The cost on a same-same ICE is nowhere near the cost difference. Even over the long term the EV value falls off a cliff as the battery approaches zero so you can’t claim the cost back at the secondhand sale.
For example Korean sedan to Korean EV say Hyundai sonata ($40,000) vs IONIQ6 ($82,000 after gov rebates) is a difference of $42,000 just comparing up front costs. Fuel cost is (250x8.1(L/100)) is 2,025 x $1.8 is $3645 per year all in AUD and km.
The more these overstaments are made the less credibility is given to the discussion of decarbonising the transport network. We need honest, cards on the table discussions. That’s my math. What’s yours?
In Australia the base is over $70,000 after tax breaks and Government rebates
If you can find an equivalent ICE do the math and post results. I’ve been looking to buy an EV for city commute but it’s just far too expensive and frankly the net result is still burning coal (remote combustion vehicle).
You need to get out and touch grass. There is more missinformation (and disinformation) about EVs than factually correct information. No one is willing to have a real discussion because the cult is regurgitating the misinformation and big oil disinformation. Right now EVs are for the rich and the lithium would be better being used on solar farms to clean the electricity grid.
It is. EVs have a cult following and it’s resulted in enormous amount of marketing misinformation and is a MASSIVE detractor for anyone wanting to have frank discussions. Now I will also admit ICE has its cultists as well but the difference is no one can make baseless claims because we all own one and know exactly what they do and don’t do and no one is claiming otherwise.
What. This is about feasibility of different technologies of EVs, but you keep talking about cults. So I’m asking you, what do cults have to do with this discussion?
Are you working out all the prices in Australian fun bucks?.. Because an ioniq 6 is not $82,000 usd for any of the trim levels and after running comparable TCOs vs fuel it will start paying for itself after the 15 year mark (well within the expected useful lifespan of a modern temperature controlled lithium pack (old EVs had significant degrading from temperature fluctuations, but new packs level off at about 10-20% wear now for an expected lifespan of 25-40 years >80% SOC)). Biggest downside is tax, payments, and higher than usual insurance which I’m not including in the TOC Calc because it’s so varied based on location that it’s hard to estimate.
Battery only lasts about 12 years of normal use before needing replacement hence the poor secondhand values. What are you going to run it on, gasoline?
The 12 years you’re referring to is a assuming batteries without thermal management via nrel modeling, the ioniq 6 must face HEAFTY import taxes in your country (which is not the fault of the vehicle), and there are alternatives to running on gasoline like recycling the old cell (already a reality) and replacing it with another.
Again stop equating USD to AUD, that price also includes government subsidies and tax breaks, eg NO tax! Frankly I don’t care if you do or don’t believe me, they have a website, it gives you the cost subsidies and tax breaks pretty clearly.
So far as the life time goes 12 years is very generous based on country average 25,000km per annum
Said no one ever who has done the math.
The cost on a same-same ICE is nowhere near the cost difference. Even over the long term the EV value falls off a cliff as the battery approaches zero so you can’t claim the cost back at the secondhand sale.
For example Korean sedan to Korean EV say Hyundai sonata ($40,000) vs IONIQ6 ($82,000 after gov rebates) is a difference of $42,000 just comparing up front costs. Fuel cost is (250x8.1(L/100)) is 2,025 x $1.8 is $3645 per year all in AUD and km.
The more these overstaments are made the less credibility is given to the discussion of decarbonising the transport network. We need honest, cards on the table discussions. That’s my math. What’s yours?
I paid $37,880 for my Model 3, and got a $7500 tax credit. I do not believe there’s a $30k car that can compete with the base model 3.
In Australia the base is over $70,000 after tax breaks and Government rebates
If you can find an equivalent ICE do the math and post results. I’ve been looking to buy an EV for city commute but it’s just far too expensive and frankly the net result is still burning coal (remote combustion vehicle).
Sounds like you’re the target market for early adoption!
Said everyone that I know that bought an EV.
You need to get out and touch grass. There is more missinformation (and disinformation) about EVs than factually correct information. No one is willing to have a real discussion because the cult is regurgitating the misinformation and big oil disinformation. Right now EVs are for the rich and the lithium would be better being used on solar farms to clean the electricity grid.
I’m willing to have one, I thought we had one, but you are just starting to talk about cults …
It is. EVs have a cult following and it’s resulted in enormous amount of marketing misinformation and is a MASSIVE detractor for anyone wanting to have frank discussions. Now I will also admit ICE has its cultists as well but the difference is no one can make baseless claims because we all own one and know exactly what they do and don’t do and no one is claiming otherwise.
What does it have to do with this discussion?
You would have to explain that. You inserted yourself into it.
What. This is about feasibility of different technologies of EVs, but you keep talking about cults. So I’m asking you, what do cults have to do with this discussion?
So now it’s a topic change from your own post. Good to know.
Are you working out all the prices in Australian fun bucks?.. Because an ioniq 6 is not $82,000 usd for any of the trim levels and after running comparable TCOs vs fuel it will start paying for itself after the 15 year mark (well within the expected useful lifespan of a modern temperature controlled lithium pack (old EVs had significant degrading from temperature fluctuations, but new packs level off at about 10-20% wear now for an expected lifespan of 25-40 years >80% SOC)). Biggest downside is tax, payments, and higher than usual insurance which I’m not including in the TOC Calc because it’s so varied based on location that it’s hard to estimate.
Learn to read.
AUD.
Go visit their website in Australia. 70-90k.
Battery only lasts about 12 years of normal use before needing replacement hence the poor secondhand values. What are you going to run it on, gasoline?
Fuck off.
The 12 years you’re referring to is a assuming batteries without thermal management via nrel modeling, the ioniq 6 must face HEAFTY import taxes in your country (which is not the fault of the vehicle), and there are alternatives to running on gasoline like recycling the old cell (already a reality) and replacing it with another.
Again stop equating USD to AUD, that price also includes government subsidies and tax breaks, eg NO tax! Frankly I don’t care if you do or don’t believe me, they have a website, it gives you the cost subsidies and tax breaks pretty clearly.
So far as the life time goes 12 years is very generous based on country average 25,000km per annum