With regard to the BEV vs. PHEV, I'll start by saying to each their own. But I'd like to add a couple of points about convenience of refueling, oft mentioned complexity (repairs) and cost difference.
I do a road trip each year from Oregon to Tucson and split the journey into two 10 hour days of driving. There's a lack of super-chargers on that route. Tesla's planner will send you to 'destination' level 2 chargers. Alternately you can radically increase miles driven and decrease pleasure by taking interstates and going through major cities. The rural western states are just a completely different thing than all of the east coast. Anyway, 10 hours a day is plenty and having quick stops for refuel make this road trip do-able.
In terms of complexity of PHEV which is often cited as an issue, I've seen no data indicating PHEV's require more repairs than BEV. Most of us plug in nightly and drive 80%+ electric, so our gas engine gets little use. We definitely don't need break pads (ever) because we use regen. There have been some Clarity specific issues which have been dealt with through warranty extension or recall. I'd count those for folks who do have to pay out of pocket, but that's not usually the case.
I know several PHEV owners, and none of them have any more repairs than a "normal" car. My Honda Clarity was the same price as a new Honda Civic when I bought it. I paid $24,700 (after rebates which I did receive). Many articles mention spending $50K or more for a new car. Who are these "normal" people that drop 50K on a car? No one in my extended family. We almost always buy used cars because that's what we can afford. Any BEV with similar cabin room to Clarity is likely to be expensive, and not less than $25K. And yes, 2026 is not 2018 (when I purchased) and the rebates are gone, but I don't magically have more money now. The point is the purchase price really matters.
One last edit, the range of Clarity happens to work well for me. I charge at home at about 12cents/Kwh and my full normal commute daily is 20 miles.