Since you seem committed to this and not very sure of what to do, Very carefully cut the connections from the board to the cells. Outside in an open fire friendly space. Small snips, they can’t touch anything else.
Wear a glove and eye protection.
nobody needs danger whana!
yeh i did put flux on both wires, i think the main issue was not enough heat as the solder didn’t flow into both wires, new iron on the way and more practice
Solder is your thermal conductor to get heat from the iron onto the wire. Get a pool on the 12g and heat that.
Solder will draw towards heat, so ideally, get a little started on top around the 16g intersect and pre heat the 12g, let some draw into the 12g. Then a small amount of solder on the opposite side of the 12g, the back, and heat there. You can watch the solder on top pull down into the 12g.
What config are you planning on running? I’m really hoping these are useful in 1P w/o horrendous sag… but you could probably fit 2P if you’re creative and want to go more than 4-5mi while pumpin’ juice.
Yes it’s the same one on thinkiverse. The positive shields could be printed. I ordered some standoff but it will not be here for another week so I decided to print some. Printing the standoff with PETG with no fan turned out to be pretty good.
yes… it took days… but I read almost all of this thread… and I like it… but may I add an adjunct to this thread that lists respected sources for obtaining materials for battery building?
I’m willing to add a wiki or monitor a thread for USA based builders of batteries if youze guys will help get it started,
They sag about 2.5v at 150A, they need a second parallel to distribute current :(, good for go-carts and utility vehicles but too large for esk8 methinks.