Crappy footage of a Meteorite and explosion last night, now I need FOVs for the sky...

Assuming you already know that's not a very good camera at night with movement, then you'd power it with a 802.3af/at POE injector and the Ubiquiti with the 24VDC passive POE injector.
You'd connect the LAN ports of the 2 injectors with an Ethernet cable.
Assign a unique static IP for both radios and the IP camera, all in the same subnet.

EDIT: You could also power the Reolink RLC-510A cam with 12VDC, to address your introduction of the solar panel scheme.

So, the Ubiquity requires 24vdc but the Reolink 12vdc - so, either two separate power sources or else use a dc-dc converter for the second voltage?
 
Wow, that's an impressive view.

So, if burn-in is a problem, what camera would you recommend, instead?

Also, what about an affordable camera for sky/weather gazing?

Is there an affordable alternative to the 4k/t you used - or should I just expect some burn-in and deal with it?

What about potential fogging of the lens, or moisture problems, it may need to be tilted up a little for sky & weather watching?
 
So, the Ubiquity requires 24vdc but the Reolink 12vdc - so, either two separate power sources or else use a dc-dc converter for the second voltage?
Yes.
Or if your solar scheme uses 2 each 12VDC batteries in series for 24VDC, tap off one in the middle of the series to get 12VDC.
 
The problem is probably electronic shutter as the sensor is never really shaded. Pity they don't make a camera with a mechanical shutter or ND filters but then again just another point of failure.
 
What about this relabeled (Grade B Dahua) one for watching clouds, planes, satellite trains (e.g. Starlink), and weather?
The 6mm lens model with the leds disabled?
Min. Illumination :
0.0007 lux @ F1.6 (Color, 30IRE)
0.0004 lux @ F1.6 (B/W, 30IRE)

I'm reading, elsewhere, that 30IRE is good (50 is better) for low light performance @ 0.0007 and 0.0004 lux.
 
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