The battery builders club

Fsr they want to make the path longer and therefore higher resistance? Taking the “electricity is like water” analogy too far?

On a different note, builders that have a 3d printer with a heated print bed - you can use it to help flatten shrink on the ends super nice by preheating the bed to 95-105c depending on your shrink and setting the to be flattened pack on it. Let the whole pack come up to temp then apply the shrink - works automatically

exact process to succeed read first! 😘👌

This is a troll do not do this

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The duct tape wrapped copper sheets running from the battery to the controller horrify me.

Build: 20S3P, P50b, 50A discharge
Materials: Mboard 6P precut nickel, 0.03 fiber board separators, ABS 3D printed spacers
Application: Backpack battery for trail riding





Built in four 5S3P modules. I doubled up on the nickel strips where the modules meet to avoid a bottleneck.


Balance wires with paper and kapton tape.

Four RTD’s. My BMS uses 2 so I have a couple spares.

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