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mudguard:
I'm also not currently a candidate. I do 40,000kms a year for work (I provide the work car). I'd love an EV if I had a normal job.
40,000kms a year for work seems like the ideal candidate for an EV!
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mudguard:
I'm also not currently a candidate. I do 40,000kms a year for work (I provide the work car). I'd love an EV if I had a normal job.
That's ideal! If you've got at-home or at-office charging facilities then you could save a pretty penny here. Long trips in an electric vehicle are pretty nice. EV's have come a long way over the years.
Michael Murphy | https://murfy.nz
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michaelmurfy:
mudguard:
I'm also not currently a candidate. I do 40,000kms a year for work (I provide the work car). I'd love an EV if I had a normal job.
That's ideal! If you've got at-home or at-office charging facilities then you could save a pretty penny here. Long trips in an electric vehicle are pretty nice. EV's have come a long way over the years.
I have neither of those. I'm only home weekends and would be draping an extension cord out the motel window each night 😂
Believe me I've thought about it. But I'd have to dedicate an hour a day to fast charging.
2kadmin:
I would have spent more on an ICE vehicle, and if you can show me an ICE vehicle that can make the 0-100 dash in 3.7 seconds and doesn't depreciate like a weighted lead balloon, I'll buy one tomorrow.
in 2013 this car was $45000NZD new https://www.trademe.co.nz/a/motors/cars/subaru/wrx/listing/4483110278
and i personally bought one of these in 2006 with 60,000kms for $24,000 https://www.trademe.co.nz/a/motors/cars/subaru/wrx-sti/listing/4480353815
but err 0-100 was probably a hair under 5s not quite the 3.7, faster one has appreciated a lot more https://www.trademe.co.nz/a/motors/cars/nissan/skyline/listing/4445658453
mudguard:
I have neither of those. I'm only home weekends and would be draping an extension cord out the motel window each night 😂
Believe me I've thought about it. But I'd have to dedicate an hour a day to fast charging.
Ah bugger - yeah you're right. Burning liquid dinosaurs is your better option here.
Michael Murphy | https://murfy.nz
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If you're going to buy a Tesla, just make sure you don't get one where the wheels fall off.
[I'll stick with my 2011 VW Golf thanks]
muppet:
If you're going to buy a Tesla, just make sure you don't get one where the wheels fall off.
To be fair Toyota pioneered the technology of having wheels fall off: https://electrek.co/2022/06/23/toyota-recalls-bz4x-electric-cars-wheels-falling-off/
Michael Murphy | https://murfy.nz
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weasel13:morrisk:
This type of discussion has happened a number of times here on Geekzone over the last 5 or more years.
My view has always been the same - the change from ICE to EV is needed as one of the actions we must take to try to reduce emissions in the hope of slowing global warming.
Given the impact that global warming is already happening and the costs associated with these impacts, the costs/savings and benefits/disadvantages of EV versus ICE at an individual level are insignificant.
If you can afford to make the change from ICE to EV then do it.
The discussion here is the cost comparison, not your views on global warming.
The reason that these discussions continue to happen is that the cost comparison change over time. For example an EV in my price range didn't have the range required or I had to spend more and be lumbered with higher depreciation.
I've got a 2018 leaf 40kw purely from a cost saving benefit. Being only 5 years old it has already depreciated over 60% of its value but still has 89% battery health. I predict depreciation will slow rapidly and it will hold its value unlike the 30kw leafs.
I'm terms of getting it for the environment there is bugger all difference for the environment. EV do a lot more damage to the environment during production yet they are brain washing people into believing they are green. People should buy the car that works out the best for them whether it's financially or that they enjoy driving like my ute which means I can go where the leaf can't and have fun in the outdoors
My post specifically refers to cost.
The problem is that people are thinking only of the costs relating to car ownership.
The real costs that we are all facing are the real costs of climate change.
The only reason that EVs are available today and their costs being debated is because they are one of the ways that we can try to reduce CO2 emissions in the hope of slowing the warming of the earth that is in part due to ICE vehicles.
I won't respond to your assertion that that EVs do more damage to the environment during production as that has been discussed in depth in many forums and my analysis of this aspect does not agree with your conclusion.
Or you could just keep your existing car and reduce your carbon footprint with more walking, public transport use and remote working. But of course that's not appealing because it doesn't involve buying a shiny new tech-laiden asset.
Agree entirely - the objective is to reduce emissions.
Been watching Ade's Climate Change doco. Last ep was a Swedish business that runs a green energy company, the house has a lot of solar and the excess is turned into Hydrogen, so his basement that has the mini power plant also has a LOT of Hydrogen bottles that feeds the house at night and when solar isnt enough. He says a decade to get the setup cost to a figure that is viable to add to a standard home. He says Hydrogen is the way to go for power and transport.
Ok, not Luxury EV related but EV and climate change are related
Batman:
2kadmin:
I would have spent more on an ICE vehicle, and if you can show me an ICE vehicle that can make the 0-100 dash in 3.7 seconds and doesn't depreciate like a weighted lead balloon, I'll buy one tomorrow.
in 2013 this car was $45000NZD new https://www.trademe.co.nz/a/motors/cars/subaru/wrx/listing/4483110278
and i personally bought one of these in 2006 with 60,000kms for $24,000 https://www.trademe.co.nz/a/motors/cars/subaru/wrx-sti/listing/4480353815
but err 0-100 was probably a hair under 5s not quite the 3.7, faster one has appreciated a lot more https://www.trademe.co.nz/a/motors/cars/nissan/skyline/listing/4445658453
If you aren't heading home each evening, doing monster Ks, towing two boats and caravan uphill in both directions, or basically doing anything that makes you reliant on paid-for public charging. The numbers, if that is what you are into, won't ever add up, unless you want them to.
tdgeek:
Been watching Ade's Climate Change doco. Last ep was a Swedish business that runs a green energy company, the house has a lot of solar and the excess is turned into Hydrogen, so his basement that has the mini power plant also has a LOT of Hydrogen bottles that feeds the house at night and when solar isnt enough. He says a decade to get the setup cost to a figure that is viable to add to a standard home. He says Hydrogen is the way to go for power and transport.
Ok, not Luxury EV related but EV and climate change are related
I can't see it being practical. Hydrogen is hard to store and transport and energy losses are suffered converting electricity and water into hydrogen and more losses compressing hydrogen into storage. Why bother with converting solar to electricity to hydrogen when you can just stop at electricity which is relatively easy to store and distribute?
The cost of his hydrogen plant and storage would be immense.
johno1234:
I can't see it being practical. Hydrogen is hard to store and transport and energy losses are suffered converting electricity and water into hydrogen and more losses compressing hydrogen into storage. Why bother with converting solar to electricity to hydrogen when you can just stop at electricity which is relatively easy to store and distribute?
The cost of his hydrogen plant and storage would be immense.
Short clip of the actual house, was a lot more info on the docs though. https://www.youtube.com/watch?v=koiM0Y8VjOw
Inefficient to make, yes, but the Sun made it for free once he installed his electrolysis machine
He stores it in bottles in his basement
He stated 10 years to be economically achievable in a standard house.
Every energy type has downsides, so you place them where the upsides exist and downsides are somewhat mitigated.
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