I think at the upper range, and for Teslas, this is true. But for the rest, not quite yet.

Suppose you buy an entry-level Renault 5, the WLTP range is 310km. In mild conditions you typically get 85-90% of that, enough for the majority of people. But in winter you get 65% of that, so 195km, on a new battery. And after 5 years that may be 165km in winter, and that's just not great. With home-charging that still is enough for most requirements, but you are more restricted for longer trips and have to charge diligently.

I live in an apartment so I wouldn't be home-charging daily, there'd be plenty of times I'd want to park my car at the first available spot in my area at 55% charge and use it the next day, which is even more restrictive.

For the entry-level Tesla the WLTP range is 530km or 70% more. There the problem is much less. And for home-chargers, it's also a no-brainer usually, especially with home solar. But for an apartment-dweller who just needs an entry-level car, it's still a toss-up between a new EV like a renault 5 for 30k, or just a Toyota Corolla Hybrid that gets great mileage, low maintenance and can be had new for 30k or a few years old for 20k.

Unfortunately, I refuse to buy a Tesla due to Musk's politics.