bergenk Asi224mc and allsky lens either with Asi studio or asiair pro as a timelapse.
Yes, it should be do-able (using autorun with a fixed delay time for your time lapse).
Currently, my all sky camera consists of an ASI178MC with a "raspberry Pi" wide angle lens, connected to a first generation ASIAIR that is no longer used seriously.
A single 12V cable goes to the unit, and the data comes back through WiFi. Be mindful of the WiFi range if your ASIAIR is in a metal case.
All in all, it is alike to what you are envisioning.
You may be able to supply with a sufficiently large solar panel/battery and be completely unwired from your house.
The lens I use is this one, which does not cover the whole sky; but I have tall trees all around, and it is good enough for that. Be sure to find a lens with good resolution (the ones that came free with the ZWO cameras are quite poor.)
https://www.amazon.com/gp/product/B08GLYR572
In your case, the sensor is smaller than what I used, so you would need a wider lens, especially if you want horizon-to-horizon coverage. It may be a bit more difficult to find a good lens.
Here are some photos I took during construction:
I have started to put together a more serious all sky camera using a no-longer-in-use ASI071MC and a Samyang 12mm/2.8 lens (Canon EF mount). Probably with a second generation ASIAIR outside its metal enclosure, or INDIGO Sky running on a Raspberry Pi 4; I have not pinned that down yet.
You want to choose a moderately bright lens, since you will start to see star trailing with an exposure of over 10 seconds (and noise starts to build up with the non-cooled cameras). I have not found any problem with sensor burning out during the daytime with the Sun crossing the path (using exposures of 1ms or less).
Pay some attention to moisture collecting on the acrylic dome, too. You may in fact want to install some heaters inside the enclosure. I learned it the hard way :-).
Have fun and good luck!
Chen
