modbus: - name: M-TEC type: rtuovertcp host: 000.000.000.000 # suche nach deinem WR im Router nach "espressif_M-TEC" und uebernehme die IP port: 502 #M-TEC changed their Modbus to Port 502 with firmware V27.52.4.0! in der APP unter Firmware Slave zu finden timeout: 5 # type: serial # baudrate: 9600 # bytesize: 8 # method: rtu # parity: N # port: /dev/ttyUSB1 # stopbits: 1 switches: - name: Grid Injection Power Limit Switch #0:Off;1:ON unique_id: grid_injection_power_limit_switch #RW slave: 252 address: 25100 write_type: holding scan_interval: 360 command_on: 1 command_off: 0 verify: input_type: holding address: 25100 state_on: 1 state_off: 0 - name: Off-grid Battery SOC Protection Switch #0:Off;1:ON unique_id: off_grid_battery_soc_protection_switch #RW slave: 252 address: 52504 write_type: holding scan_interval: 360 command_on: 1 command_off: 0 verify: input_type: holding address: 52504 state_on: 1 state_off: 0 - name: On-grid Battery SOC Protection Switch #0:Off;1:ON unique_id: on_grid_battery_soc_protection_switch #RW slave: 252 address: 52502 write_type: holding scan_interval: 360 command_on: 1 command_off: 0 verify: input_type: holding address: 52502 state_on: 1 state_off: 0 - name: Priority Power Output Setting #0：PV Output Priority ; 1：Battery Output Priority unique_id: priority_power_output_setting #RW slave: 252 address: 50210 write_type: holding scan_interval: 360 command_on: 1 command_off: 0 verify: input_type: holding address: 50210 state_on: 1 state_off: 0 sensors: - name: Inverter SN unique_id: inverter_sn slave: 252 address: 10000 input_type: holding count: 10 data_type: string scan_interval: 86400 #lazy_error_count: 10 - name: Firmware Version1 unique_id: firmware_version1 slave: 252 address: 10011 input_type: holding count: 2 data_type: custom structure: ">BBBB" scan_interval: 600 #lazy_error_count: 10 - name: Firmware Version2 unique_id: firmware_version2 slave: 252 address: 10013 input_type: holding count: 2 data_type: custom structure: ">BBBB" scan_interval: 60 #lazy_error_count: 10 - name: Inverter Running Status #0:wait, wait for on-grid 1:check, self-check 2:On Grid 3:fault 4:flash, firmware update 5.Off Grid unique_id: inverter_running_status slave: 252 address: 10105 input_type: holding data_type: int16 scan_interval: 10 #lazy_error_count: 10 - name: Phase A Power on Meter unique_id: phase_a_power_on_meter slave: 252 address: 10994 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Phase B Power on Meter unique_id: phase_b_power_on_meter slave: 252 address: 10996 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Phase C Power on Meter unique_id: phase_c_power_on_meter slave: 252 address: 10998 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Total Power on Meter #Grid power unique_id: total_power_on_meter slave: 252 address: 11000 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Grid Injection Energy on that day #export/day unique_id: grid_injection_energy_on_that_day slave: 252 address: 31000 scale: 0.1 precision: 2 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Purchasing Energy on that day unique_id: grid_purchasing_energy_on_that_day slave: 252 address: 31001 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Backup Output Energy on that day unique_id: backup_output_energy_on_that_day slave: 252 address: 31002 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: Battery Charge Energy on that day unique_id: battery_charge_energy_on_that_day slave: 252 address: 31003 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Battery Discharge Energy on that day unique_id: battery_discharge_energy_on_that_day slave: 252 address: 31004 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: PV Generation Energy on that day #E-today from GUI unique_id: pv_generation_energy_on_that_day slave: 252 address: 31005 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Loading Energy on that day unique_id: loading_energy_on_that_day slave: 252 address: 31006 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: Energy Purchased from Grid on that day #on inverter side unique_id: energy_purchased_from_grid_on_that_day slave: 252 address: 31008 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: Total Energy injected to grid unique_id: total_energy_injected_to_grid slave: 252 address: 31102 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 600 lazy_error_count: 10 - name: Total Energy Purchased from Grid from Meter unique_id: total_energy_purchased_from_grid_from_meter slave: 252 address: 31104 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 600 lazy_error_count: 10 - name: Total Output Energy on backup port unique_id: total_output_energy_on_backup_port slave: 252 address: 31106 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: Total Energy Charged to Battery unique_id: total_energy_charged_to_battery slave: 252 address: 31108 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 600 lazy_error_count: 10 - name: Total Energy Discharged from Battery unique_id: total_energy_discharged_from_battery slave: 252 address: 31110 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 600 lazy_error_count: 10 - name: Total PV Generation unique_id: total_pv_generation slave: 252 address: 31112 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 600 lazy_error_count: 10 - name: Total Loading Energy consumed at grid side #totoal load consumption unique_id: total_loading_energy_consumed_at_grid_side slave: 252 address: 31114 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: Total Energy Purchased from Grid at inverter side unique_id: total_energy_purchased_from_grid_at_inverter_side slave: 252 address: 31118 scale: 0.1 precision: 1 input_type: holding unit_of_measurement: kWh state_class: total_increasing device_class: energy data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: Total Grid-Injection Energy on Meter unique_id: total_grid_injection_energy_on_meter slave: 252 address: 11002 input_type: holding state_class: total_increasing unit_of_measurement: kWh device_class: energy scale: 0.01 precision: 2 data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: Total Purchasing Energy from Grid on Meter unique_id: total_purchasing_energy_from_grid_on_meter slave: 252 address: 11004 input_type: holding state_class: total_increasing unit_of_measurement: kWh device_class: energy scale: 0.01 precision: 2 data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: Grid Lines A/B Voltage unique_id: grid_lines_a_b_voltage slave: 252 address: 11006 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Lines B/C Voltage unique_id: grid_lines_b_c_voltage slave: 252 address: 11007 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Lines C/A Voltage unique_id: grid_lines_c_a_voltage slave: 252 address: 11008 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase A Voltage unique_id: grid_phase_a_voltage slave: 252 address: 11009 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase B Voltage unique_id: grid_phase_b_voltage slave: 252 address: 11011 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase C Voltage unique_id: grid_pase_c_voltage slave: 252 address: 11013 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase A Current unique_id: grid_phase_a_current slave: 252 address: 11010 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase B Current unique_id: grid_phase_b_current slave: 252 address: 11012 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Phase C Current unique_id: grid_phase_c_current slave: 252 address: 11014 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: P AC unique_id: p_ac slave: 252 address: 11016 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Total PV Generation on that day #energy today unique_id: total_pv_generation_on_that_day slave: 252 address: 11018 input_type: holding state_class: total_increasing device_class: energy unit_of_measurement: kWh scale: 0.1 precision: 1 data_type: int32 scan_interval: 1800 lazy_error_count: 10 - name: Total PV Generation from Installation #energy total unique_id: total_pv_generation_from_installation slave: 252 address: 11020 input_type: holding state_class: total_increasing device_class: energy unit_of_measurement: kWh scale: 0.1 precision: 1 data_type: int32 scan_interval: 3600 lazy_error_count: 10 - name: PV Input Total Power #PV power, panel actual power unique_id: pv_input_total_power slave: 252 address: 11028 input_type: holding state_class: measurement device_class: energy unit_of_measurement: kWh scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Temperature Sensor 1 unique_id: temperature_sensor_1 slave: 252 address: 11032 input_type: holding state_class: measurement unit_of_measurement: °C device_class: temperature scale: 0.1 precision: 1 data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: Temperature Sensor 2 unique_id: temperature_sensor_2 slave: 252 address: 11033 input_type: holding state_class: measurement unit_of_measurement: °C device_class: temperature scale: 0.1 precision: 1 data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: Temperature Sensor 3 unique_id: temperature_sensor_3 slave: 252 address: 11034 input_type: holding state_class: measurement unit_of_measurement: °C device_class: temperature scale: 0.1 precision: 1 data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: Temperature Sensor 4 unique_id: temperature_sensor_4 slave: 252 address: 11035 input_type: holding state_class: measurement unit_of_measurement: °C device_class: temperature scale: 0.1 precision: 1 data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: PV1 Voltage unique_id: pv1_voltage slave: 252 address: 11038 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: PV2 Voltage unique_id: pv2_voltage slave: 252 address: 11040 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: PV1 Current unique_id: pv1_current slave: 252 address: 11039 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: PV2 Current unique_id: pv2_current slave: 252 address: 11041 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: PV1 Input Power unique_id: pv1_input_power slave: 252 address: 11062 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: PV2 Input Power unique_id: pv2_input_power slave: 252 address: 11064 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: ARM Fault Flag1 #Table 3.3 Troubleshooting unique_id: arm_fault_flag1 slave: 252 address: 18000 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: Fault Flag1 #Table 3.3 Troubleshooting unique_id: fault_flag1 slave: 252 address: 10112 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: Fault Flag2 #Table 3.3 Troubleshooting unique_id: fault_flag2 slave: 252 address: 10114 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: Fault Flag3 #Table 3.3 Troubleshooting unique_id: fault_flag3 slave: 252 address: 10116 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: Total Backup P #load power, total active power unique_id: total_backup_p slave: 252 address: 30230 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Battery V #DC Voltage unique_id: battery_v slave: 252 address: 30254 input_type: holding unit_of_measurement: V state_class: measurement device_class: voltage scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: Battery I #DC Current unique_id: battery_i slave: 252 address: 30255 input_type: holding state_class: measurement unit_of_measurement: A device_class: current scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: Battery P #Battery Power unique_id: battery_p slave: 252 address: 30258 input_type: holding state_class: measurement unit_of_measurement: kW device_class: power scale: 0.001 precision: 3 data_type: int32 scan_interval: 10 lazy_error_count: 10 - name: Battery Mode #0:discharge;1:charge unique_id: battery_mode slave: 252 address: 30256 input_type: holding data_type: int16 scan_interval: 10 lazy_error_count: 10 #BMS registers - name: BMS Software Version unique_id: bms_software_version slave: 252 address: 32003 input_type: holding data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: BMS Hardware Version unique_id: bms_hardware_version slave: 252 address: 32004 input_type: holding data_type: int16 scan_interval: 600 lazy_error_count: 10 - name: Battery SOC unique_id: battery_soc slave: 252 address: 33000 input_type: holding state_class: measurement unit_of_measurement: '%' device_class: battery scale: 0.01 precision: 2 data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Battery SOH unique_id: battery_soh slave: 252 address: 33001 input_type: holding state_class: measurement unit_of_measurement: '%' device_class: battery scale: 0.01 precision: 2 data_type: int16 scan_interval: 3600 lazy_error_count: 10 - name: BMS Status unique_id: bms_status slave: 252 address: 33002 input_type: holding data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: BMS Pack Temperature unique_id: bms_pack_temperature slave: 252 address: 33003 input_type: holding state_class: measurement unit_of_measurement: °C device_class: temperature scale: 0.1 precision: 1 data_type: int16 scan_interval: 300 lazy_error_count: 10 - name: BMS Error Code unique_id: bms_error_code slave: 252 address: 33016 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: BMS Warn Code unique_id: bms_warn_code slave: 252 address: 33018 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 #RW values - name: Hybrid Inverter Working Mode Setting #257=General mode; 258=Economic mode; 259=UPS mode; 512=Off grid mode unique_id: hybrid_inverter_working_mode_setting #RW slave: 252 address: 50000 input_type: holding data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Grid Injection Power Limit Setting #[0.0%-100.0%] unique_id: grid_injection_power_limit_setting #RW slave: 252 address: 25103 input_type: holding scale: 0.1 #spec: 1000 precision: 1 data_type: int16 scan_interval: 110 lazy_error_count: 10 - name: On-grid Battery End SOC #[0.0%-100.0%] unique_id: on_grid_battery_end_soc #RW slave: 252 address: 52503 input_type: holding scale: 0.1 #spec: 1000 precision: 1 data_type: int16 scan_interval: 360 lazy_error_count: 10 - name: Off-grid Battery End SOC #[0.0%-100.0%] unique_id: off_grid_battery_end_soc #RW slave: 252 address: 52505 input_type: holding scale: 0.1 #spec: 1000 precision: 1 data_type: int16 scan_interval: 360 lazy_error_count: 10 - name: RW BMS Status #Table 3.8 unique_id: rw_bms_status slave: 252 address: 53508 input_type: holding data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: RW BMS ErrorCode #Table 3.9 unique_id: rw_bms_errorcode slave: 252 address: 53509 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: RW BMS ProtectionCode #Table 3.9 unique_id: rw_bms_protectioncode slave: 252 address: 53511 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: RW BMS WarnCode #Table 3.9 unique_id: rw_bms_warncode slave: 252 address: 53513 input_type: holding data_type: int32 scan_interval: 60 lazy_error_count: 10 - name: Ecomode Period Enable Flag #bit0- bit5 stands for period1-period6, bit7-bit15 reserved; 0: disable 1: enable #1=one line; #3=2 lines; 7=4lines; 15=5lines; 31=6lines unique_id: ecomode_period_enable_flag slave: 252 address: 53006 input_type: holding data_type: int16 scan_interval: 60 lazy_error_count: 10 - name: Ecomode Period1 Struct unique_id: ecomode_period1_struct slave: 252 address: 53007 input_type: holding count: 7 data_type: custom structure: ">HHHHHHH" scan_interval: 60 lazy_error_count: 10 - name: Ecomode Period2 Struct unique_id: ecomode_period2_struct slave: 252 address: 53014 input_type: holding count: 7 data_type: custom structure: ">HHHHHHH" scan_interval: 60 lazy_error_count: 10 #how to write data: #service: modbus.write_register #data: # hub: # address: 53007 # slave: 252 # value: # - 2 # - 65535 # - 65535 # - 800 # - 65535 # - 3 # - 5 #or value: [2,65535,65535,800,65535,3,5] sensor: - platform: template sensors: battery_mode_text: friendly_name: Battery Mode unique_id: battery_mode_text value_template: > {% if states('sensor.battery_mode') == '0' %} discharge {% else %} charge {% endif %} hybrid_inverter_working_mode_setting_text: friendly_name: Hybrid Inverter Working Mode value_template: > {% if states('sensor.hybrid_inverter_working_mode_setting') == '257' %} General mode {% elif states('sensor.hybrid_inverter_working_mode_setting') == '258' %} Economic mode {% elif states('sensor.hybrid_inverter_working_mode_setting') == '259' %} UPS mode {% elif states('sensor.hybrid_inverter_working_mode_setting') == '512' %} Offgrid mode {% endif %} inverter_running_status_text: friendly_name: Inverter Running Status value_template: > {% if states('sensor.inverter_running_status') == '0' %} wait {% elif states('sensor.inverter_running_status') == '1' %} check {% elif states('sensor.inverter_running_status') == '2' %} On Grid {% elif states('sensor.inverter_running_status') == '3' %} fault {% elif states('sensor.inverter_running_status') == '4' %} flash {% elif states('sensor.inverter_running_status') == '5' %} Off Grid {% endif %} battery_soc_eta: friendly_name: Battery SOC ETA unique_id: battery_soc_eta value_template: > {% set battery_SOC = float(states("sensor.battery_soc"), default=100) %} {% set battery_SOC_last = float(states("sensor.battery_soc_5min_state"), default=0) %} {% set timediff = (states.sensor.battery_soc.last_updated.timestamp() - as_datetime(states("sensor.battery_soc_5min_last_updated")).timestamp())/60 %} {% set percdiff = battery_SOC - battery_SOC_last %} {% if battery_SOC>99: %} full {% elif percdiff==0 or timediff==0: %} {{ states('sensor.battery_soc_eta') }} {% elif battery_SOC<=20: %} almost dicharged {% elif percdiff<=0: %} {% set percmissing = battery_SOC-20 %} {% set timemissing = (percmissing / (percdiff/timediff))|round %} ↓{{ as_local(as_datetime(as_timestamp(utcnow()) - timemissing*60)).strftime("%Y-%m-%d %H:%M") }}↓ {% else %} {% set percmissing = 100-battery_SOC %} {% set timemissing = (percmissing / (percdiff/timediff))|round %} ↑{{ as_local(as_datetime(as_timestamp(utcnow()) + timemissing*60)).strftime("%Y-%M-%d %H:%M") }}↑ {% endif %} grid_injection_energy_on_that_day_15min: #sell in last 15min friendly_name: Grid Injection 15min unique_id: grid_injection_energy_on_that_day_15min unit_of_measurement: kW device_class: power value_template: > {% set diff = (float(states("sensor.grid_injection_energy_on_that_day"), default=0) - float(states("sensor.grid_injection_energy_on_that_day_15min_state"), default=0) ) %} {% set timediff = (states.sensor.grid_injection_energy_on_that_day.last_updated.timestamp() - as_datetime(states("sensor.grid_injection_energy_on_that_day_15min_last_updated")).timestamp())/60 %} {% if timediff==0 or diff<=0: %} {{ float(0) }} {% else %} {% set res = (diff/timediff*60) %} {% if res>15: %} {{ float(0) }} {% else %} {{ res| round(1) }} {% endif %} {% endif %} attribute_templates: diff: > {% set diff = (float(states("sensor.grid_injection_energy_on_that_day"), default=0) - float(states("sensor.grid_injection_energy_on_that_day_15min_state"), default=0) ) %} {{ diff }} timediff: > {% set timediff = (states.sensor.grid_injection_energy_on_that_day.last_updated.timestamp() - as_datetime(states("sensor.grid_injection_energy_on_that_day_15min_last_updated")).timestamp())/60 %} {{ timediff }} home_consumption_now: friendly_name: Home Consumption Now unique_id: home_consumption_now unit_of_measurement: kW device_class: power value_template: > {% set diff = (float(states("sensor.p_ac"), default=0) - float(states("sensor.total_power_on_meter"), default=0)) | round(3) %} {% if diff>0: %} {{ diff }} {% else %} {{ (float(states("sensor.home_consumption_now"), default=0)) }} {% endif %} home_consumption_today: friendly_name: Home Consumption Today unique_id: home_consumption_today unit_of_measurement: kWh device_class: energy value_template: '{{ float(states(''sensor.loading_energy_on_that_day''), default= float(states(''sensor.home_consumption_today''), default=-10)) + float(states(''sensor.backup_output_energy_on_that_day''), default=0) }}' home_consumption_today2: friendly_name: Home Consumption Today2 unique_id: home_consumption_today2 unit_of_measurement: kWh device_class: energy value_template: '{{ (float(states(''sensor.pv_generation_energy_on_that_day''), default= float(states(''sensor.home_consumption_today2''), default=-10)) + float(states(''sensor.grid_purchasing_energy_on_that_day''), default=0) - float(states(''sensor.grid_injection_energy_on_that_day''), default=0) - float(states(''sensor.battery_charge_energy_on_that_day''), default=0) + float(states(''sensor.battery_discharge_energy_on_that_day''), default=0)) | round(3) }}' battery_p_w: friendly_name: Battery P Watt unique_id: battery_p_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.battery_p'')|float(0)*1000)|round(0) }}' total_power_on_meter_w: friendly_name: Total Power On Meter Watt unique_id: total_power_on_meter_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.total_power_on_meter'')|float(0)*-1000)|round(0) }}' pv1_input_power_w: friendly_name: PV1 Input Power Watt unique_id: pv1_input_power_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.pv1_input_power'')|float(0)*1000)|round(0) }}' pv2_input_power_w: friendly_name: PV2 Input Power Watt unique_id: pv2_input_power_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.pv2_input_power'')|float(0)*1000)|round(0) }}' home_consumption_now_w: friendly_name: Home Consumption Now Watt unique_id: home_consumption_now_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.home_consumption_now'')|float(0)*1000)|round(0) }}' phase_a_power_on_meter_w: friendly_name: Phase A Power on Meter Watt unique_id: phase_a_power_on_meter_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.phase_a_power_on_meter'')|float(0)*1000)|round(0) }}' phase_b_power_on_meter_w: friendly_name: Phase B Power on Meter Watt unique_id: phase_b_power_on_meter_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.phase_b_power_on_meter'')|float(0)*1000)|round(0) }}' phase_c_power_on_meter_w: friendly_name: Phase C Power on Meter Watt unique_id: phase_c_power_on_meter_w unit_of_measurement: W device_class: power value_template: '{{ (states(''sensor.phase_c_power_on_meter'')|float(0)*1000)|round(0) }}' sunsync_grid_connected: friendly_name: Sunsync Grid Connected unique_id: sunsync_grid_connected value_template: > {% if states('sensor.inverter_running_status') == '2' %} 1 {% else %} 0 {% endif %} #jeden riadok 1 - 2,65535,65535,860,65535,1,7; cas je 00:01-00:07 #druhy riadok 3 - 1,0,65535,235,65535,5915,5937; cas je 23:27-23:49; 23.5% #druhy riadok 3 - 2,65535,65535,860,65535,0,256; cas je 00:00-01:00 #druhy riadok 3 - 2,65535,65535,860,65535,512,768; cas je 02:00-03:00 # ecomode_period1_chargedischarge_setting: friendly_name: Ecomode Period1 ChargeDischarge Setting #Period1: 0:NONE 1:charge 2:discharge unique_id: ecomode_period1_chargedischarge_setting value_template: '{{ states(''sensor.ecomode_period1_struct'').split('','')[0]|default(-1) }}' ecomode_period1_battery_charge_by: friendly_name: Ecomode Period1 Battery Charge By #0:PV 1:PV+GRID unique_id: ecomode_period1_battery_charge_by value_template: '{{ states(''sensor.ecomode_period1_struct'').split('','')[1]|default(-1) }}' ecomode_period1_power_limit: friendly_name: Ecomode Period1 Power Limit #[0.0-100.0%] unique_id: ecomode_period1_power_limit unit_of_measurement: '%' value_template: '{{ states(''sensor.ecomode_period1_struct'').split('','')[3]|float(0)/10|default(-1) }}' ecomode_period1_start_time: friendly_name: Ecomode Period1 Start Time #High 8bits(Hour):[0,23] Low 8bits(Mins):[0,59] unique_id: ecomode_period1_start_time value_template: '{{ ((states(''sensor.ecomode_period1_struct'').split('','')[5]|int//256)|string).zfill(2) }}:{{ ((states(''sensor.ecomode_period1_struct'').split('','')[5]|int%256)|string).zfill(2) }}' ecomode_period1_end_time: friendly_name: Ecomode Period1 End Time #High 8bits(Hour):[0,23] Low 8bits(Mins):[0,59] unique_id: ecomode_period1_end_time value_template: '{{ ((states(''sensor.ecomode_period1_struct'').split('','')[6]|int//256)|string).zfill(2) }}:{{ ((states(''sensor.ecomode_period1_struct'').split('','')[6]|int%256)|string).zfill(2) }}' ecomode_period_enable_flag_bin: friendly_name: Ecomode Period Enable Flag Binary unique_id: ecomode_period_enable_flag_bin value_template: '{{ (''{:b}''.format(states(''sensor.ecomode_period_enable_flag'')|int)).ljust(6, ''0'') }}' #Normal help #PV power is sufficient, power from the PV will firstly supply loads, then excess power charge battery, #and any surplus power will be fed to the grid. #PV power is insufficient to satisfy loads, the battery will discharge power to fill the power gap, #and the grid will join in if it’s still not enough. #Economic help #This mode is typically used in areas where with peak and valley electricity prices to assist clients in optimizing their energy costs. #By configuring the App, customers can charge power from the grid during valley hours. #Customers can also discharge power during peak hours by configuring the App, #and the battery will discharge electricity to supply loads or feed to the grid in this instance. #standardne bez casov vobec nepouziva baterku / nenabija/nevybija #Off-grid mode #In the pure off-grid mode, power from PV will supply the back-up loads first and then charge the battery if there's surplus power. #When the power from PV isn’t enough, the battery will discharge to supply back-up loads together with PV. #Note: If there’s no grid connection when configuring the hybrid system, please set the work mode to “Off-grid” to enable #the power output in back-up port and switch to other modes when grid comes back. # UPS mode # Power grid is connected, power from PV or grid will firstly charge the battery until it’s full, # and loads will be supplied by the grid during charging period. Battery will not discharge power when the grid is connected. # Power grid fails, and PV power is insufficient to meet the loads' consumption, the battery will discharge power to supply # loads connected to the back-up port. # Minimal import from grid alghoritm #aim is not to buy energy for the inverter when not needed. Inverter is switched to Off-grid mode when the battery SOC is between 30-99 #inverter takes cca 1,7kWh/day or 70W/h #usefull when household consumption is low and battery storage can last for whole night #you can save ~600Wh-1100Wh/day #by default is this script disabled (should be) #preconditions, not checked in alghoritm: # none #turn on Off-grid mode => battery charges from PV, energy to household goes from PV and battery #- *after sunset #- or *solar production=0 for 1h - todo #- solar forecast for next day > 5kWh - todo #- battery SOC > 60 #- is General mode #turn on General mode => when battery full, energy goes also to grid #- is not General mode #- *battery is below 30% -> we will need grid #- *battery is below 25% -> just for sure, critical event #- *battery is over 99% -> we can export to grid #* = event, withou asterix are conditions automation: - id: '1679907434474' alias: Minimal import from grid set General Mode description: turn on General mode => when battery full, energy goes also to grid trigger: - platform: numeric_state entity_id: sensor.battery_soc above: 99.8 - platform: numeric_state entity_id: sensor.battery_soc below: 30 - platform: numeric_state entity_id: sensor.battery_soc below: 25 condition: - condition: not conditions: - condition: state entity_id: sensor.hybrid_inverter_working_mode_setting_text state: General mode action: - service: script.mode_general data: {} enabled: false mode: single - id: '1679935088587' alias: Minimal import from grid set Off-grid Mode description: '' trigger: - platform: sun event: sunset offset: -01:00:00 condition: - condition: numeric_state entity_id: sensor.battery_soc above: 60 - condition: state entity_id: sensor.hybrid_inverter_working_mode_setting_text state: General mode action: - service: script.mode_offgrid data: {} enabled: false mode: single script: mode_ups: alias: mode_ups sequence: - service: modbus.write_register data: address: 50000 hub: slave: 252 value: 259 mode: single icon: mdi:alpha-w-box mode_economic: alias: mode_economic sequence: - service: modbus.write_register data: address: 50000 hub: slave: 252 value: 258 mode: single icon: mdi:alpha-w-box mode_general: alias: mode_general sequence: - service: modbus.write_register data: address: 50000 hub: slave: 252 value: 257 mode: single icon: mdi:alpha-w-box mode_offgrid: alias: mode_offgrid sequence: - service: modbus.write_register data: address: 50000 hub: slave: 252 value: 512 mode: single icon: mdi:alpha-w-box # set_grid_injection_power_limit_switch: # alias: Set Grid Injection Power Limit Switch # sequence: # - service: modbus.write_register # data: # address: 25100 # hub: # slave: 252 # value: '{{ switch }}' # mode: single # icon: mdi:alpha-w-box set_grid_injection_power_limit_setting: alias: Set Grid Injection Power Limit Setting sequence: - service: modbus.write_register data: address: 25103 hub: slave: 252 value: '{{ float(limit)*10 }}' mode: single icon: mdi:alpha-w-box charge_battery_from_grid: alias: charge_battery_from_grid sequence: - service: modbus.write_register data: hub: slave: 252 address: 53006 value: 1 - service: modbus.write_register data: hub: slave: 252 address: 53007 value: - 1 - 1 - 65535 - 1000 - 65535 - 0 - 5947 - service: script.mode_economic data: {} - wait_for_trigger: - platform: state entity_id: - sensor.hybrid_inverter_working_mode_setting to: '258' timeout: hours: 0 minutes: 10 seconds: 0 milliseconds: 0 - if: - condition: state entity_id: sensor.battery_mode #0:discharge;1:charge state: '0' then: - wait_for_trigger: - platform: state entity_id: - sensor.battery_mode to: '1' timeout: hours: 0 minutes: 10 seconds: 0 milliseconds: 0 - wait_for_trigger: - platform: state entity_id: - sensor.battery_mode to: '0' timeout: hours: 3 minutes: 0 seconds: 0 milliseconds: 0 - service: script.mode_general data: {} mode: single