I find this ignorance really frustrating that people believe purchasing an electric car is somehow environmentally neutral. People should be educated on the environmental toll of EV production, lithium mining, tire pollution etc.
Obviously she was supposed to immediately switch to public transportation the moment her other car died. And if that’s not practical given her living situation and community, then she should have thought of that before her car died.
Yes I did read the article. I'm not saying that she shouldn't have replaced her vehicle, in fact she probably did make the smartest choice by going for a second hand EV. I'm just frustrated by the people that assume an electric vehicle is somehow "good" for the environment when it is not.
She refers to her car in the following ways:
"a car that [does] not emit pollution"
"Zero emission gave me peace of mind that I made the right choice for a world facing climate change"
"earth-friendly"
Also this statement shows she is concerned about the environment:
"suddenly remembered my intention for buying an EV in the first place. I should have spoken up. Greenhouse gas emissions, carbon dioxide, climate crisis ... These words jumbled in my head. Nobody had even mentioned this life-or-death issue we all are facing."
But EVs are not some sort of silver bullet for the climate crisis. Do we yet have any studies confirming that they are better for the environment over ICE vehicles when considering lithium mining, vehicle production, battery replacement, tire pollution etc?
I hope that the EV revolution is a net positive solution over ICE vehicles, but they are not some sort of magical product that is going to save the planet.
While no car is far, far better than any car environmentally, an EV is far better than an ICE vehicle. Let's not piss on incremental improvements shall we?
I'm all for incremental improvements but these people that laud themselves as environmental heros for owning an electric car need to understand what happens behind the curtain before they receive their electric car, and after the battery is replaced.
Is there any comprehensive proof that EV production is cleaner than ICE production?
First, assuming battery replacement is required in the life of the vehicle doesn't hold up against real life. It's mostly happened due to battery design issues (LEAF, Bolt), not batteries dying before the rest of the vehicle.
Second, nobody is saying EV manufacturing is cleaner, but the operation of an EV is far cleaner than an ICE.
Yes, people post lifecycle studies on Lemmy and Reddit once in a while. In general, EVs are a bit worse to manufacture but you make up for it after a couple years typical driving, then it’s gravy for the life of the vehicle
One where some of the numbers stuck with me looked at that trade off by the average power generation per US state. Quite a few had a trade off under 2 years. However for Wyoming and West Virginia that still heavily use coal, the trade off can be as long as 14 years. Don’t buy an EV where coal is still king, but they’re a nice step for the environment in the rest of the US and anywhere power generation is relatively clean.
Also remember they get better for the environment over time, as power generation is cleaned up
Asking purely from a point of ignorance - is that not the same for ICE cars? Sourcing of battery components is a clear difference, but ICE cars also require materials to be sourced, manufactured, transported, usage input costs, drive on the same infrastructure, and also require disposal after they're no longer operable.
Are these metrics truly that different between EV and ICE cars? If not, then all we're really saying is that "making cars is not good for the environment" which, while accurate, seems like an insane point to use against EVs when comparing them to ICE
Yes, thats the point. EVs are still cars and have a massive individual resource and space requirement. Shifting away from car centric design would save energy and space in urban environments. Transit shares it's life cycle with many more people than private vehicles do which spreads its larger resource and energy demand accross a signifcantly larger ridership.