I had a 70 mile range EV, without fast charging, for about 3 years. I could commute with it daily using a standard 120 volt outlet in the US (Europe has a real advantage there) I eventually did install an EVSE though.
I could reach the closest cities one way, which at the time was pretty much every regular destination I would normally use. If I was staying the day I would just plug in at the destination home. If not I would use one of the public chargers either before my engagement or after. Usually around 2 hours of charging time. For a while there I was commuting about 40 miles one way, and basically I would drive to work, take it to a parking garage with free charging during lunch, and then drive it home. (Using public transport to get to and from the car, which was extremely convenient that it worked out that way)
Now throughout that, I also kept a gasoline car, but I don't believe I actually ever had the occasion to take it on a long trip. 1.5 years of that was in the middle of the pandemic, so your results may vary. As that car aged, the range on the highway started getting worse, maybe 60 miles at 70mph.
I replaced it with a 250 mile range car, with fast charging (non-Tesla, though now Tesla supercharger capable) Despite the lack of charging infrastructure I can still drive cross country relatively easily. And that has only gotten easier. Stop for 25 minute for every 3+ hours of driving. Electricity cost on the go is roughly the same price as gasoline.
As to planning, it is only the time you have to plan for. The navigation units in EVs basically tell you where you need to go charge to get to your destination as quickly as possible.
My advice: They are truly economical if you can charge at home. If you can't then you basically lose all fuel cost savings. Still nicer for the environment.
For home charging, take a look at your electrical panel. You will need at least a 50 amp breaker installed for a 7.2kW charger (40 amps, about 25 miles per hour of charge), on the higher end is 60 amps for 48 Amp (9.6kW), and for the big ones 100 Amps for 80A (14.4 kW). Depending on the vehicle that means you should be able to go from near zero to 100% overnight.
If you are looking at an EV today, look for a car with an 800V system, that will cut your fast charging time to 15-18 minutes on passenger cars. 400V cars still take around 25-30 minutes depending on the total capacity. The larger the vehicle, the bigger the battery will be and the longer it will take to charge. Vehicles like GMs trucks and the Hummer have dual 400V packs, so they'll charge at 800V.
Make sure the EV has a heat pump. You do not want resistive heating in an EV, it kills the range by as much as 25%. Heat pump will maybe use up 10% on the high side, but more regularly like 5%. You can save a lot of range by preheating or precooling the car before any trip.
And yes, having instant acceleration is fun.
I should add that any car you look at for range Lop 20% off of that for any normal use. You don't charge to 100% unless absolutely necessary, and of course you never actually go to zero unless you have stranded yourself. So on my 250 mile range car, I usually only charge to 80% which gives me about 200 miles average, with worst case of about 170 miles in the winter.