[1] https://geoserver.org/

[2] https://github.com/geoserver/geoserver/tree/main/src/extensi...

And yeah, configuring priority by plug is basically how my current system works. These ones turn off at 50%, these ones at 25% and this one goes all the way until the end. As long as there is a plan to do something along those lines, that fits the use case.

An important feature for me would be 3rd party replacement batteries. Ideally I want to be able to go up to Batteries+ / Interstate Battery / whatever local battery place and pick up a replacement. All my current UPSs are Lead Acid and I can just go up the street and get a new one. If its using something like a standard deep cycle marine battery that I can pull out and swap for a new one, then I would be interested. If its totally proprietary and I have to rely on you still making them in 5-10 years when I need a new one, then it is far less interesting.

And yeah, there are the 4 outlets on the main device. I was referring to the accessories on the Tech Specs page. I know they aren't out yet. Just expressing interest in more plugs. Something with 3 doesn't really do much for me. I have something like 8-10 plugs here at my desk. And a similar amount in the living room. One with 3 plugs on it only nets you 2 additional plugs. It would be a huge mess.

Does it have any power cleaning functionality? I have occasional issues with voltage drop and it and confuses some of my stuff. The input V is out of range and it cannot get it back up to 120V so it ends up just turning off to avoid passing through to the equipment.

And how about any automatic load shedding? I have some which will start turning off outlets based on percent battery left, to power the most important stuff longer.

You also mention moving past the basic lead acid UPS. I can't seem to find it anywhere, are you not using lead acid batteries? Or what are you using? Will I be able to buy a replacement battery up the street at the battery store like I can my current UPSs? Or will I be locked in to buying replacements from you?

Also looks like you have Smart Outlet Strips mentioned, which are only 3 outlets. Any plans for something more substantial? Like 12s? Most places I have UPSs there are many things plugged in and a single 12 would be preferable over multiple.

I also found this [1] chart from 2022 which has nuclear fuel costs around 0.6 ¢/kWh and fossil fuel costs around 3.2 ¢/kWh. So the 0.46 would be 1/7 rather than 6x.

[1] https://www.eia.gov/electricity/annual/html/epa_08_04.html

That is not really what the article is discussing though. They are talking about putting it down a drilled hole, and a mile is a very common depth for drilling. In a USGS publication summarizing deep wells in the US through 1998 [1], it talks about a dataset of more than 20,000 wells over 15,000ft (4,572 m), more than 1,000 wells over 20,000ft (6,096 m), and 52 over 25,000ft (7,620 m).

[1] https://pubs.usgs.gov/dds/dds-067/CHB.pdf

[1] https://en.wikipedia.org/wiki/Vogtle_Electric_Generating_Pla...

[2] https://en.wikipedia.org/wiki/Nukegate_scandal

I had not seen the Glove80 before, it does look pretty nice. Though I would prefer a bit smaller. I don't really use F keys, and use layers for things like arrow keys.

You also need materials to ensure that the well doesn't collapse on itself, and stuff like that as well. I would expect the hole itself should have an extremely long lifespan, but I don't really have much to back it up.

Its not for electric generation, but for Geo HVAC the ground loop itself has a 50 year warranty and quoted 150+ year lifespan. The house will probably be long gone before the loop would go bad.

While drilling is definitely a big chunk, all of it is so much more expensive than traditional air heat pumps that even without drilling it would still be at least 50% more expensive. Double without US Federal incentives.