>>81927256Most people have an outlet in their house that is able to deliver 240 V to the car - so it can charge overnight. This implies they have a garage or an outlet capable of doing that. 240 V outlets are common (in the US) at least for certain outlets that require them. Usually they are in garages or stuff like a laundry room for a heavy appliance (e.g. dryer, or in a garage - something like a welder). This implies that the person at least has a garage/house/etc. Given the unaffordability of housing in certain areas, this is expecting a lot. The areas where housing is expensive at least likely have the other infrastructure developed.
Lot's of places are increasingly adding charging stations to work and or parking lots. The wear of superchargers isn't known fully - but it will degrade it faster than a regular battery charge. it isn't widely known since EVs haven't been around that long. The closest equivalent would be comparing your phone without the battery care settings to one with that enabled.
it would be nice if the US would embrace a modular battery swap station which they have in China and some other countries. That won't fly here though. a) You cannot trust other people to maintain or take care of their shit (especially given certain populations in the US) b) People view the batteries as personal property and wouldn't want them as a shared commodity. c) People would be against that centralization of control, d) insurance requirements and liability would go ape shit over shared commodities such as that. There's barely the charging infrastructure in rural areas as is now, and we cannot really start mixing and matching the charging station types like this that much. A hybrid design where you could manually access some of the cells to swap them out would be nice for those that don't have the garage/direct access to charging - so they could at least trickle charge them in their own house. It would be like keeping tons of gas tanks in your home.