Automating of single use batteries would make sense, but idea if possible code wise. Will try for next GT update.
I guess until then if i still want to use single use batteries i'll have to spam battery buffers everywhere, but that will create a lot of loss because of the cables to have them in parallel.
At first i just wanted to be able to refill the batteries in the machines, i imagine item pipes pushing batteries where they needed to be, if that didn't work i imagined that golems would at the very least...
Now i just want to be able to use batteries as a buffer.. its even in the name: battery buffer, but with only 192kV capacity (16x 12kV in small acid batteries) i'll have to refill the buffer every 5 minutes if it has to feed a machine of 32V/t.
So 5 minutes per buffer.. for an hour i will need 12 buffers, about 0,25-0,5V loss per buffer is 3-6V loss per 32V/t at best probably, this is a very bad buffer lol, not to mention how expensive it can be if caught unprepared (no automation of sulfur processing and no recycling)
I can see myself now building these towers/blocks of buffers in parallel and i build enough of them so i dont have to replace them every hour.. maybe they will last together for like 10 hours, then i spend 10 minutes refilling them all which is 12seconds each.. wait that is kinda slow, 1s per buffer refill would be 2 minutes to refill them all (because of 120 buffers).
This means if i'm there at the right moment to refill them they will have an uptime of 99,67%
(At worst probably 3 seconds per buffer, which is 6 minutes total with an uptime of 99% instaid)
The biggest problem though is loss if i'm going to spam them in parallel, just an interesting idea. Is it really imposible to do anything with battery buffers automatically? just emptying but no refilling? or just refill, no emptying? why so manual?
It might be doable, maybe my idea of buffers is wrong, am i supposed to spam them?
120 buffers per 32V/t... seems pretty damn crazy to me though.
These buffers would be 64 times greater if single use batteries could be stacked and used in the buffers, i don't see why you can't drain 1V from each battery if they have the same amount? i.e: A basic battery buffer with 16 slots for 16 stacks of filled "small acid battery" they all drain at the same rate and i know for a fact that they can stack if they have the same voltage (even if partially drained). This should work xD
This would make single use batteries awesome in buffers
But i've barely touched batteries so i dunno.
The reason i'm doing all of this is because my damned iron tank steam buffer gets full or empty all the time so i have to micromanage the high pressure coil burners, all the time.
I want them to run at a steady rate while i use more compact form of energy than steam, like sulfuric acid: 1000L sulfuric acid from 36363L steam, sulfuric acid is 36 times more compact and i already filled my 10 million liter with sulfuric acid which scares me when i think i would have to build 36 more of those huge steel tanks if i wanted to buffer my steam this way. Steam buffer is very space and resource expensive :S I'm not doing this because i want a lossless network or anything like that.