The same is true for fentanyl use.

But seriously, if it works for you great. It doesn't work for me.
If you think it is somehow good for the environment, its not; actual numbers are unknown but its estimated that 100,000-500,000 lbs of raw earth must be mined for each battery. Of that only 0.2% are the usable elements and the remaining 99.8% is now contaminated displaced earth (EV's use 400lbs more rare earth elements than standard cars. There are not limitless Supples.) If you think its an ethical choice, there are plenty of children being forced into child labor that would tell you otherwise. Each EV is the equivalent of an additional 10-20 refrigerator being plugged in. The grid is struggling now. Last year some areas were telling people what days of the week they can charge their EVs. . What happens when the equivalent of 200,000,000 refrigerators are plugged in? The only reason sales are what they are is the massive subsidies being offered.
At least some of what you're claiming is FUD IMHO - particularly the statement about subsidies - at least specific to consumer subsidies - as there are other subsidies you may be referring to - that's really too general a term to use. For example, Tesla enjoyed massive sales increases from 2019-2023 with zero consumer subsidies since they had exhausted all 200k vehicle maximum volume based previous subsidies in 2018. Go look at the sales numbers from Tesla during that span of time - then explain to me how your claim about the only reason sales are what they are is due to the massive subsidies - those were in fact the heady good days for Tesla in reality (unlike now - when we're seeing Tesla EV sales growth stall in 2024). The consumer subsidies were changed starting in 2023 with the IRA, yet while sales are still rising, the rate of acceleration/adoption has been falling for the past several months now. The reality is that the subsidies - at least for consumers - don't have much impact on adoption IMHO. The issues of range anxiety, charging times, real world range, etc., have far more impact than any subsidies do, as is clearly evidenced by the fact that though subsidies were renewed effective 1/1/2023, they have stricter qualification requirements, and the rate of adoption has been slowing
after the subsidies were renewed.
This is likely because the early adopters, which typically are the first 10% of mass market buyers, have been saturated, and now the more normative/traditional consumers in the next tranche of buyers is up next, but this subset of buyers is more skeptical and cares more about the above listed issues than the early adopters - which itself is divided up into two tranches - the alpha early adopters - the true believers in the mission (eco orientation), and the beta early adopters - like me - who need to see real numbers and enough technological progress to consider a purchase - and tend to be the ones that are more openly critical of the overall shortcomings of the emerging technologies in scope. I frequent various EV forums and I'm generally categorized as a "Debbie Downer" type because while I understand the mission and am a beta early adopter - I'm also openly skeptical that EVs are currently good enough to promote mass adoption by traditional consumers - and I'm definitely skeptical of the late stage skeptics doing so.
Regarding the useable elements and such, batteries are 99% recyclable - and there are already recycling plants built and running that recycle all types of batteries. We don't need limitless supplies (unlike with gas/oil) because we can re-use the same materials repeatedly over time. Anyone interested in how this recycling process actually works at a real world recycling plant here in the US, here's a decent video to watch on this topic:
The comment about power consumption is absolutely valid - even Musk's MP3 (Master Plan 3) clearly indicates that electrification of the fleet, along with electrification of other areas, will ultimately require 3x current power generation - which is why Musk has repeatedly stated that we need major investments in solar, wind, nuclear, geothermal, etc, to make this transition possible.