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The ultimate power display

i'm loving how this makes you fuck with batch readers instead of hardcoding the batch reads into the program itself (less lines of code, no fucking with device pins, eventually dropping a shit ton of logic chips actually does dig into the power budget).

this is helpful if you want to see what kind of mad hacks happen when you skip outta class halfway through.

The code that you have in the picture is not visible, the quality is bullshit there

Redo it, or at least throw the text in the comments and in the description

This works great, I've modified the wiring a bit to allow displays in multiple areas and eliminate the cable analyzer. Figured I'd share.

One batch reader input is connected to my solar power/data mains, output to the main power line from batteries to base.

TYPE - Solar Panel, VAR - Charge, MTHD - Sum.

Other batch reader input and output is connected to battery output and data.

TYPE - Stationary Battery, VAR - Charge, MTHD - Sum.

https://steamcommunity.com/sharedfiles/filedetails/?id=2088764589

Then in various places around a base I wire an IC housing and 3 LED displays onto the main power feed/data from the batteries and batch readers, insert your IC with this program and set as:
D0 - Battery batch reader, D1 - Panel batch reader, D2 - Stationary Battery (any one of them)
D3 - Battery percentage display, D4 - Production display, D5 - Usage display

https://steamcommunity.com/sharedfiles/filedetails/?id=2088764314

Thank you!

your screws are all aliased to things that do not help with configuration Which device goes to which screw?

@LTL King You do if you want to separate out total generation and total consumption instead of only getting net change in stored power.

You don't need the cable analyzer. You can access the info straight off the battery.