Co potrzebujemy ? Oczywi\u015bcie znany ju\u017c Nam zestaw czyli esp32 z RS485 ( ca\u0142o\u015b\u0107 by\u0142a ju\u017c omawiana na blogu, ale mo\u017ce warto to przypomnie\u0107). Poni\u017cej schemat po\u0142\u0105czenia:<\/p>\n\n\n\n Dodajemy nasze nowe urz\u0105dzenie do ESPHOME i wgrywamy poni\u017cszy kod:<\/p>\n\n\n\n 2. ESP32 + RS485<\/p>\n\n\n\n Mamy ju\u017c dzia\u0142aj\u0105ce urz\u0105dzenie w ESPHOME:<\/p>\n\n\n\n Przechodzimy do Ustawienia => Urz\u0105dzenia oraz us\u0142ugi => Klikamy w ESPHOME => wybieramy Seplos , zobaczymy wszystkie interesuj\u0105ce nas encje: <\/p>\n\n\n\n <\/p>\n\n\n\n Je\u017celi wszystkie odczyty s\u0105 poprawne, mo\u017cemy przyst\u0105pi\u0107 do wizualizacji naszej baterii.<\/p>\n\n\n\n Udajemy si\u0119 do naszego dashboard, wybieramy dodaj kart\u0119 (w prawym dolnym rogu), nast\u0119pnie wybieramy Edytor konfiguracji YAML: <\/p>\n\n\n\n I wklejamy poni\u017cszy kod: <\/p>\n\n\n\n Je\u017celi wszystkie kroki wykonali\u015bmy prawid\u0142owo, na karcie zobaczymy nast\u0119puj\u0105cy widok: <\/p>\n\n\n\n Je\u015bli ten wpis na blogu okaza\u0142 si\u0119 dla Ciebie warto\u015bciowy i inspiruj\u0105cy, by\u0142oby mi niezmiernie mi\u0142o, gdyby\u015b m\u00f3g\u0142 postawi\u0107 mi kaw\u0119 za podzi\u0119kowanie. Tw\u00f3j gest b\u0119dzie dla mnie mi\u0142ym wsparciem, kt\u00f3re dodatkowo zainspiruje mnie do dalszego dzielenia si\u0119 wiedz\u0105 i do\u015bwiadczeniem. Dzi\u0119kuj\u0119 za docenienie mojej pracy!\ud83c\udf1f\u2615\ufe0f<\/p>\n","protected":false},"excerpt":{"rendered":" Jako, \u017ce sta\u0142em si\u0119 posiadaczem nowego BMS postanowi\u0142em zintegrowa\u0107 go nie tylko z Deye ale te\u017c z HA. Co nam to daje? Mamy podgl\u0105d online na to co dzieje si\u0119 aktualnie na baterii z dok\u0142adno\u015bci\u0105 do poszczeg\u00f3lnych ogniw. Wi\u0119kszo\u015b\u0107 wiadomo\u015bci w wpisie pochodzi z bardzo ciekawego repo na githubie – syssi. Co potrzebujemy ? Oczywi\u015bcie znany ju\u017c Nam zestaw czyli esp32 z RS485 ( ca\u0142o\u015b\u0107 by\u0142a ju\u017c omawiana na blogu, ale mo\u017ce warto to<\/p>\n![\"\"](\"https:\/\/hybrydaplus.pl\/wp-content\/uploads\/2023\/10\/rs48512V3f-1024x1005.jpg\")
<\/figure>\n\n\n\n\n
substitutions:\n name: seplos-bms\n device_description: \"Monitor a Seplos BMS via RS485\"\n external_components_source: github:\/\/syssi\/esphome-seplos-bms@main\n tx_pin: GPIO22\n rx_pin: GPIO21\n\nesphome:\n name: ${name}\n comment: ${device_description}\n project:\n name: \"syssi.esphome-seplos-bms\"\n version: 1.1.0\n\nesp32:\n board: wemos_d1_mini32\n\nexternal_components:\n - source: ${external_components_source}\n refresh: 0s\n\nwifi:\n ssid: TWOJA NAZWA SIECI WIFI\n password: TWOJE HAS\u0141O WIFI \n\n\nota:\n platform: esphome\n password: \"TWOJE OTA\"\n\nlogger:\n level: DEBUG\n\napi:\n encryption:\n key: \"TWOJE API\"\n\nweb_server:\n port: 80\n\noutput:\n - platform: gpio\n id: ENABLE_PIN # Enable the chip\n pin:\n number: GPIO19\n inverted: true\n - platform: gpio\n id: SE_PIN # Enable autodirection\n pin:\n number: GPIO17\n inverted: true\n - platform: gpio\n id: ENABLE_5V_PIN # Enable 5V pin for RS485 chip\n pin:\n number: GPIO16\n inverted: true\n\n# api:\n\nuart:\n - id: uart_0\n baud_rate: 19200\n tx_pin: ${tx_pin}\n rx_pin: ${rx_pin}\n debug:\n direction: BOTH\n dummy_receiver: false\n\nmodbus:\n - id: modbus0\n uart_id: uart_0\n send_wait_time: 200ms\n\nmodbus_controller:\n - id: bms0\n address: 0x00\n modbus_id: modbus0\n command_throttle: 200ms\n update_interval: 10s\n\nsensor:\n # 1000 Pack Voltage R UINT16 2 10mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: total_voltage\n name: \"${name} total voltage\"\n address: 0x1000\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1001 Current R INT16 2 10mA\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: BMS_current\n name: \"${name} current\"\n address: 0x1001\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n device_class: current\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1002 Remaining capacity R UINT16 2 10mAH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} remaining capacity\"\n address: 0x1002\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1003 Total Capacity R UINT16 2 10mAH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} total capacity\"\n address: 0x1003\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1004 Total Discharge Capacity R UINT16 2 10AH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} total discharge capacity\"\n address: 0x1004\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1005 SOC R UINT16 2 0.1%\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} state of charge\"\n address: 0x1005\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"%\"\n device_class: battery\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n # 1006 SOH R UINT16 2 0.1%\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} state of health\"\n address: 0x1006\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"%\"\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n # 1007 Cycle R UINT16 2 1\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cycle\"\n address: 0x1007\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"\"\n state_class: measurement\n accuracy_decimals: 0\n\n # 1008 Averag of Cell Votage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} average cell voltage\"\n address: 0x1008\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1009 Averag of Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} average cell temperature\"\n address: 0x1009\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100A Max Cell Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} max cell voltage\"\n id: max_cell_voltage\n address: 0x100A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 100B Min Cell Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} min cell voltage\"\n id: min_cell_voltage\n address: 0x100B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 100C Max Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} max cell temperature\"\n address: 0x100C\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100D Min Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} min cell temperature\"\n address: 0x100D\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100F MaxDisCurt R UINT16 2 1A\n # Max Discharging Current\n # 1010 MaxChgCurt R UINT16 2 1A\n # Max Charging Current\n\n # 1100 Cell1 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 1\"\n address: 0x1100\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1101 Cell2 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 2\"\n address: 0x1101\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1102 Cell3 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 3\"\n address: 0x1102\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1103 Cell4 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 4\"\n address: 0x1103\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1104 Cell5 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 5\"\n address: 0x1104\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1105 Cell6 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 6\"\n address: 0x1105\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1106 Cell7 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 7\"\n address: 0x1106\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1107 Cell8 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 8\"\n address: 0x1107\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1108 Cell9 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 9\"\n address: 0x1108\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1109 Cell10 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 10\"\n address: 0x1109\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110A Cell11 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 11\"\n address: 0x110A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110B Cell12 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 12\"\n address: 0x110B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110C Cell13 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 13\"\n address: 0x110C\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110D Cell14 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 14\"\n address: 0x110D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110E Cell15 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 15\"\n address: 0x110E\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110F Cell16 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 16\"\n address: 0x110F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1110 Cell temperature 1 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 1\"\n address: 0x1110\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1111 Cell temperature 2 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 2\"\n address: 0x1111\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1112 Cell temperature 3 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 3\"\n address: 0x1112\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1113 Cell temperature 4 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 4\"\n address: 0x1113\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n # 1118 Environment Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} environment temperature\"\n address: 0x1118\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n # 1119 Power temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} mosfet temperature\"\n address: 0x1119\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -273.15\n - multiply: 0.01\n \n\n # Pack Info C\n #\n # 1200 Cells voltage 08-01low alarm state R HEX 1 1:alarm\n # 1208 Cells voltage 16-09low alarm state R HEX 1 1:alarm\n # 1210 Cells voltage 08-01high alarm state R HEX 1 1:alarm\n # 1218 Cells voltage 16-09high alarm state R HEX 1 1:alarm\n # 1220 Cell 08-01 temperature Tlow alarm state R HEX 1 1:alarm\n # 1228 Cell 08-01 temperature high alarm state R HEX 1 1:alarm\n # 1230 Cell 08-01 equalization event code R HEX 1 1:on 0:off\n # 1238 Cell 16-09 equalization event code R HEX 1 1:on 0:off\n # 1240 System state code R HEX 1 See TB09\n # 1248 Voltage event code R HEX 1 See TB02\n # 1250 Cells Temperature event code R HEX 1 See TB03\n # 1258 Environment and power Temperature event code R HEX 1 See TB04\n # 1260 Current event code1 R HEX 1 See TB05\n # 1268 Current event code2 R HEX 1 See TB16\n # 1270 The residual capacity code R HEX 1 See TB06\n\n # System Parameter reg. 1300...1367\n # System Function reg. 1400...1448\n # System Control reg. 1500...1519\n # History Info reg. 1600...1627\n # Version Info reg. 1700...1724\n # PCS Control reg. 1800...1823\n # EMS Info A reg. 2000...2019\n # EMS Info B reg. 2100...2115\n # EMS Info C reg. 2200...2248\n #\n # See docs\/XZH BMS Modbus-RTU Protocol.pdf\n\n ############################################### DELTA ###########################################\n\n\n - platform: template # Obliczanie r\u00f3\u017cnicy\n name: \"${name} delta V cell\"\n unit_of_measurement: \"V\"\n accuracy_decimals: 3\n device_class: power\n state_class: \"measurement\"\n lambda: |-\n return (id(max_cell_voltage).state - id(min_cell_voltage).state);\n update_interval: 5s\n filters:\n - multiply: 1\n\n - platform: template # Obliczanie mocy\n name: \"${name} power BMS\"\n unit_of_measurement: \"W\"\n accuracy_decimals: 0\n device_class: power\n state_class: \"measurement\"\n lambda: |-\n return (id(total_voltage).state * id(BMS_current).state);\n update_interval: 5s\n\n\n############################################ SETTINGS ################################################\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_high_voltage_recover\n name: \"${name} Battery high voltage recover\"\n address: 0x1302\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_high_voltage_alarm\n name: \"${name} Battery High voltage alarm\"\n address: 0x1303\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_over_voltage_recover\n name: \"${name} Battery over voltage recover\"\n address: 0x1304\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_over_voltage_protection\n name: \"${name} Battery over voltage protection\"\n address: 0x1305\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_low_voltage_recover\n name: \"${name} Battery low voltage recover\"\n address: 0x1306\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_low_voltage_alarm\n name: \"${name} Battery low voltage alarm\"\n address: 0x1307\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_under_voltage_recover\n name: \"${name} Battery under voltage recover\"\n address: 0x1308\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_under_voltage_protection\n name: \"${name} Battery under voltage protection\"\n address: 0x1309\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_high_voltage_recover\n name: \"${name} Cell high voltage recover\"\n address: 0x130A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_high_voltage_alarm\n name: \"${name} Cell high voltage alarm\"\n address: 0x130B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_over_voltage_recover\n name: \"${name} Cell over voltage recover\"\n address: 0x130C\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_over_voltage_protection\n name: \"${name} Cell over voltage protection\"\n address: 0x130D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_low_voltage_recover\n name: \"${name} Cell low voltage recover\"\n address: 0x130E\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_low_voltage_alarm\n name: \"${name} Cell low voltage alarm\"\n address: 0x130F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_recover\n name: \"${name} Cell under voltage recover\"\n address: 0x1310\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_protection\n name: \"${name} Cell under voltage protection\"\n address: 0x1311\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_fault\n name: \"${name} Cell under voltage fault\"\n address: 0x1312\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_diff_protection\n name: \"${name} Cell diff protection\"\n address: 0x1313\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_protection_cell\n name: \"${name} Secondary charge current protection\"\n address: 0x1314\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"mA\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_high_current_recover\n name: \"${name} Charge high current recover\"\n address: 0x1315\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_high_current_alarm\n name: \"${name} Charge high current alarm\"\n address: 0x1316\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_over_current_protection\n name: \"${name} Charge over current protection\"\n address: 0x1317\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_over_current_time_delay\n name: \"${name} Charge over current time delay\"\n address: 0x1318\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"s\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_protection\n name: \"${name} Secondary charge current protection\"\n address: 0x1319\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_time_delay\n name: \"${name} Secondary charge current time delay\"\n address: 0x131A\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"ms\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_low_current_recover\n name: \"${name} Discharge low current recover\"\n address: 0x131B\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_low_current_alarm\n name: \"${name} Discharge low current alarm\"\n address: 0x131C\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_over_current_protection\n name: \"${name} Discharge over current protection\"\n address: 0x131D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_over_current_time_delay\n name: \"${name} Discharge over current time delay\"\n address: 0x131E\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"s\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_discharge_current_protection\n name: \"${name} Secondary discharge current protection\"\n address: 0x131F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_discharge_current_time\n name: \"${name} Secondary discharge current time\"\n address: 0x1320\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"ms\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n<\/pre><\/div>\n\n\n\nsubstitutions:\n name: seplos-bms\n device_description: \"Monitor a Seplos BMS via RS485\"\n external_components_source: github:\/\/syssi\/esphome-seplos-bms@main\n tx_pin: GPIO17\n rx_pin: GPIO16\n\nesphome:\n name: ${name}\n comment: ${device_description}\n project:\n name: \"syssi.esphome-seplos-bms\"\n version: 1.1.0\n\nesp32:\n board: wemos_d1_mini32\n\nexternal_components:\n - source: ${external_components_source}\n refresh: 0s\n\nwifi:\n ssid: TWOJA NAZWA SIECI WIFI\n password: TWOJE HAS\u0141O WIFI \n\n\nota:\n password: \"TWOJE OTA\"\n\nlogger:\n level: DEBUG\n\napi:\n encryption:\n key: \"TWOJE API\"\n\nweb_server:\n port: 80\n\nuart:\n - id: uart_0\n baud_rate: 19200\n tx_pin: ${tx_pin}\n rx_pin: ${rx_pin}\n debug:\n direction: BOTH\n dummy_receiver: false\n\nmodbus:\n - id: modbus0\n uart_id: uart_0\n send_wait_time: 200ms\n\nmodbus_controller:\n - id: bms0\n address: 0x00\n modbus_id: modbus0\n command_throttle: 200ms\n update_interval: 10s\n\nsensor:\n # 1000 Pack Voltage R UINT16 2 10mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: total_voltage\n name: \"${name} total voltage\"\n address: 0x1000\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1001 Current R INT16 2 10mA\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: BMS_current\n name: \"${name} current\"\n address: 0x1001\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n device_class: current\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1002 Remaining capacity R UINT16 2 10mAH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} remaining capacity\"\n address: 0x1002\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1003 Total Capacity R UINT16 2 10mAH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} total capacity\"\n address: 0x1003\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1004 Total Discharge Capacity R UINT16 2 10AH\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} total discharge capacity\"\n address: 0x1004\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"Ah\"\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n # 1005 SOC R UINT16 2 0.1%\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} state of charge\"\n address: 0x1005\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"%\"\n device_class: battery\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n # 1006 SOH R UINT16 2 0.1%\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} state of health\"\n address: 0x1006\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"%\"\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n # 1007 Cycle R UINT16 2 1\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cycle\"\n address: 0x1007\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"\"\n state_class: measurement\n accuracy_decimals: 0\n\n # 1008 Averag of Cell Votage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} average cell voltage\"\n address: 0x1008\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1009 Averag of Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} average cell temperature\"\n address: 0x1009\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100A Max Cell Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} max cell voltage\"\n id: max_cell_voltage\n address: 0x100A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 100B Min Cell Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} min cell voltage\"\n id: min_cell_voltage\n address: 0x100B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 100C Max Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} max cell temperature\"\n address: 0x100C\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100D Min Cell Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} min cell temperature\"\n address: 0x100D\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 100F MaxDisCurt R UINT16 2 1A\n # Max Discharging Current\n # 1010 MaxChgCurt R UINT16 2 1A\n # Max Charging Current\n\n # 1100 Cell1 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 1\"\n address: 0x1100\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1101 Cell2 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 2\"\n address: 0x1101\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1102 Cell3 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 3\"\n address: 0x1102\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1103 Cell4 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 4\"\n address: 0x1103\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1104 Cell5 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 5\"\n address: 0x1104\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1105 Cell6 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 6\"\n address: 0x1105\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1106 Cell7 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 7\"\n address: 0x1106\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1107 Cell8 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 8\"\n address: 0x1107\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1108 Cell9 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 9\"\n address: 0x1108\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1109 Cell10 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 10\"\n address: 0x1109\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110A Cell11 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 11\"\n address: 0x110A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110B Cell12 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 12\"\n address: 0x110B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110C Cell13 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 13\"\n address: 0x110C\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110D Cell14 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 14\"\n address: 0x110D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110E Cell15 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 15\"\n address: 0x110E\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 110F Cell16 Voltage R UINT16 2 1mV\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell voltage 16\"\n address: 0x110F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n device_class: voltage\n state_class: measurement\n accuracy_decimals: 3\n filters:\n - multiply: 0.001\n\n # 1110 Cell temperature 1 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 1\"\n address: 0x1110\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1111 Cell temperature 2 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 2\"\n address: 0x1111\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1112 Cell temperature 3 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 3\"\n address: 0x1112\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n\n # 1113 Cell temperature 4 R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} cell temperature 4\"\n address: 0x1113\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n # 1118 Environment Temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} environment temperature\"\n address: 0x1118\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -2731.5\n - multiply: 0.1\n\n # 1119 Power temperature R UINT16 2 0.1K\n - platform: modbus_controller\n modbus_controller_id: bms0\n name: \"${name} mosfet temperature\"\n address: 0x1119\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"\u00b0C\"\n device_class: temperature\n state_class: measurement\n accuracy_decimals: 1\n filters:\n - offset: -273.15\n - multiply: 0.01\n \n\n # Pack Info C\n #\n # 1200 Cells voltage 08-01low alarm state R HEX 1 1:alarm\n # 1208 Cells voltage 16-09low alarm state R HEX 1 1:alarm\n # 1210 Cells voltage 08-01high alarm state R HEX 1 1:alarm\n # 1218 Cells voltage 16-09high alarm state R HEX 1 1:alarm\n # 1220 Cell 08-01 temperature Tlow alarm state R HEX 1 1:alarm\n # 1228 Cell 08-01 temperature high alarm state R HEX 1 1:alarm\n # 1230 Cell 08-01 equalization event code R HEX 1 1:on 0:off\n # 1238 Cell 16-09 equalization event code R HEX 1 1:on 0:off\n # 1240 System state code R HEX 1 See TB09\n # 1248 Voltage event code R HEX 1 See TB02\n # 1250 Cells Temperature event code R HEX 1 See TB03\n # 1258 Environment and power Temperature event code R HEX 1 See TB04\n # 1260 Current event code1 R HEX 1 See TB05\n # 1268 Current event code2 R HEX 1 See TB16\n # 1270 The residual capacity code R HEX 1 See TB06\n\n # System Parameter reg. 1300...1367\n # System Function reg. 1400...1448\n # System Control reg. 1500...1519\n # History Info reg. 1600...1627\n # Version Info reg. 1700...1724\n # PCS Control reg. 1800...1823\n # EMS Info A reg. 2000...2019\n # EMS Info B reg. 2100...2115\n # EMS Info C reg. 2200...2248\n #\n # See docs\/XZH BMS Modbus-RTU Protocol.pdf\n\n ############################################### DELTA ###########################################\n\n\n - platform: template # Obliczanie r\u00f3\u017cnicy\n name: \"${name} delta V cell\"\n unit_of_measurement: \"V\"\n accuracy_decimals: 3\n device_class: power\n state_class: \"measurement\"\n lambda: |-\n return (id(max_cell_voltage).state - id(min_cell_voltage).state);\n update_interval: 5s\n filters:\n - multiply: 1\n\n - platform: template # Obliczanie mocy\n name: \"${name} power BMS\"\n unit_of_measurement: \"W\"\n accuracy_decimals: 0\n device_class: power\n state_class: \"measurement\"\n lambda: |-\n return (id(total_voltage).state * id(BMS_current).state);\n update_interval: 5s\n\n\n############################################ SETTINGS ################################################\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_high_voltage_recover\n name: \"${name} Battery high voltage recover\"\n address: 0x1302\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_high_voltage_alarm\n name: \"${name} Battery High voltage alarm\"\n address: 0x1303\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_over_voltage_recover\n name: \"${name} Battery over voltage recover\"\n address: 0x1304\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_over_voltage_protection\n name: \"${name} Battery over voltage protection\"\n address: 0x1305\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_low_voltage_recover\n name: \"${name} Battery low voltage recover\"\n address: 0x1306\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_low_voltage_alarm\n name: \"${name} Battery low voltage alarm\"\n address: 0x1307\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_under_voltage_recover\n name: \"${name} Battery under voltage recover\"\n address: 0x1308\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Battery_under_voltage_protection\n name: \"${name} Battery under voltage protection\"\n address: 0x1309\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.01\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_high_voltage_recover\n name: \"${name} Cell high voltage recover\"\n address: 0x130A\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_high_voltage_alarm\n name: \"${name} Cell high voltage alarm\"\n address: 0x130B\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_over_voltage_recover\n name: \"${name} Cell over voltage recover\"\n address: 0x130C\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_over_voltage_protection\n name: \"${name} Cell over voltage protection\"\n address: 0x130D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_low_voltage_recover\n name: \"${name} Cell low voltage recover\"\n address: 0x130E\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_low_voltage_alarm\n name: \"${name} Cell low voltage alarm\"\n address: 0x130F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_recover\n name: \"${name} Cell under voltage recover\"\n address: 0x1310\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_protection\n name: \"${name} Cell under voltage protection\"\n address: 0x1311\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_under_voltage_fault\n name: \"${name} Cell under voltage fault\"\n address: 0x1312\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Cell_diff_protection\n name: \"${name} Cell diff protection\"\n address: 0x1313\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"V\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_protection_cell\n name: \"${name} Secondary charge current protection\"\n address: 0x1314\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"mA\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n filters:\n - multiply: 0.001\n\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_high_current_recover\n name: \"${name} Charge high current recover\"\n address: 0x1315\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_high_current_alarm\n name: \"${name} Charge high current alarm\"\n address: 0x1316\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_over_current_protection\n name: \"${name} Charge over current protection\"\n address: 0x1317\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Charge_over_current_time_delay\n name: \"${name} Charge over current time delay\"\n address: 0x1318\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"s\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_protection\n name: \"${name} Secondary charge current protection\"\n address: 0x1319\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_charge_current_time_delay\n name: \"${name} Secondary charge current time delay\"\n address: 0x131A\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"ms\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_low_current_recover\n name: \"${name} Discharge low current recover\"\n address: 0x131B\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_low_current_alarm\n name: \"${name} Discharge low current alarm\"\n address: 0x131C\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_over_current_protection\n name: \"${name} Discharge over current protection\"\n address: 0x131D\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Discharge_over_current_time_delay\n name: \"${name} Discharge over current time delay\"\n address: 0x131E\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"s\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n filters:\n - multiply: 0.1\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_discharge_current_protection\n name: \"${name} Secondary discharge current protection\"\n address: 0x131F\n register_type: read\n value_type: U_WORD\n unit_of_measurement: \"A\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 2\n\n - platform: modbus_controller\n modbus_controller_id: bms0\n id: Secondary_discharge_current_time\n name: \"${name} Secondary discharge current time\"\n address: 0x1320\n register_type: read\n value_type: S_WORD\n unit_of_measurement: \"ms\"\n entity_category: diagnostic\n state_class: measurement\n accuracy_decimals: 0\n<\/pre><\/div>\n\n\n\n![\"\"](\"https:\/\/hybrydaplus.pl\/wp-content\/uploads\/2024\/06\/Seplos-3.0.png\")
<\/figure>\n\n\n\n![\"\"](\"https:\/\/hybrydaplus.pl\/wp-content\/uploads\/2024\/06\/seplos-encje.png\")
<\/figure>\n\n\n\n![\"\"](\"https:\/\/hybrydaplus.pl\/wp-content\/uploads\/2024\/06\/image-3.png\")
<\/figure>\n\n\n\ntype: vertical-stack\ncards:\n - type: horizontal-stack\n cards:\n - type: custom:button-card\n name: Cell Voltage Delta\n size: 25%\n entity: sensor.seplos_bms_delta_v_cell\n show_icon: true\n show_name: true\n show_state: true\n show_label: false\n label: >\n [[[ return 'Average Cell: ' +\n Number.parseFloat(states['sensor.seplos_bms_average_cell_voltage'].state).toFixed(2)\n + ' V']]]\n icon: mdi:delta\n styles:\n icon:\n - color: |\n [[[\n if (entity.state < 0.010) return 'darkgreen';\n if (entity.state < 0.020) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: Pack Voltage\n size: 25%\n entity: sensor.seplos_bms_total_voltage\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n icon: mdi:server\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 50) return 'darkgreen';\n if (entity.state > 55) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: |\n [[[\n if (entity.state < 0) return \"Discharging\";\n else\n return \"Charging\";\n ]]]\n size: 25%\n entity: sensor.seplos_bms_power_bms\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n icon: |\n [[[\n if (entity.state < 0) return \"mdi:battery-arrow-down-outline\";\n else\n return \"mdi:battery-arrow-up-outline\";\n ]]]\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 5000) return 'darkred';\n if (entity.state > 1000) return 'darkorange';\n if (entity.state < -5000) return 'darkred';\n if (entity.state < -1000) return 'darkorange';\n else return 'darkgreen';\n ]]]\n card:\n - font-size: 12px\n - type: horizontal-stack\n cards:\n - type: custom:button-card\n name: SOC\n size: 25%\n entity: sensor.seplos_bms_state_of_charge\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n icon: |\n [[[\n if (entity.state > 90) return \"mdi:battery\";\n if (entity.state > 80) return \"mdi:battery-90\";\n if (entity.state > 70) return \"mdi:battery-80\";\n if (entity.state > 60) return \"mdi:battery-70\";\n if (entity.state > 50) return \"mdi:battery-60\";\n if (entity.state > 40) return \"mdi:battery-50\";\n if (entity.state > 30) return \"mdi:battery-40\";\n if (entity.state > 20) return \"mdi:battery-30\";\n if (entity.state > 10) return \"mdi:battery-20\";\n else\n return \"mdi:battery-alert-variant-outline\";\n ]]]\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 30 ) return 'darkgreen';\n if (entity.state > 15 ) return 'yellow';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: SOH\n size: 25%\n entity: sensor.seplos_bms_state_of_health\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 99) return 'darkgreen';\n if (entity.state > 95) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: Charging Cycles\n size: 25%\n entity: sensor.seplos_bms_cycle\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 5000) return 'darkred';\n else return 'darkgreen';\n ]]]\n card:\n - font-size: 12px\n - type: horizontal-stack\n cards:\n - type: custom:button-card\n name: Mosfet temperature\n size: 25%\n entity: sensor.seplos_bms_mosfet_temperature\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 18) return 'darkgreen';\n if (entity.state > 30) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: Environment temperature\n size: 25%\n entity: sensor.seplos_bms_environment_temperature\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 15) return 'darkgreen';\n if (entity.state > 30) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:button-card\n name: Max cell temperature\n size: 25%\n entity: sensor.seplos_bms_max_cell_temperature\n show_icon: true\n show_name: true\n show_state: true\n show_label: true\n styles:\n icon:\n - color: |\n [[[\n if (entity.state > 18) return 'darkgreen';\n if (entity.state > 30) return 'darkorange';\n else return 'red';\n ]]]\n card:\n - font-size: 12px\n - type: custom:bar-card\n direction: up\n columns: 8\n decimal: 3\n max: 3.45\n min: 3\n height: 80px\n severity:\n - color: darkred\n from: 3.45\n to: 4\n - color: darkorange\n from: 3.4\n to: 3.45\n - color: darkgreen\n from: 3.1\n to: 3.4\n - color: darkred\n from: 2.5\n to: 3.1\n positions:\n icon: 'off'\n indicator: inside\n name: outside\n style: |-\n bar-card-value {\n margin-right: auto;\n margin-left: auto;\n margin-bottom: 35px;\n font-size: 10px;\n font-weight: normal;\n text-shadow: 1px 1px #0005;\n }\n bar-card-name {\n margin-right: auto;\n margin-left: auto;\n margin-bottom: 0px;\n font-size: 10px;\n font-weight: normal;\n text-shadow: 1px 1px #0005;\n }\n entities:\n - entity: sensor.seplos_bms_cell_voltage_1\n name: Cell 01\n - entity: sensor.seplos_bms_cell_voltage_2\n name: Cell 02\n - entity: sensor.seplos_bms_cell_voltage_3\n name: Cell 03\n - entity: sensor.seplos_bms_cell_voltage_4\n name: Cell 04\n - entity: sensor.seplos_bms_cell_voltage_5\n name: Cell 05\n - entity: sensor.seplos_bms_cell_voltage_6\n name: Cell 06\n - entity: sensor.seplos_bms_cell_voltage_7\n name: Cell 07\n - entity: sensor.seplos_bms_cell_voltage_8\n name: Cell 08\n - entity: sensor.seplos_bms_cell_voltage_9\n name: Cell 09\n - entity: sensor.seplos_bms_cell_voltage_10\n name: Cell 10\n - entity: sensor.seplos_bms_cell_voltage_11\n name: Cell 11\n - entity: sensor.seplos_bms_cell_voltage_12\n name: Cell 12\n - entity: sensor.seplos_bms_cell_voltage_13\n name: Cell 13\n - entity: sensor.seplos_bms_cell_voltage_14\n name: Cell 14\n - entity: sensor.seplos_bms_cell_voltage_15\n name: Cell 15\n - entity: sensor.seplos_bms_cell_voltage_16\n name: Cell 16\n - type: custom:apexcharts-card\n graph_span: 24h\n update_interval: 5min\n yaxis:\n - id: first\n decimals: 0\n min: ~-6000\n max: ~6000\n apex_config:\n tickAmount: 8\n - id: second\n opposite: true\n decimals: 0\n min: 0\n max: 100\n apex_config:\n tickAmount: 4\n apex_config:\n chart:\n height: 300px\n xaxis:\n type: datetime\n labels:\n show: false\n tooltip:\n enabled: false\n grid:\n show: true\n xaxis:\n lines:\n show: false\n yaxis:\n lines:\n show: true\n position: back\n strokeDashArray: 0.2\n legend:\n show: true\n all_series_config:\n show:\n legend_value: true\n datalabels: false\n extremas: false\n in_brush: false\n in_header: false\n float_precision: 0\n invert: false\n fill_raw: 'null'\n header:\n show: false\n title: Overblik\n show_states: true\n colorize_states: false\n series:\n - entity: sensor.seplos_bms_state_of_charge\n name: SOC\n opacity: 1\n stroke_width: 1.5\n type: line\n group_by:\n duration: 1min\n func: avg\n show:\n legend_value: true\n name_in_header: true\n in_header: raw\n yaxis_id: second\n float_precision: 1\n color: gold\n - entity: sensor.seplos_bms_power_bms\n name: Power\n opacity: 1\n stroke_width: 1.5\n type: line\n group_by:\n duration: 1min\n func: max\n show:\n legend_value: true\n name_in_header: true\n in_header: raw\n yaxis_id: first\n color: orange\n - entity: sensor.seplos_bms_average_cell_temperature\n name: Temp\n opacity: 0.8\n stroke_width: 1.5\n type: line\n group_by:\n duration: 1min\n func: avg\n show:\n legend_value: true\n name_in_header: true\n in_header: raw\n yaxis_id: second\n float_precision: 1\n color: dodgerblue\n - entity: sensor.seplos_bms_total_voltage\n name: Pack\n opacity: 0.8\n stroke_width: 1.5\n type: line\n group_by:\n duration: 1min\n func: avg\n show:\n legend_value: true\n name_in_header: true\n in_header: raw\n yaxis_id: second\n float_precision: 1\n color: red\n<\/pre><\/div>\n\n\n\n![\"\"](\"https:\/\/hybrydaplus.pl\/wp-content\/uploads\/2024\/06\/Seplos-karta.png\")
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