iBMS: Interface for BMS Your browser does not support our video. For use with Multiple iBMSiBMS used for CAN battery allows different pre-assembled batteries eg Gobel Power, Jakiper, SeplosV2 and V3, Pylon batteries or any BMS/Battery that has Pylon CAN output to be monitored and connected with DIY batteries using iBMS board, allowing combined data and alarms from each BMS to be sent to one Inverter/Victron system. Can be mixed and matched with other iBMS Multi boards, eg JK-BMS or JBD/Overkill BMS DIY batteries, creating a mix and match with your DIY batteries. Note: Each Master CAN battery requires its own iBMS CAN Battery board.It is not possible to parallel batteries with different number of cells and/or different battery chemistry. eg if you have Pylon batteries which are 15s you would be best to match that with a DIY battery( eg JK-BMS/JBD/Seplos) using 15s only. iBMS has its own charging logic, that you can control, and not rely on the sometimes questionable charging logic of the battery BMS. e.g. turn off charge once battery is full or lower the charge voltage once full (float mode) Allows monitoring of CAN batteries via Web interface and Home Assistant Two seperate CAN Controllers, CAN1/2 for connection to inverters/salves CAN3 for connection to Pylon protocol CAN battery. Can be used standalone to monitor battery or with addition boards(slaves) to combine data from multiple batteries for one inverter/Victron system. Can be mixed and matched with my other boards as a slave, eg JK-BMS DIY batteries. Supports Most Inverters with CAN communications, profiles for: BYD, Deye, Generic, Goodwe, Pylon, Victron, LIA (beta) Optional support for Victron Smart Shunt for more accurate SOC, you need to also order the Smart Shunt Connection kit New iBMS firmware completely written in esp-idf using 100% my own code, no more esp-home. New companion Home Assistant integration(custom component must be installed) Web page designed for mobile phone size screens The one board can be used with a standalone battery or used in a multi BMS setup, software configurable as a Master or Slave(1-9). One board needed per BMS DIP switches to enable CAN termination. Improved CAN bus driver chip TVS Transient voltage suppression, to protect the CAN driver chip. On board buck converter with resettable fuse, can be powered direct from battery 12-60v Professionally manufactured and burn in testing. Lead free construction, greener and low environmental impact! Hardware connectors:1 x RJ45 CAN for connection to CAN BMS (beside CAN1/2 port)2 x RJ45 CAN for connection to Inverter/slavesWhat's included:1 x iBMS interface board1 x 2 pin power 30cm cable for powering the board1 x Digital download of instructions and our Home Assistant integration
