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I connected the power lines so certain sections of the factory can be cut off by removing a single cable in case I am over-drawing.
I have fluid buffers above my coal generators using gravity so I can continue to feed the generators even if the pumps have been off for a few minutes.
I have a few bio-burners on standby in case I have to prime my water pumps from a dead stall.
I have a personal chest full of coal near the generators in case I gotta manually feed them.
I now have 3 separate coal power plants all hooked into the same grid which act as redundant backups to each other.
The irony of this is I had to rely on my backups twice now. Each time was due to me improving or retrofitting parts of my power setup. The worst one I had to rely on my fluid buffer feeding my plant using gravity when I was re-doing pipes but ran out of copper sheets part-way in. By the time I finally got back from my copper production area the buffer ran out (so now I have 3 buffers on same power plant). I disconnected the rest of the factory, kicked on bio-burners, re-primed the water extractors and in a minute the pipes filled up and got it rolling again. All of this was because I made a noob mistake and didn't have the right amount of Mk1 pipes to feed my power plant at 100% capacity. It worked at first only because the generators were not running full-tilt.
It’s somewhat hard to know exactly how much power your factory will draw at peak. At any given time much of it’s going to be idle - at least, that’s my experience. Unless you’re Sinking absolutely all of your overflow, that is.
I do try and keep an eye on it, and when the current draw gets to about 75% of capacity I build more power plants.
It would be nice to be able to implement some form of selective tripping of circuit breakers. If power consumption spikes above capacity, possibly because my burners just emptied or I carelessly put a new production facility online, I would prefer to have my assemblers trip off to keep buildings necessary to power production running, like coal mines and water extractors servicing coal plants. However, if you design and build your power plants to maintain a healthy margin between capacity and consumption, this will always be a moot point.
a circuit breaker is one thing - another would be some, how would I call it, flow control.
Imagine you have a refinery factory set up at an oil well. part of this factory are a bunch of coal generators burning petroleum coke. you may want to make these burners burn a constant flow of PetCoke to get rid of your residue constantly.
sure, you could insert an smart splitter and direct the overflow of Petcoke into a sink...
but I think it somehow would be nice to connect this refinery to the main circuit but let it only drain power when the demand exceeds the production of the burners...
just to throw the idea in for discussion.