New York passes law that will ban all gas-powered car sales by 2035
engadget.com
engadget.com
> under the new law, several state agencies are required to work together to conjure a zero-emissions vehicle market development strategy by the end of next year
I guess that's nice that the timeframe for coming up with a plan is shorter... but again, don't we need more action now, and not in a decade and a half?
If I were an automaker, I don't think I would care much about this. The writing is already on the wall for internal combustion engines (ICE) and ICE is already pretty established so I don't really need to innovate here anyway (as opposed to body style, electronic features, etc) and the time horizon is longer than a decade by which point I'm expecting ratio of EV:ICE sales to shift significantly. This shifts it a bit more.
I think what it might do today is inspire other states to pass similar legislation and otherwise normalize the notion that EVs are the future for those who aren't technologists or early adopters.
Most people don't pay attention to the details.
14 years is nothing when electric vehicles are only 1% of the current market. There is a wide range of vehicles that have no electric alternative available yet, such as vans and off road vehicles. I will be surprised if it doesn't get extended.
Renault, Nissan, Opel, VW and Mercedes all have an electric van on the market and many more will no doubt be showing up within a couple of years. Now it could be that they aren't currently sold in the US, but that is an easier problem to solve
off road vehicles
Mercedes, Jeep and Humvee have all announced off road vehicles that will start being sold soon, and I'm sure others will follow
None of which are cargo vans suitable for business use. They're all minivans. Mercedes and Ford have announced electric full sized vans but they are years away from general availability.
> Mercedes, Jeep and Humvee have all announced off road vehicles that will start being sold soon
That depends on what you mean by soon. Jeep has a plug in hybrid on the market now, so I guess that's a step in the right direction. Their full electric is only in concept and is years from production. The new Humvee is still vaporware. Mercedes has announced an SUV but it is not an off road vehicle.
The Mercedes eVito , Nissan NV200, VW Transporter and Crafter, Renault Kangoo etc. are all electric cargo vans specifically targeting commercial use. Admittedly, one problem they all share is that they are big heavy cars built on last gen electric platforms, meaning they have pretty crap range. But they exist and are available on the market today.
* Every single parking space in the city that can or is used for residential street parking needs to have an electric hookup.
* Charging stations need to be at least as dense as gas stations and scaled up since the throughput of an individual station is lower.
* Electric vehicles need to get an order of magnitude cheaper both in terms of purchase price and total cost of ownership as well since people seem to underestimate the sheer number of people who drive sub $5k vehicles. Battery degradation absolutely destroys the used used market for cars.
* Commercial vehicles that by their very nature outrun the range of a single charge need accommodations so businesses can get deliveries and people can take taxis and busses that run 24/7.
Non-Solutions I've heard from around HN:
* "Just improve public transportation" If you can't afford to live in NY or $big_city but work there then you need a car. You literally cannot fix the physics reality of as you expand out the area you have to hypothetically cover with public transportation increases on the order of radius squared. You can try to have a hub/spoke model (and cities like Boston do) but surprise poor people get priced out of those too!
* "Get rid of street parking -- it's ugly anyway. If you can't afford $some_arbitrary_number then you shouldn't have a car anyway."
I live both in NYC part of the time and in Vancouver part of the time and I see a lot more hybrid and totally electric vehicles in Vancouver, despite the fact it should be theoretically easier in NYC due to the density.
There's a large environmental push on the pacific northwest, but there are practical reasons people choose electric cars here- namely that there are taxes coming on non-electric cars soon. Driving a gas car will cost you $1000 a year soon, and then that rate will go up.
You can only avoid that tax with a hybrid or fully electric car.
Other incentives and taxes are coming that only allow plug-in-electric and fully electric cars. For example they allow electric and PEVs to use the HOV lanes on the highway, and there's rumor of possible parking and other benefits.
Back to the timeline... the problem right now is how little plug-in infrastructure NYC and NYS have. To pull off electric vehicles, you need plug-in stations everywhere. You want people to be able to charge their vehicles easily and nearly everywhere.
That's because charging time for cars is significantly slower than gassing up, and electric cars typically have shorter range than gas, so you need to make it convenient to charge up in more places in order to offset the inconvenience of time.
It's also going to be disruptive to various NYS industry, such as the gas stations, which will see a decline in their gasoline business and need money and time to switch over to offering electric charging.
14 years is a very long time, but I suspect if they had said ten years, people would have revolted at the inconvenience/impossibility of retrofitting or building so much electric infrastructure.
It shouldn't take this long, but I think this is the best they could have done politically.
There are simpler and less constraining ways to accomplish the real goal of this legislation, which is curbing carbon emissions. A simple, emissions-priced carbon tax on gasoline would make EVs preferable to those with no strong feelings on how they get around. My only claim is that a 99% ban is preferable to a 100% ban, because there most exist some circumstance where the internal combustion automobile is better. Expect this law to be walked back slightly in the future for this reason.
If it turns out that in 15 years there is some grievous need for gas cars then, as you say, the legislation can be walked back. But that isn't a reason to not make it bold to start with.
The range of electric cars degrades considerably at low temperatures in my experience (75% of range sometimes). There is no scenario where gas trucks cars will not be utilized in Canada and the northern united states until this type of technological issue is resolved. Not to mention, the number of chargers would have to increase exponentially to support all of the electric cars coming online.
There are simply places in North America where electric cars will never probably work.
1. Infuriating misuse of "exponentially". Charging needs scale linearly with the number of cars!
2. Come on, they're outlets. Car chargers are just a different kind of grid outlet, and they cost no more than connecting a new building. This is cheap, not expensive.
I have no clue what it takes to construct the chargers (maybe someone here can chime in), but it isn't just "outlets" -- it presumably requires a larger-than-average power source to charge 8+ cars simultaneously at 250Kw
For a passenger car? No, not really. And it's getting better and better as more fast charging services come online. Electrical infrastructure is extremely cheap relative to other costs like roadbuilding, there simply aren't any places you can go with roads but not efficient grid connectivity, all that's needed is building the right kind of outlets.
I know there are some places out West where people may need to drive very long distances, even for groceries. They literally pack coolers full of ice to transport food back. We can maybe say they need to plan better on their trips, or they shouldn't live in the middle of nowhere, but I don't think that negates the fact there are some cases where gas is a better option (until electric ranges/refueling options are comparable in terms of time and availability)
>Electrical infrastructure is extremely cheap relative to other costs like roadbuilding
I think I disagree here, especially if you look at lead times. Some transformers literally cannot be manufactured within the US. Others were put in place using infrastructure like rail that no longer exists in that area. These are big risks that really drive up infrastructure cost.
None that don't have power along the way, or at least vanishingly few. Every little town or crossroads you see with a building? Every traffic light? Every railroad crossing with an alarm? That's power. The point wasn't that the EV charging infrastructure exists TODAY to support this, it was that it would be trivial to do within the timeframe required.
> I think I disagree here, especially if you look at lead times.
The lead time in question is fourteen years! And if you don't believe it just look it up. Stringing a cable is 2+ orders of magnitude cheaper than building a road (much, much more so in areas where you need to blast tunnels or grade mountainsides).
The only reason this even looks like an argument is because you presumably feel like "all the roads are already built", but they aren't.
>The point wasn't that the EV charging infrastructure exists TODAY to support this, it was that it would be trivial to do within the timeframe required
Except it's not just the electricity availability that causes the issue I was pointing to. It's the energy delivery as a function of time. The range upgrade in pumping fossil fuels is currently just much more efficient. One can get 300-500 extra miles of range in less than 5 minutes. Even if electricity is available, it doesn't mean somebody can double their range in a few minutes (which is why I pointing out the planning counterpoint). I'm optimistic the technology will get there, but let's not trivialize the solution as a way of negating one option.
>The lead time in question is fourteen years!
Is this speaking about building a road? I don't quite follow how the comparison of building roads matters to this...presumably both electric and fossil fuel cars would use the same road infrastructure. Is your point that long road construction lead times means...what? I'm not trying to be argumentative, I just don't understand the connection drawn here. Is the point, "Electrical infrastructure is easy because roads are hard and we already do roads"??
>all that's needed is building the right kind of outlets
>Stringing a cable is 2+ orders of magnitude cheaper
This is what I mean by trivializing the solution. Electrical infrastructure is much more than just 'stringing up cable'. The transformers I mentioned are much more of a bottleneck both from a manufacturing and resiliency perspective. There are some critical ones within the Unites States that would take 18 months or more to be manufactured overseas before even considering how to deliver them when there isn't the normal infrastructure to do so. The idea that we just need to "string up some cable" appears a bit naïve to me and perhaps spoken from a place of lack of domain knowledge.
A complete ban is not a great idea because there's always somebody somewhere who need a new gas vehicle for some essential reason or another. There might be 5 of these people in the whole state but they'll dominate news stories as the date gets closer.
There are lots of effective ways to ban things without going for the full ban -- ICE vehicles are environmental disasters, put limits or even better, fees on some of those things. Like particulates, or CO2. The European fleet CO2 limit is a great example of such an approach.
And don't assume that a carbon tax is a complete non-starter. Here in Canada we have a Federal election in a few days. The 5 mainstream parties all include a carbon tax as part of their platform. Sure, the right wing party's carbon tax is ineffectively small and counter-productively structured, but it's symbolically there. The narrative has shifted from massive opposition to a feeling that any party without a carbon tax in their platform are climate change deniers.
Actively managing things is ever so much fun.
Rooftop solar got cheap enough to be not quite viable and then took off like a rocket with government subsidy. If people could install chargers at a negligible net cost to them you'd see them everywhere as landlords and house flippers jump to "check that box".
https://www.coltura.org/world-gasoline-phaseouts
New York isn't exactly some unique snowflake here.
It's funny to me how the whole ICE vs. EV argument just isn't that much of a slam-dunk. Looking at page 5 here:
https://theicct.org/sites/default/files/publications/EV-life...
Completely altering the vehicle mix doesn't look like a game changer to me. I guess there's probably no low-hanging fruit.
In the future, no doubt not only will houses be unaffordable for the middle class and below, but also cars.
It appears that this only applies to sales of new vehicles. More details: https://arstechnica.com/cars/2021/09/landmark-new-york-law-p...
0. The original sin of the car is the car itself, not the ICE. The car has externalities other than the ICE, battery cars don't address than and encourage forgetfulness. Arguably the car should be gradually killed off (I say this as a massive car guy) [1]
1. The problem with ICE cars is global warming, which is necessarily a global problem, not a local one (i.e. CO2 emissions barely effect the people who emit them more than those who do not). Therefore to address the CO2 emissions it has to be a global solution.
2. It's not obvious that battery technology can, globally, supply several orders of magnitude more batteries than currently.
3. Electrification of transport has immense promise, if done correctly. Assuming limited battery supplies, it is much more beneficial to use them to electrify big heavy vehicles by employing hybrid drivetrains.
I was very skeptical of the Toyota Prius 20 years ago, and I was wrong. It is a brilliant car that has done more good for the environment than any other car. My only criticism today of the Prius is that the Prius should have been a pickup truck, not a subcompact. However, I understand the marketing wisdom behind that decision 20 years ago.
4. With a hybrid drive trains ICE can achieve thermal efficiencies rivaling a thermal power plant (the vast majority of our energy in the US) -> See Mercedes F1 ICE.
5. With a hybrid drivetrain the stop-go energy loss of heavy delivery trucks is significantly reduced.
6. Nor is there any reason why heavy delivery trucks should run on gasoline or diesel and not CH4 like our powerplants. It's an infrastructure problem just like the one faced by electric cars.
So given the points above, if I were advising legislators, I would
- put massive incentives for blue collar joe to buy a hybrid F-150, or a Ford maverick as his next work vehicle (necessary condition for the incentive, it's used for work).
- put incentives to divert batteries to heavy road vehicles (although not necessarily big rigs. They have a more constant load).
That said, it's not obvious to me that:
1. NY's goal can be accomplished by 2035.
2. vehicle manufacturers wont just divert electric vehicles to CA, NY and Norway and only sell ICE everywhere else
3. It's economically possible within the time frame
[1]I don't zero-index. I use it here in the sense of the zeroth-law of thermo; as a prelude that to some is obvious, but turns out to be quite subtle.
Only considering the upside, instead of the downsides. True, an EV itself has no emissions but, how is that electricity generated, distributed? How are the materials for the batteries sourced (I hope you like strip mining and being beholden to China)? How are end-of-lifed batteries disposed?
I think EVs are the future, but we shouldn't put the cart before the horse on our way to get there. EVs are also already quite a bit more expensive a similar ICE vehicle. They'll only get more expensive if there's a government induced shortage of materials & parts due to a mandate.
https://en.wikipedia.org/wiki/Phase-out_of_fossil_fuel_vehic... (Places with planned fossil-fuel vehicle bans)
In what way is retiring gas-powered vehicles by 2035 not "rational behavior"? Climate change is very real and the deadline is 14 years from now. If anything you could argue that this law isn't rational enough because it doesn't take quick enough action.
There is lots of uncertainty and perspectives around that. What if someone in the next 14 years comes up with a way to make gasoline from clean, low-carbon energy?
These kind of technology specific laws really bug me. What they should rationally legislate is lifecycle emissions. If the vehicle system (or energy system) makes more than x gCO₂-eq/mile then it's banned. How you get there shouldn't be specified 15 years in advance.
People who don't do this don't get elected and are removed from the system. Whether their legislation is effective or not matters only as far as it will affect their chances of reelection.
And that will not happen as long as people believe that anyone who disagrees with them or behaves suboptimally just isn't thinking rationally.
There’s no reason to believe that EV cars will be worse than ICEs in any way in 10-15 years.
https://morningconsult.com/2021/03/22/electric-vehicles-dire...
The free market will take care of everything else. And you can fund infrastructure for EVs. Missed opportunity IMO.
Or, better, build more rail and bicycle infrastructure, more green spaces in place of more car lanes, and stop building so many roads which induce demand
Seems unrealistic to me, unless this legislation only covers new cars and selling used cars is still ok?
Just a small bit of nuance, but the age at which a consumer trades up their car shouldn't be conflated with the design life. Design life is based on a certain reliability level and the reliability of cars is generally increasing; 25% of vehicles are over 16 years old [1]. The 'lifetime' of cars may be independent from when consumers decide to upgrade.
[1] https://www.cnbc.com/2020/07/28/25percent-of-cars-in-us-are-...
E.g. i can imagine they are predicting higher rates of walking and cycling in cases that would otherwise have been a 2-3minute car journey. You’d expect that to have a visible effect on public health at a state level at least.
Health, renewable energy storage, pollution, safety, there’s surely more factors than just pollution in that calculation?
https://www1.nyc.gov/html/dot/downloads/pdf/electrifying-new...
EVs are cool but until we solve the range issue, I can't bring myself to be interested.
My gas car has a range of ~400 miles, then requires a ~10 minute stop. A lot of the experiences in this article linked below don't seem showstoppingly different to me, as my appetite for hours behind the wheel in a day is rarely > 10 hours.
Fun read: https://www.caranddriver.com/features/a36877585/ev-1000-11-e...