.
Regen braking can be significantly stronger than engine braking. Unless your battery is at 100%, it can essentially replace all friction braking outside of emergency stops.
I see this argument a lot about EV’s being heavier. And while it is true (for now) the actual weight difference is fairly nominal when comparing two popular closely spec vehicles.
Curb Weight Toyota Camry 3310 lb. Tesla Model 3 3582 lb. +272 lb.
The report goes on to note that pm10 is still reduced in heavier EVs with a smaller tradeoff for increased pm2.5. There are nuances sure, but I still interpret this as a net positive on particulate matter and a step in the right direction. That is something we should not discourage in a world that is still struggling to stop pumping carbon into the atmosphere. Fuck cars, but let’s try to make incremental improvements where we can.
Abstract: Assuming lightweight EVs (i.e. with battery packs enabling a driving range of about 100 miles), the report finds that EVs emit an estimated 11-13% less non-exhaust PM2.5 and 18-19% less PM10 than ICEVs. Assuming that EV models are heavier (with battery packs enabling a driving range of 300 miles or higher), however, the report finds that they reduce PM10 by only 4-7% and increase PM2.5 by 3-8% relative to conventional vehicles.
You could also potentially use them as a solution for more efficiently allocating energy, less by pumping energy back into the grid, and more by running home power from the car battery during peak hours, rather than having to produce too much energy during off hours, having to shut down the power during peak hours or provide limited access, or having to provide power for less people. You can make the power go further, and especially for renewables which have potentially less consistent energy production (the nice part being that peak demand roughly lines up with peak production for solar power, at least, in the summer). But none of that’s really an attractive proposition to the american car buyer who wants to travel as far as possible at the drop of a hat, and you have to make car batteries larger and the cars themselves less efficient to compensate for this power draw and power storage that may or may not be happening at any given moment, so it’s sort of self-defeating with the american car market.
Obviously, it isn’t really a more equitable or more efficient solution broadly than doing something like pumping water uphill. Or trying to limit demand in the first place by decreasing surface area of homes, by moving towards multiple units in one building, increasing r-values by using better building materials you could shell out for with a larger amount of occupants, yadda yadda urban design garbage. Stuff that generally is antithetical to car-centric infrastructure and thus electric cars. You also potentially run into problems where the as the grid as a whole becomes less relied upon, they make less money, and then the grid starts to fail further in a positive feedback loop. Poor people can’t afford rooftop solar and electric cars, because most of them can barely afford rent and aren’t really the ones making those decisions anyways.
Only at low speeds. At high speeds for a modern car the tyre noise is louder that the engine noise, and since electric cars are heavier they would be noisier.
And reduce the propping of petrostates
Replace mining oil with mining rare metals. Not a big improvement.
They also help normalise the usage of renewable energy (this is a factor that shouldn’t be overlooked, imo)
Why? Electric cars are causing a huge load on the grid and will continue to do so. In countries that haven’t managed the load and invested heavily in renewable capacity, those EVs are powered by fossil fuels.
They also do all those things much worse than transitioning away from car dependence.
And they give people an excuse to not move away from cars.
And they are so much heavier and deadlier than ICE cars at the same speed that they may actually actively discourage other modes, like walking or cycling.
edit: Look, I think every car should be an EV. And I also think there shouldn’t be many cars because cars still suck. Both can be true.
And they are so much heavier and deadlier than ICE cars at the same speed that they may actually actively discourage other modes, like walking or cycling.
whether a car has an ICE or a battery is the last thing on my mind when avoiding them
Shit happens. No one means to hit a pedestrian. Sometimes people with actually clean records hit pedestrians. It’s not called an accident because it was on purpose…
As is the case with every sane driver on the road. All the same, pedestrians are hit by vehicles every day.
With the volume of car travel in the world, it is a statistical certainty that people will make mistakes, be it distraction, complacency, fatigue, whatever the cause. An abundance of these high up, flat-fronted vehicles create a scenario such that WHEN those mistakes DO happen, they’re far more likely to end a life. To suggest that people should just be better drivers is essentially just wishing the problem will solve itself.
Running is an underrated mode of transport. For some reason it’s socially acceptable to exert yourself hard while on a bike, but not running. When combined with public transport it can make all the difference to be able to make a tight transfer by sprinting for it.
EVs also greatly reduce brake dust, as most use regenerative braking under normal circumstances, leaving traditional braking for hard (emergency) braking.
New EV models tend to be heavier and quicker—generating more particulates and deepening the danger. In other words, EVs have a tire-pollution problem, and one that is poised to get worse as America begins to adopt electric cars en masse.
Tires were already a problem, but when we switch to electric cars, according to Michelin, we increase tire wear by up to 20%. According to Goodyear, it’s up to 50%. This is validated also in other research that we’ve seen.
edit: To be clear, EVs are better than ICEs and every car should be an EV. But EVs also suck and we still need to transition away from car dependence.
The comprehensive study has found that in everyday driving, particulate emissions from tires are 1,850 times greater than the equivalent exhaust emissions. This is only made worse by the heavier battery packs fitted to electric vehicles, which increase vehicle mass and, in turn, place further strain on the tires.
edit: this is not to say the tire particulate has the same greenhouse effect. Experts overwhelmingly agree that EVs are better for climate change. But EVs are still bad for the environment.
My EV is under 4000 pounds what about all those 8000 pound trucks SUV on the road. Ford latest Raptor or what ever it is is heavier the the F150 Lighting EV. Brake dust shouldn’t even matter on a EV, I’ve 170k on my original Brakes. Gas cars still use electric the “gas refinery” and the pollution from the refinery. And there’s still much less environmental impacts like no oil changes no NOX no Co2 and ETC.
Your EV is worse, per distance and per capita, than any non-car mode of transportation. Compared to ICEs, it’s better in one particular way, worse in others, but still causes major environmental damage through bad land use. Cars are one of the biggest killers worldwide, and EVs may make that problem worse.
Oh yes, I forgot about how brake dust is burning towns to the ground because of extreme weather and inundating low lying regions with rising sea levels.
Do you seriously think a community called “fuck cars” is trying to defend gasoline cars over EVs? This is a public transportation gang good sir, madam, or otherwise.
I was talking about tire dust being worse than brake dust. Was that a typo?
Literally no one is arguing that EVs aren’t better for the climate than ICEs. But a lot of the climate harm of cars is not just tailpipe emissions, but bad land use. Pavement, parking lots, urban sprawl, are major contributors to climate change. I don’t understand this idea that if we push to move away from cars, it will encourage ICE use. It’s an inane argument.
edit: I also haven’t seen studies of how much air particulate matter from tires contributes to the greenhouse effect. I don’t doubt it’s still better than ICEs, but it could still be significant.
You said tire pollution is potentially worse for the environment than tailpipe emissions. That is a wildly irresponsible thing to say. That’s what I was objecting to.
There absolutely are people arguing that ICs are better for the environment, as if climate change doesn’t affect the environment.
If you’re going to buy a new car, don’t, but if you’re going to buy one anyway, prioritize reducing of ghg emissions.
Edited: changed “euphemistically” to reducing, my fault for not proofreading my auto correct (I use swore typing on my phone so sometimes things go really sideways)
Then you’re responding to the wrong comment. The comment you’re responding to is one where I say that tire pollution is worse than brake pollution. In the thread where I say that tire pollution can be worse in some ways than tailpipe emissions, I specify that EVs are still better than ICEs for the climate.
So you’re responding to a comment where I didn’t say what you claim I said, while accusing me of holding a position I don’t hold.
I don’t think I’m in the wrong comment chain, and I think I commented before you clarified re climate change.
Also I’ve edited one of my comments explaining a really weird auto correct replacement i didn’t catch, which may explain why you feel I’m accusing you of things.
Thanks for observation that noone asked. I don’t need to argue in a topic where one fact ends the “discussion”.
EV’s are full of unrecyclable garbage, same with your shitty solar panels and wind turbines, you know nothing and therefore it’s pointless to argue with you, so I’m not going to do it.
I’m not sure what you were expecting. It is not unreasonable to ask for actual reasons to support your ideas, especially hot takes like “petrol will always be superior”.
👆 This guy is a troll. He’ll say whatever he can to get a rise out of people. He doesn’t argue with any sort of consistent logic and just deflects once he can’t figure out what to say next. Not worth engaging
You’re not going to get actual reasons. This guy is a troll. He has spent the entirety of his day old account picking fights and deflecting the logical retorts. Just thought you should know
Hey, this guy you’re arguing with is a troll, although you probably already figured that out. He declared yesterday that he lives to be an asshole and spends his time mostly picking fights and deflecting the ones he’s losing. Just thought you should know that you’re engaging someone who doesn’t argue in good faith
Tires were already a problem, but when we switch to electric cars, according to Michelin, we increase tire wear by up to 20%. According to Goodyear, it’s up to 50%. This is validated also in other research that we’ve seen.
I’m not seeing anything about how brake dust is nearly as big of a problem. Literally dozens of articles about how bad tire pollution is. I’m not even mentioning microplastics! Tires are the biggest source.
Forgive me, but the articles suggested that the problem with tires was their deteriorating into miroplastic particles with use. What other miroplastic problem with tires is there that you’re not mentioning?
You’re right, I wrote that confusingly. I mean to say that the research I linked to is just about air pollution from tires. There are also non-air pollution consequences, as microplastics leak into our food supply, drinking water, our environments, our oceans, etc. This is no small matter.
Everyone who cares about the environment is in favor of EVs over ICEs, but some bad effects will actually increase with EV use. We need to transition every remaining car to EV, but we also need to transition society away from cars.
Yes, much heavier. It wouldn’t be such a big problem if car sizes weren’t exploding, and if people didn’t demand such absurdly high battery ranges “just in case”, even though their daily commute is not 300 miles. Consumers also seem to want unnecessary power instead of efficiency, negating some of the benefits of the transition.
I have an EV that I just charge at home when I need to, once every 5-8 days depending, and then in the morning unplug it. That covers driving to work, shopping, gym, school runs and occasional trips to the airport. The stats show most cars never go more than 20-30 miles on average. Maybe there are some hyper commuters, or people who drive hundreds of miles per day but they’re atypical, not the norm.
I’ve had the car 6 months and haven’t even tried using a public charger. That said, public charging infrastructure in Ireland is very spotty and if I did need to make a long journey I probably would be concerned about where I was going to charge and have to plan ahead. I am expecting that since over a 1/5th of new car sales are electric that the situation will improve over time. The UK is much better, France / Germany are even better and Norway is insanely good. Demonstrates it is possible and will happen eventually.
I think governments could do much to alleviate range anxiety if every public charger was required to be visible in a national database - occupancy, cost, reliability, rate of charge and other information so that apps could be built around it. At the moment it’s a hodge podge of apps which seem to have their own partnerships with different providers so it’s very hard to know all the chargers from a single app.
here is the RAC - a major road assistance company in the UK & Ireland - explaining EV particulate emissions. Basically, no the particulates aren’t any worse from an EV and are actually better compared to ICE, both brake and tyre.
Doesn’t mean particulates are good in any circumstance, but this argument, that somehow EVs are even worse, which is largely being propagated by people & groups with a vested interest in ICE cars is a complete nonsense.
No dummy, the RAC is one of the biggest automotive companies in the UK. Tyre repair companies also say it. Common sense says it. If tyre tread on EVs was substantially less than ICE vehicles it would be borne out by data but it is not.
It literally is borne out by data though. The way that source wriggles around is crazy.
They carefully pick the worst case scenario tire wear number then use it as a baseline for the mathematics that underlie the sentence
the tyres would be bald in less than 1,358 miles, or two months’ worth of driving
and extrapolate that out to
we now know that tyre wear is nowhere near as big a contributor to particulate matter emissions as some media coverage has suggested
The dancing around weight and tire wear is even more absurd:
modern electric vehicles aren’t actually that much heavier than many modern petrol or diesel cars, especially with the recent trend towards bigger and heavier SUVs
and a long section about taxi tire math that ends with the buried admission
Ryan notes that his diesel taxis do tend to get an extra 5,000 to 10,000 miles of lifespan out of their front tyres
But even if you aren’t interested in reading that source with a critical eye and recognizing the ways it manipulates language and information to make a point (I’m still not clear why a towing company wrote this), you can literally just look next to the authors name and see:
Author of this report commissioned by the RAC
I genuinely cannot understand why you’d choose to believe a dubious blog entry from a towing company over research from literally any other source.
Shame on you for making me bring out the [ ] over the British equivalent of a triple a guide.
But even if you aren’t interested in reading that source with a critical eye and recognizing the ways it manipulates language and information to make a point (I’m still not clear why a towing company wrote this), you can literally just look next to the authors name and see:
The RAC isn’t just a “towing company”. It provides a range of motor services like breakdown assistance, insurance, vehicle inspections, servicing, fleet management. Therefore it happens to know a great deal about automotive matters unlike say Forbes or some other outlet which does not. It’s also not some stealth EV proponent controlled by some shadowy puppet master, it just happens to have knowledge from supporting fleets of EVs of their outcomes. The AA, a similar organisation also debunks EV myths, again coming from a position of experience.
If the towing company is so smart and has all the data and experience, why do they have to commission reports that they then deploy every narrative manipulation technique in the book towards when reporting upon?
Couldn’t they just publish all their good data in a peer reviewed journal?
The Guardian article mentions that there’s some hope of mitigating that problem though:
The average weight of all cars has been increasing. But there has been particular debate over whether battery electric vehicles (BEVs), which are heavier than conventional cars and can have greater wheel torque, may lead to more tyre particles being produced. Molden said it would depend on driving style, with gentle EV drivers producing fewer particles than fossil-fuelled cars driven badly, though on average he expected slightly higher tyre particles from BEVs.
Dr James Tate, at the University of Leeds’ Institute for Transport Studies in the UK, said the tyre test results were credible. “But it is very important to note that BEVs are becoming lighter very fast,” he said. “By 2024-25 we expect BEVs and [fossil-fuelled] city cars will have comparable weights. Only high-end, large BEVs with high capacity batteries will weigh more.”
That might be so in Europe. I am not so optimistic about the US, where car sizes keep increasing. We seem to want to “consume” the extra efficiencies with more powerful engines and bigger range.
I have already responded to multiple people who asked for sources, which you apparently didn’t bother to check. One source I cite mentions a 20-50% increase in tire wear. A simple internet search will bring up literally dozens of articles.
It’s always amazing how the laziest and nastiest people on the internet, like yourself, are always the most ignorant. You don’t need to start shit to support your point.
You are angry about people not finding it despite wanting to prove your point not me. Add the source into OP instead of bitching at people who were not part of your conversation with others. Or don’t be rude about it.
Here is Kwik Fit, the largest tyre repair / refit retailer in the UK saying the complete opposite. They say that conventional tyres wear faster. The downside of EV tyres is they’re still more expensive. It’s not hard to find similar points made by others who have the knowledge to make the comparison.
You’ve completely misunderstood. EV tires are designed to wear slower because EVs eat through tires faster. If you put more expensive wear resistant tires on a lighter conventional car, it would obviously wear even more slowly.
Your link is not journalism. It doesn’t even cite its sources. It’s literally a blog entry by a tire company encouraging you to buy tires. The multiple experts cited in the actual news articles I posted say increased tire wear from EVs is a huge environmental problem.
Wait, so you you’re saying EV tyres are designed to wear slower, and yet they eat through tyres faster? Did that even make sense in your head? And if this design is a thing (slower wearing I mean) then why don’t ICE vehicles also do it?
And no EV tyres are not more expensive because of whatever you imagine but because of simple market forces - EVs are less common therefore, tyres cost more.
And yeah my link is not journalism. It’s pointing to actual companies that deal with breakdowns and replace tyres. The sort of people most people would implicitly trust to know what they’re talking about.
I don’t know if you’re willfully misreading me. I am saying that EV tires only wear slower when they do because they have to be specifically designed to withstand the extra friction. But EVs wear equivalent tires faster than non-EVs because EVs are heavier. If you don’t understand this, I’m not sure how to explain it to you.
Imagine someone saying “Chairs for obese people last longer than those for normal weight people.” That may be, but only because they are designed that way. You can’t change the laws of physics. EVs are heavier. As the many experts across the actual journalistic sources I cited say, that means more friction and more wear.
What is the climate denialist outfit you’re referencing? Each article cites multiple experts and different sources making multiple different claims. None of them rely on a “single study” and they are all from high quality sources, so your claim is ridiculous on its face.
Just don’t go race mode everyday and and it will be reduced to just heavier weight. Get smaller than supers sized truck and it will compensate for the weight as well.
What does this mean? What is the “it”? What does “compensate” mean? Equivalent EVs are heavier. At the same speeds, tires will wear faster and accidents will kill more people.
Yeah but for some reason people drive for a cap of coffee in freaking truck. Also i think you understand what i reacted to, if not you can use “show context” above my replies all the way till the beginning of this thread.
No they don’t massively increase tyre dust. In fact, if you go to motoring organisations, or actual tyre repair / refit companies they will tell you straight out that tyres on EVs don’t wear any faster than regular tyres. The only difference really between an EV tyre and a regular one is the cross section which is different to account for the generally higher weight of an EV.
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