Fine.
To be very fucking specific, since apparently nobody here actually reads the relevant shit or has worked on power electronics, inverters, etc:
The high power switching electronics used in the inverter to drive the electric motors - typically IGBTs, MOSFETs, or similar silicon technology designed for high current switching operation, do not have an infinite service life under typical operational conditions, through a variety of failure modes either of the silicon, of the insulation, or from thermal stress. In addition, the larger capacitors typically used in such equipment also don't have an indefinite service life - electrolytic capacitors dry up with age and use and need replacement.
The replacement of these items is neither trivial nor easy, so to point to an external photo of a motor and claim that the EV is far simpler because you've not opened the case on the integrated inverter or such, is entirely absurd. They have their own failure modes, unique and independent from ICE failure modes.
The best you can reasonably claim is that lifetime maintenance costs are about half the cost with a BEV or PHEV vs an ICE (BEV and PHEV come in very close to each other, both being about half that of an ICE), and that there are long term maintenance costs associated with both, in a different manner for each, based on the nature of their power electronics.
And then people like me show up and more or less print money fixing the weird, obscure, "This is solid state and won't fail!" sort of stuff that has failed in the field. I rebuilt a lot of BionX battery packs, and did board level repair on at least some of the older boards (the newer ones just fried in some irreparable way, they latched the failure state and wouldn't power on again, yay modular crap you can't actually rebuild). And I charged accordingly for it. I paid for a decent bit of our house on EV repair for a few years. And that's before you get into things like motors having magnets come loose and locking the motor. Only an issue on permanent magnet motors, but rather catastrophic when it happens. Fortunately rare.
We don't have any long term data on EV reliability past about 10 years, which isn't even the average age of the US automotive fleet (currently at 11 or 12 years). I don't find "first 10 years" reliability for a vehicle the slightest bit interesting except for sorting out lemon brands (of which there are some, and don't look too hard at Tesla repair costs). The second and third decade are where you sort out well built vehicles and maintainable vehicles from the crap that's rusting in a junkyard inside 15 years, and we literally don't have any that old. You can do all the accelerated lifecycle testing you want, but it only simulates aging, it doesn't actually reflect real world aging.
And one of the flagship EV makers is violently opposed to any sort of serviceability of their cars, leading to what I termed about 5 years back "throwaway vehicles," and they've changed nothing since then.
Posting fucking meme grade images as some sort of reasoned argument is just stupid, though. Hopefully the lot of you can agree on that. I'm out for a while.