Interesting idea - having worked in the back office of a solar construction company for a number of years I can see a few challenges.
Install labor is relatively cheap but more importantly flexible - relative to the cost of the project install is low double digits %. If a job isn't running smoothly you cut your temps and move your main crew over to another site or send them home if they're local. I would wonder how this work fit in with an automated build/install solution.
Unless you have control at the GC level you're going to be start/stop with electricians cutting trenches in front of you, missing materials (tariffs/port strikes), permitting delays, etc, and you'll have expensive idling equipment that's tough to move.
I get that this is the problem you're trying to solve - but I'd definitely suggest going to enough bread and butter 2-10MW sites where this sort of thing is more common. Also keep in mind Central CA in summer is not Massachusetts in November, weather makes all this 10x worse.
Install labor is relatively cheap but more importantly flexible - relative to the cost of the project install is low double digits %. If a job isn't running smoothly you cut your temps and move your main crew over to another site or send them home if they're local. I would wonder how this work fit in with an automated build/install solution.
Unless you have control at the GC level you're going to be start/stop with electricians cutting trenches in front of you, missing materials (tariffs/port strikes), permitting delays, etc, and you'll have expensive idling equipment that's tough to move.
I get that this is the problem you're trying to solve - but I'd definitely suggest going to enough bread and butter 2-10MW sites where this sort of thing is more common. Also keep in mind Central CA in summer is not Massachusetts in November, weather makes all this 10x worse.