sofar_string_6000.yaml

#
# Sofar String Inverter
#
# Reference: ???
#

default:
  update_interval: 5
  digits: 6

parameters:
  - group: PV
    items:
      - name: "PV Power"
        alt: DC Power
        mppt: 1
        description: Combined power of all inputs
        class: "power"
        state_class: "measurement"
        uom: "W"
        rule: 1
        scale: 10
        sensors:
          - registers: [0x0586]
          - registers: [0x0589]
        validation:
          min: 0
          max: 50000
          invalidate_all:
        icon: "mdi:solar-power-variant"

      - name: "PV1 Power"
        class: "power"
        mppt: 1
        state_class: "measurement"
        uom: "W"
        scale: 10
        rule: 1
        registers: [0x0586]
        icon: "mdi:solar-power-variant"

      - name: "PV2 Power"
        class: "power"
        mppt: 2
        state_class: "measurement"
        uom: "W"
        scale: 10
        rule: 1
        registers: [0x0589]
        icon: "mdi:solar-power-variant"

      - name: "PV1 Voltage"
        class: "voltage"
        mppt: 1
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x0584]
        icon: "mdi:solar-power-variant"

      - name: "PV2 Voltage"
        class: "voltage"
        mppt: 2
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x0587]
        icon: "mdi:solar-power-variant"

      - name: "PV1 Current"
        class: "current"
        mppt: 1
        state_class: "measurement"
        uom: "A"
        scale: 0.01
        rule: 1
        registers: [0x0585]
        icon: "mdi:solar-power-variant"

      - name: "PV2 Current"
        class: "current"
        mppt: 2
        state_class: "measurement"
        uom: "A"
        scale: 0.01
        rule: 1
        registers: [0x0588]
        icon: "mdi:solar-power-variant"

      - name: Today Production
        friendly_name: Today's Production
        class: "energy"
        state_class: "total_increasing"
        uom: "kWh"
        scale: 0.01
        rule: 3
        registers: [0x0685, 0x0684]
        icon: "mdi:solar-power"
        validation:
          dev: 100
          invalidate_all:

      - name: "Total Production"
        class: "energy"
        state_class: "total_increasing"
        uom: "kWh"
        rule: 3
        registers: [0x0687, 0x0686]
        icon: "mdi:solar-power"
        validation:
          min: 0.1
          dev: 100
          invalidate_all: 2

      - name: "Total Production time"
        state_class: "measurement"
        uom: "h"
        rule: 3
        registers: [0x0018, 0x0017]
        icon: "mdi:clock-outline"

      - name: "Today Production time"
        state_class: "measurement"
        uom: "min"
        rule: 1
        registers: [0x001A]
        icon: "mdi:clock-outline"

  - group: Output
    items:
      - name: "Power"
        class: "power"
        state_class: "measurement"
        uom: "W"
        scale: 10
        rule: 1
        registers: [0x000C]

      - name: "Power losses"
        description: Includes consumption of the inverter device itself as well AC/DC conversion losses
        class: "power"
        state_class: "measurement"
        uom: "W"
        rule: 1
        digits: 0
        scale: 10
        uint: enforce
        sensors:
          - registers: [0x000A]
          - registers: [0x000B]
          - operator: subtract
            registers: [0x000C]

      - name: "Output reactive power"
        class: "reactive_power"
        state_class: "measurement"
        uom: "kvar"
        scale: 0.01
        rule: 1
        registers: [0x000D]

      - name: "Grid frequency"
        class: "frequency"
        state_class: "measurement"
        uom: "Hz"
        scale: 0.01
        rule: 1
        registers: [0x0484]

      - name: "L1 Voltage"
        l: 1
        class: "voltage"
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x048D]

      - name: "L1 Current"
        l: 1
        class: "current"
        state_class: "measurement"
        uom: "A"
        scale: 0.01
        rule: 1
        registers: [0x048E]

      - name: "L2 Voltage"
        l: 2
        class: "voltage"
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x0498]
        icon: "mdi:home-lightning-bolt"

      - name: "L2 Current"
        l: 2
        class: "current"
        state_class: "measurement"
        uom: "A"
        scale: 0.01
        rule: 1
        registers: [0x0499]
        icon: "mdi:home-lightning-bolt"

      - name: "L3 Voltage"
        l: 3
        class: "voltage"
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x04A3]
        icon: "mdi:home-lightning-bolt"

      - name: "L3 Current"
        l: 3
        class: "current"
        state_class: "measurement"
        uom: "A"
        scale: 0.01
        rule: 1
        registers: [0x04A4]
        icon: "mdi:home-lightning-bolt"

  - group: Device
    items:
      - name: "Device State"
        class: "enum"
        rule: 1
        registers: [0x0404]
        icon: "mdi:state-machine"
        lookup:
          - key: 0x0000
            value: "Standby"
          - key: 0x0001
            value: "Self-test"
          - key: 0x0002
            value: "Normal"
          - key: 0x0003
            value: "Alarm"
          - key: 0x0004
            value: "Fault"

      - name: "Inverter module temperature"
        class: "temperature"
        uom: "°C"
        rule: 1
        registers: [0x0420]

      - name: "Inverter inner temperature"
        class: "temperature"
        state_class: "measurement"
        uom: "°C"
        rule: 1
        registers: [0x041A]

      - name: "Inverter bus voltage"
        class: "voltage"
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x001D]

      - name: "PV1 voltage sample by slave CPU"
        class: "voltage"
        mppt: 1
        state_class: "measurement"
        uom: "V"
        scale: 0.1
        rule: 1
        registers: [0x048D]

      - name: "PV1 current sample by slave CPU"
        class: "current"
        mppt: 1
        state_class: "measurement"
        uom: "A"
        scale: 0.1
        rule: 1
        registers: [0x048E]

      - name: "Countdown time"
        state_class: "measurement"
        uom: "s"
        rule: 1
        registers: [0x0020]

      - name: "Inverter alert message"
        rule: 1
        registers: [0x0021]

      - name: "Input mode"
        rule: 1
        registers: [0x0022]

      - name: "Communication Board inner message"
        rule: 1
        registers: [0x0023]

      - name: "Insulation of PV1+ to ground"
        state_class: "measurement"
        mppt: 1
        rule: 1
        registers: [0x0024]

      - name: "Insulation of PV2+ to ground"
        state_class: "measurement"
        mppt: 2
        rule: 1
        registers: [0x0025]

      - name: "Insulation of PV- to ground"
        state_class: "measurement"
        mppt: 1
        rule: 1
        registers: [0x0026]

      - name: "Country"
        rule: 1
        registers: [0x0027]
        lookup:
          - key: 0
            value: "Germany"
          - key: 1
            value: "CEI0-21 Internal"
          - key: 2
            value: "Australia"
          - key: 3
            value: "Spain RD1699"
          - key: 4
            value: "Turkey"
          - key: 5
            value: "Denmark"
          - key: 6
            value: "Greece"
          - key: 7
            value: "Netherland"
          - key: 8
            value: "Belgium"
          - key: 9
            value: "UK-G59"
          - key: 10
            value: "China"
          - key: 11
            value: "France"
          - key: 12
            value: "Poland"
          - key: 13
            value: "Germany BDEW"
          - key: 14
            value: "Germany VDE0126"
          - key: 15
            value: "Italy CEI0-16"
          - key: 16
            value: "UK-G83"
          - key: 17
            value: "Greece Islands"
          - key: 18
            value: "EU EN50438"
          - key: 19
            value: "EU EN61727"
          - key: 20
            value: "Korea"
          - key: 21
            value: "Sweden"
          - key: 22
            value: "Europe General"
          - key: 23
            value: "CEI0-21 External"
          - key: 24
            value: "Cyprus"
          - key: 25
            value: "India"
          - key: 26
            value: "Philippines"
          - key: 27
            value: "New Zeland"
          - key: 28
            value: "Reserve"
          - key: 29
            value: "Reserve"

  - group: Alarm
    items:
      - name: "Device Fault"
        class: "enum"
        rule: 1
        icon: "mdi:message-alert-outline"
        registers: [0x0001, 0x0002, 0x0003, 0x0004, 0x0005]
        lookup:
          - key: 0
            value: "OK"
          - bit: 0
            value: "ID01 Grid Over Voltage Protection"
          - bit: 1
            value: "ID02 Grid Under Voltage Protection"
          - bit: 2
            value: "ID03 Grid Over Frequency Protection"
          - bit: 3
            value: "ID04 Grid Under Frequency Protection"
          - bit: 4
            value: "ID05 PV Under Voltage Protection"
          - bit: 5
            value: "ID06 Grid Low Voltage Ride through"
          - bit: 6
            value: "ID07"
          - bit: 7
            value: "ID08"
          - bit: 8
            value: "ID09 PV Over Voltage Protection"
          - bit: 9
            value: "ID10 PV Input Current Unbalanced"
          - bit: 10
            value: "ID11 PV Input Mode wrong configuration"
          - bit: 11
            value: "ID12 Ground-Fault circuit interrupters fault"
          - bit: 12
            value: "ID13 Phase sequence fault"
          - bit: 13
            value: "ID14 Hardware boost over current protection"
          - bit: 14
            value: "ID15 Hardware AC over current protection"
          - bit: 15
            value: "ID16 Grid current is too high"
          - bit: 16
            value: "ID17 Grid current sampling error"
          - bit: 17
            value: "ID18 DCI sampling error"
          - bit: 18
            value: "ID19 Grid voltage sampling error"
          - bit: 19
            value: "ID20 GFCI device sampling error"
          - bit: 20
            value: "ID21 Main chip fault"
          - bit: 21
            value: "ID22 Hardware auxiliary power fault"
          - bit: 22
            value: "ID23 Bus voltage zero fault"
          - bit: 23
            value: "ID24 Output current not balanced"
          - bit: 24
            value: "ID25 Bus under voltage protection"
          - bit: 25
            value: "ID26 Bus over voltage protection"
          - bit: 26
            value: "ID27 Bus voltage unbalanced"
          - bit: 27
            value: "ID28 DCI is too high"
          - bit: 28
            value: "ID29 Grid current is too high"
          - bit: 29
            value: "ID30 Input current is too high"
          - bit: 30
            value: "ID31"
          - bit: 31
            value: "ID32"
          - bit: 32
            value: "ID33 Reserved"
          - bit: 33
            value: "ID34 Reserved"
          - bit: 34
            value: "ID35 Reserved"
          - bit: 35
            value: "ID36 Reserved"
          - bit: 36
            value: "ID37 Reserved"
          - bit: 37
            value: "ID38 Reserved"
          - bit: 38
            value: "ID39 Reserved"
          - bit: 39
            value: "ID40 Reserved"
          - bit: 40
            value: "ID41 Reserved"
          - bit: 41
            value: "ID42 Reserved"
          - bit: 42
            value: "ID43 Reserved"
          - bit: 43
            value: "ID44 Reserved"
          - bit: 44
            value: "ID45 Reserved"
          - bit: 45
            value: "ID46 Reserved"
          - bit: 46
            value: "ID47 Reserved"
          - bit: 47
            value: "ID48 Reserved"
          - bit: 48
            value: "ID49 Grid voltage sampling value between master and slave DSP vary widely"
          - bit: 49
            value: "ID50 Grid frequency sampling value between master and slave DSP vary widely"
          - bit: 50
            value: "ID51 DCI sampling value between master and slave DSP vary widely"
          - bit: 51
            value: "ID52 GFCI sampling value between master and slave DSP vary widely"
          - bit: 52
            value: "ID53 Communication failure between master and slave DSP failure"
          - bit: 53
            value: "ID53 Communication failure between slave and communication board"
          - bit: 54
            value: "ID55 Relay fault"
          - bit: 55
            value: "ID56 Insulation resistance between PV array and the earth is too low"
          - bit: 56
            value: "ID57 Inverter temp is too high"
          - bit: 57
            value: "ID58 Boost temp is too high"
          - bit: 58
            value: "ID59 Environment temp is too high"
          - bit: 59
            value: "ID60 Brak podłączenie falownika do kabla PE"
          - bit: 60
            value: "ID61 Reserved"
          - bit: 61
            value: "ID62 Reserved"
          - bit: 62
            value: "ID63 Reserved"
          - bit: 63
            value: "ID64 Reserved"
          - bit: 64
            value: "ID65 Grid current is too high and causes unrecoverable fault"
          - bit: 65
            value: "ID66 Bus voltage is too high and causes unrecoverable fault"
          - bit: 66
            value: "ID67 Grid current is unbalanced and causes unrecoverable fault"
          - bit: 67
            value: "ID68 Input current is unbalanced and causes unrecoverable fault"
          - bit: 68
            value: "ID69 Bus voltage is unbalanced and causes unrecoverable fault"
          - bit: 69
            value: "ID70 Grid current is too high and causes unrecoverable fault"
          - bit: 70
            value: "ID65 PV Input Mode Configuration is wrong and causes unrecoverable fault"
          - bit: 71
            value: "ID72 Reserved"
          - bit: 72
            value: "ID73 Reserved"
          - bit: 73
            value: "ID74 Input current is too high and causes unrecoverable fault"
          - bit: 74
            value: "ID75 Error reading from EEPROM"
          - bit: 75
            value: "ID76 Error writing to EEPROM"
          - bit: 76
            value: "ID77 Relay fauilure causes unrecoverable fault"
          - bit: 77
            value: "ID78 Reserved"
          - bit: 78
            value: "ID79 Reserved"
          - bit: 79
            value: "ID80 Reserved"
          - key: default
            value: Problem