Cloning the https://codeberg.org/FBRC/RFB-dev-kit repository, opening the assembly in FreeCAD, fixing part of it, then pushing the changes with VSCodium. As part of the Flow Battery Research Collective project at https://fbrc.dev
0:00 Cloning repository
3:29 Opening assembly file
4:09 Fixing the cell assembly
20:20 Pushing changes to repository
@kirk said in How should we control the centrifugal pumps? TRIAC/thyristor etc? Need help from controls/electrical people:
It seems to work! At least enough for testing purposes. Here is a video: https://spectra.video/w/8xipM8aXnBkDXnu4kkRpqT
Here is the code for this test: https://codeberg.org/FBRC/RFB-test-cell/src/commit/d10834bc7dd67736e708c9a33832a5602ab3ca28/firmware/FlowrateRampTest.ino
Stephen Hawes of Opulo has compiled some of their tools here:
https://midscale.io/docs
The AutoBOM one seems to be based on those workflows above and looks pretty interesting
@H4K1 no need to build the flow battery and test chemistry to help the project out! You can also build and test just with water, especially the larger cell we'll build. But if you can do CI/CD and firmware now then that's great! You'd be the only one on the project now with those capabilities, so a huge bonus. It will help make a framework that we'll benefit from as the project advances and hopefully save us some time as we improve and develop, so we can focus on what we're all best at and enjoy!
@kirk I hadn't spotted this years update to @tserong system - Thanks for the pointer! Bummer about redflow going under. We've gone for the riskier lump of lithium strapped to the outside of the house (Just as well Snug never has bushfi...oh). Can confirm that the #tasnetworks cablepi objects when we're off-grid. Reminds me I need to chase installer as our grid-tied inverter (on the essential load side) rightly objects to the 55.1Hz Sonnen runs at when in island mode - Want to decrease this.
