EVs don’t do that. In an EV, you drive for a few hundred miles at best, then you spend 30-60 minutes at a supercharger if you’re lucky; or at least several hours at a “normal speed” charger if you’re not. At which point, you can proceed cautiously forward after much delay, always checking your EV’s estimated range remaining — and mapping out when and where the next charger session will have to be.
Because of the above dynamic, EV range figures can be a bit misleading. “Effective daily maximum range” is a better metric, i.e. how far one tank of fuel gets you multiplied by how many tanks of fuel you can go through in a day of driving. EVs need to have a far larger range than their ICE counterparts for true equivalence here, to offset the drastically higher downtime of seeking out chargers and using them extensively.
In addition, independent charger networks are really hit or miss: those handy EV charging station locator apps often times display out-of-date information; the chargers are difficult to find; and the particular charger you end up with exhibits mechanical and/or payment issues not infrequently. Tesla’s supercharger stations are also a magnet for criminals — got the feeling I was being cased once at the Austin supercharger. (“The future is already here—It's just not very evenly distributed”)
For people who have access to a regular, dedicated charging outlet at home, or at work, an EV could make perfectly good sense. Still love EVs, and I agree they’re the future — but they’re the future moreso than the present for many, oweing mainly to these infrastructural issues.