This hardware is fascinating - I've seen other examples of these farms Deployed in Ukraine but does anyone have more info on how these "servers" are orchestrated?
It's actually just wild - my last apt in Manhattan was built in 2018 and had a gas range. The "exhaust fan" just vented back into the kitchen and the only "exhaust" per se was a vent in the bathroom that "sucked" all the way to the roof with negative pressure.
If I ran my stove for more than 15 min my carbon monoxide / fire alarm would go off.
I've found just opening a window does the most to make a difference - in most European / US homes (even with propane / gas service) the "exhaust" just blows into the same room or a cabinet!
That said, I personally use the Breathe Airmonitor Plus [1] - I kept having issues with calibration with the temtop unit. Mostly decided on this one since it uses an NDIR sensor similar to my Aranet which I carry with me all the time.
I'm a huge fan of OpenRouter and their interface for solid LLM's but I recently jumped into fine tuning / modifying my own vision models for FPV drone detection (just for fun) and my daily workstation and it's 2080 just wasn't good enough.
Even in 2025 it's cool how solid a setup dual 3090's still are. nvlink is an absolute must but it's incredibly powerful. I'm able to run the latest Mistral thinking models and relatively powerful yolo based VLM's like the ones RoboFlow is based on.
Curious if anyone else is still using 3090's or has feedback for scaling up to 4-6 3090s.
What's interesting is solar in cold environments on sunny days can actually OVER produce.
I've had a few friends run into this issue with systems almost frying inverters because they didn't allow enough headroom for open circuit voltage coming from the panels.