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Glad i found this post. This is along the lines of what i was thinking. Doing the current hack. Running hch2 dc-dc converter. Then a microcontroller/ can device to replace and fake the can data and do cell tap voltages based on pack voltage ÷40. Hopefully my higher voltage lto pack could be put in. Then prety much try to scale the voltage. So that 186vdc would equal 144vdc to the mcm and to the microcontroller/can module (canbed board with on board arduino) .
Hopefully this would allow me to keep most of my stock lithium components and rid of the troublesome lithium bms boards.
The other thought of option is if the lto bms boards can output could keep the lithium crz mcm happy. Then just monitor the pack with obd2c&c.
Pair all of this with the man in the middle device would be everything im after.
Hopefully this would allow me to keep most of my stock lithium components and rid of the troublesome lithium bms boards.
The other thought of option is if the lto bms boards can output could keep the lithium crz mcm happy. Then just monitor the pack with obd2c&c.
Pair all of this with the man in the middle device would be everything im after.