Pylontech Can Bus Protocol. GitHub martc55/Jbd2Solis Bridge between JBD BMS and a DIY Battery Here is what I get : 0x351 — 140272017201C201 : 53,2V, 37A, 37A. By connecting to the CAN bus this way, we ensure the first inverter is always
Pylontech US3000C from shop.frankensolar.ca
This will allow your JK BMS to communicate with any inverters that support Goodwe and Pylontech Low voltage batteries via CAN bus (Protocol compatible with Pylontech V1.3 and Goodwe V1.5) New: iBMS: interface for BMS(plug and play) info here 3.1 Protocol CAN: CAN-Bus-protocol-PYLON-low-voltage-V1.2-20180408 or above
Pylontech US3000C
Here is what I get : 0x351 — 140272017201C201 : 53,2V, 37A, 37A. Lees data van die PylonTech battery deur die seriepoort van rekenaar - PylonTechBattery/BMS Protocol _CAN_ _Can_20161103.pdf at master · Interster/PylonTechBattery The Pylontech battery stack outputs its CAN data once per second.
Midsummer Energy. The CAN bus connector on the Pylontech battery is an RJ45 connector - the same as used for networking However, the Infinisolar does not make use of CAN Comms so largely that will be useless for your project.
Introduction to CAN Bus Protocol. CAN stands for Controller Area. The Pylontech battery stack outputs its CAN data once per second. RS485: RS485-protocol-pylon-low-voltage-V3.1-20180408 or above