v2.7.0

BMS_Main_X2_v2.7.0.srec 

Features

• new algorithm in the Charging/Discharging controller that allow to control the Charging/Discharging contactor independently from the Charging and Discharging signals (see the "Control - Charge/Discharge" section). The new "Independent" algorithm is preferred in the battery systems with one contactor
• new "Need acknowledge" warning signal that is set when a new record is created in the errors journal. The signal can be cleared in the "Service - Errors journal" section
• new Max-Min algorithm for calculating the final battery SOC in the "Control - Calculation" section
• improved control of the precharging contactor, which can precharge capacitive load using multiple attempts and detect high power dissipated in the precharge resistor (see the "Control - Precharge" section)
• ability to exclude errors from being saved in the error journal (see the "Service - Errors journal" section)
• ability to restart the device according to a specified schedule at the moment when the battery system is preparing to charge
• new error "High contactor temperature" that can be used to open the specified contactor to prevent it from overheating (see the "Protections - High contactor temperature" section)
• new internal signal "Coolant pump" that can be assigned to a relay or discrete output (for signal settings, see the "Control - Coolant pump" section)
• new flags indicating the readiness of battery modules to join for charging and discharging (see the "Modules" section)
• new flag to set the "Voltage unbalance" errors for battery modules that are not ready to charge or discharge (see the "Protections - Voltage unbalance (in any state)" section)
• initial support for Pylontech inverters
• extension of the CANopen dictionary to provide additional information for the BMS Display (device serial number, battery serial number, battery address, Wi-Fi and LAN addresses, SOH, capacity, etc.)

Improvements

• ability to finish device initialization even if the number of battery modules found is less than the number of modules enabled (see the "Control - Modules" section)
• placing the device input signals to the "Battery" section and adding raw discrete inputs to the "Signals" section

Fixes

• resolving the issue of ignoring the minimum number of battery modules allowed to join located in the "Control - Discharge" section
• resolving the issue of joining battery modules the number of which must be greater than or equal to the minimum value specified in the settings
• small internal fixes

v2.6.3

BMS_Main_X2_v2.6.3.srec 

Improvements

• adaptation of the device to the production test bench

v2.6.2

BMS_Main_X2_v2.6.2.srec 

Fixes

• resolving the problem of saving device parameters

v2.6.1

BMS_Main_X2_v2.6.1.srec 

Fixes

• resolving the issue of preparing battery module states written to Modbus registers
• resolving the problem of writing the device's working time to a non-volatile memory very often
• resolving the problem of returning error states when saving device parameters (mainly via Wi-Fi)

v2.6.0

BMS_Main_X2_v2.6.0.srec 

Features

• new parameter to set the minimum number of battery modules allowed to join (see the "Control - Charge" and "Control - Discharge" sections)
• ability to rejoin battery modules if their voltage is close to the battery voltage (see the "Control - Charge" and "Control - Discharge" sections)
• selection of errors that cause reset of contactor control signals (see the "Control - Main contactor", "Control - Charge", "Control - Discharge", "Control - Heater", "Control - Cooler" sections)
• new internal signal "General error (modules)" which is the logical sum of the "General error" signals from the battery modules
• new assignments "Charging", "Precharging", "Discharging", "Charging/Discharging", "Main contactor", "Critical error" and "General error (modules)" for the discrete outputs (see the "Signals - Output discrete signals - Assignments" section)
• new assignments "Critical error" and "General error (modules)" for the relays (see the  "Signals - Relays - Assignments" section)

Improvements

• rearrangements in the settings sections, which are made to simplify the setup process

Fixes

• resolving the problem of device hanging due to high activity on the CAN bus during startup