Hi 👋
thank you for your guides and help.
I'm right now on my SNSC 2.3 project and got one of the big batteries, 28700 mAh / 1033 Wh / 36 V.
Im trying to find a solution to make it work.
I do not feel well with the idea of bypassing the battery hence there is no charging protection anymore and I'm scared that one day my flat will burn down or my scooter goes boom 💥 😂
I got a few questions, I did not understand everything so far.
for the Big Batteries you can physically bypass them or via software, software sucks because charging isn’t protected via this way, this can result in cells being overloaded and others deep discharged, so basically a recipe for disaster.
What software is mentioned here? Isn't charging unprotected either way ?
Just cut the output + and solder it to the bms input +, but important, dont cut or bms wont work obviously.
I am confused - first you say cut the output and next you say, don't cut. So what exactly should I do ? 🤣
I basically understand this like there is a way to bypass battery for discharging / driving and still keep BMS for charging later? So how does this work or what did you mean ?
My next question is, wouldn't it be possible to replace the BMS with another one?
I found a custom BMS, which can communicate with the controller and supports custom batteries up to 15s configuration. It is called Happy BMS,
https://e-scooters.embedden.com/shop/sm ... t-max-g30/
Do you think it is possible to replace the original BMS with this one and the battery is usable in a Max G30 as well in a flashed SNSC 2.3?
I know, it costs some extra money, but it would be worth to me if I could therefore use the battery in a safe way and with all it's features, hence this BMS is able to communicate with the G30 controller / ESC - which also includes a flashed SNSC controller, I guess, right?
Appreciate your help, many Thanks