1: https://en.wikipedia.org/wiki/Corporate_average_fuel_economy...
1: https://en.wikipedia.org/wiki/Corporate_average_fuel_economy...
1. Poorer people tend to drive older vehicles, so if you solely encourage higher fuel economies by taxing carbon emissions, then the tax is (at least short-term) regressive.
2. You can work around #1 by applying incentives for manufacturers to make more efficient cars should lead any carbon tax
3. If you just reward companies based on fleet-average fuel economy without regard to vehicle size, then it would be rather bad for US car companies (who employ unionized workers) that historically make larger cars than Asian and European companies.
4. So the first thing done was to have a separate standard for passenger vehicles and light-trucks, but this resulted in minivans and SUVs being made in such a way as to get the light-truck rating
5. We then ended up with the size-based calculation we have today, but the formula is (IMO) overly punitive on small vehicles. Given that the formula was forward looking, it was almost certain to be wrong in one direction or the other, but it hasn't been updated.
Every single one of your ideas has problems that are solved by a carbon tax. Taxes are simple, they accomplish what you want, and they don't have loopholes. A carbon tax will _never_ have the unintended consequence of making emissions worse. Many of our current regulations, including the one I was responding to do exactly that because they actually cause people to buy larger trucks than they otherwise would with worse fuel efficiency.
A carbon tax might not on it's own be enough to solve the problem (especially if you set it to low), but no matter what level you set it, it will help. Thanks to unintended consequences, many of our current regulations are actively counter productive, while _also_ having negative economic and other costs.
If you set the carbon tax at about $1/gallon of gasoline, the corresponding carbon rebate would be about $1000 per family per year.
That wouldn't affect rich people much; neither the $1/gallon nor the $1000 extra income is significant. But many rich people get rich by being penny-wise, so many would change behaviour, by buying an EV or similar.
But for poor people both $1/gallon and $1000 per year is significant. If gas was $1/gallon more expensive, poor people definitely would drive less.
Which is dismaying because carbon taxes are a conservative solution to this problem and IIRC the first political entities to suggest the implementation of them in Canada were Conservative.
At the end of the day you have a nontrivial amount of the population, and many in positions of power who just outright deny environmental concerns and climate change as an existential threat.
They aren't going to approach this problem in good faith and it isn't obvious what the solution to their nefarious influence on policy should be.
The trickle down as those cars depreciated in value was years away.
1. The textbook implementation involves 3 parts: tax, rebate and tariff. Canada only did the first 2. They were in talks with Germany/EU to create a carbon tariff zone, but that never happens. Without the tariff the carbon tax is massively unfair to local producers.
2. The rebates were almost invisible. If they would have been cheques in the mail it would have had much more impact psychologically.
But I agree, the main problem was denialism and its use as a political cudgel. It should be hard to argue that carbon tax is stealing money when all of it is given back, but they successfully did that.
New Zealand used car market is likely very different from the market where you are. The cheapest Model 3 I could find was a USD18000 for a 2020.
Subsidies make sense if the environmental gains outweigh the costs of the subsidies.
Subsidies: there was a purchase subsidy, charging stations were subsidised, and I think electric cars are not paying their fair share of road maintenance (much of our road costs are paid for by an excise tax on usage via petrol-tax or heavy-vehicle-milage).
The issue with this is that it creates a whole parallel (and largely fake) carbon accounting world. Fake estimates, fake offsets, a complex web of compensating subsidies - but real public money.
The field of carbon taxes is tricky because we can imagine simple schemes which handle a few scenarios in a fair way (ok, fuel! we know how to tax that) but once you start thinking about agriculture or construction you quickly get into complex estimation. You then end up with armies of carbon accountants who spend all day looking for loopholes and rorts.
Second, and probably more important: the rebates showed up in your bank account with a description that didn't make the source obvious enough for laypeople. Had people seen monthly "CARBON DIVIDEND" credits in their bank accounts, they would have noticed.
And if you pretend that there is no subsidy, and the original owner paid $80,000 just because it cost that much unsubsidized, the second buyer still gets the same discount off the original purchase price.
So the fact that the car was originally subsidized isn’t relevant.
A poorer person in NZ spends at most a few thousand on their car. The original retail price is nearly irrelevant by the time it gets to someone poorish (however maintenance/parts costs do matter for old cars).
The financial benefit of a discount mostly goes to the people that own the car while it depreciates as it trickles down.
Context: In New Zealand, the vast majority of people drive second hand cars (mostly imported second hand from Japan). A 20 year old car is regarded as newish in New Zealand. I am well off, so I have two second hand cars, my daily driver is 2006 I think, and I have a 1996 4WD for other stuff. New cars are only bought by the well off.