MudMan

Yeah, that number went up pretty fast during the 2010s and 20s. Honestly, I think at this point it’s a cost/manufacturing reliability thing. There aren’t that many panel manufacturers, and these days a 65 inch OLED can be found for like a grand and a LED one for half of that. That’s sort of been “what a TV costs” for most of this century, so cheaper panels at scale in that price range probably means people go for the bigger one they can get in that price range unless they have some hard space limitations.

Well, cool, then. It’s a genuine struggle to find a 32 inch TV of any decent quality these days.

But by far the most popular TV size today is 65 inch, which as far as I know isn’t available as a PC monitor at all, and even 32/40 inch PC monitors with a similar feature set can be as expensive or significantly more expensive than an equivalent-sized TV. That’s probably partially due to the focus on speed and responsiveness and partially due to the whole… you know, monetizing your data and selling ads thing.

The difference is the LG TV has a computer already in it. Otherwise the panels are pretty similar.

But some types (and especially sizes) of panels are hard to find in “dumb” PC monitors and vice versa. You can (maybe) find a 42 inch TV, but I’m not aware of a 65 inch display without TV features, let alone any larger sizes.

This is not it. Not only is there a microinverter and a breaker there to address that issue, but my understanding as a layman is the load in the circuit is down to how much you’re drawing (i.e. if you’re generating 1200 behind the microinverter and pulling 1500 you’re pulling 1500 through the circuit, not 2700).

The bigger fire hazard here is the battery many of these come with for storage, honestly.

That’s not to say there isn’t a bit of a risk. You need to be careful if you need to do something in the installation that you disable both the grid breaker and the microinverter. Otherwise it’s entirely possible for the grid safety to blow and the inverter to keep pumping power into your house. But as the previous poster says, there’s a reason these are legal to install in apartments all over Europe, and it’s not just European grids being set for higher amps. FWIW, most of these kits come with 800W max out. My understanding is they’re perfectly fine to use as a cost mitigation and they’ll keep your fridge going in a blackout but no, they won’t be constantly tripping your fuse.

I mean… good luck finding a 65 inch PC monitor.

That does seem like a bit of a downside.