Research the developments for batteries for the next few years. Sizes are one issue. Shape may become an issue. Maybe to charge used Tesla cells. Who knows; but trying to avoid obsolesce would be a good thing.
Chemistry should also be researched. Leaving space in the controller chip to deal with future devices would be a good idea. Getting it all ready to sell and having a new battery technology show up would be disappointing.
Vote for not having to pry batteries out of short trays or clamps and because the inter-battery spacing is two narrow. And fan air should have have an easy path between cells. I don’t have a cell phone, but using one for control and logging could effectively reduce the costs because everyone else has a phone. Put in an app and you can reconfigure the charger.
Power from an external source with a plug and cable. Said power can commonly be found growing in you closet or under something.
Please could you make my life a little easier and (before you post your interest) can you check the BLF INTEREST LIST file (also linked to in post #1) if you are on the list already? Thank you!
I have finally decided on the design, and will start building the basic blocs for it. Should be ready after the final exams, so I can finally show it to the world, with a better UI and modified specifications.
Please could you make my life a little easier and (before you post your interest) can you check the BLF INTEREST LIST file (also linked to in post #1) if you are on the list already? Thank you!