Sunsynk 3p hybrid inverter

Podporované funkce

Řízení baterie: Externí řízení nabíjení a vybíjení domácí baterie pomocí evcc.
Omezitelné: Výkon střídače lze omezit (např. § 9 EEG). Viz Externí limit.

Oblasti využití

Měřič sítě
Solární výroba
Baterie

Parametry

Modbus

Název	Popis	Hodnota	Úroveň
`id`	Modbus ID Výchozí: `1`	int	povinné
`device`	Název zařízení Adaptér USB-RS485 Příklad: `/dev/ttyUSB0`		povinné
`baudrate`	Přenosová rychlost Výchozí: `9600`		povinné
`comset`	ComSet Komunikační parametr adaptéru Výchozí: `8N1`		povinné
`host`	IP adresa nebo název hostitele Příklad: `192.0.2.2`		povinné
`port`	Port Výchozí: `502`	int	povinné
`maxacpower` [W]	Maximum AC power of the hybrid inverter Výchozí: `0` Příklad: `5000`		volitelné
`batterytype`	Inverter for LV or HV batteries Choose "hv" if you are using a high voltage battery with a nominal voltage over 60V Výchozí: `lv`		volitelné
`maxdischargecurrent`	Max Discharge Current Maximum battery discharge current in Amperes (A) for normal mode. Typical range 50-350A depending on battery capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 100A x 48V = 4800W (4.8kW). Výchozí: `100`		volitelné
`gridchargecurrent`	Grid Charge Current Maximum battery charging current in Amperes (A) from grid for charge mode. Typical range 30-350A depending on battery and inverter capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 60A x 48V = 2880W (2.9kW). Výchozí: `60`		volitelné
`capacity` [kWh]	Battery capacity Příklad: `50`		volitelné
`minsoc` [%]	Minimum charge Lower limit as configured on the battery system. Used by optimizer. Výchozí: `0` Příklad: `25`		volitelné
`maxsoc` [%]	Maximum charge Upper limit as configured on the battery system. Used by optimizer and, on some devices, for grid charging. Výchozí: `100` Příklad: `95`		volitelné
`storageunit`	Battery storage unit index Výchozí: `1`		pokročilé
`maxchargepower` [W]	Maximum charge power Highest power the battery system can charge with. The optimizer plans with charging up to this power. Some devices also use it as grid charging power.		pokročilé
`maxdischargepower` [W]	Maximum discharge power Highest power the battery system can discharge with. The optimizer plans with discharging up to this power. Smart mode assumes the battery supplies at most this power to vehicle charging.		pokročilé
`includegenport`	Treat GEN port as solar input When enabled, the GEN port of the inverter will be treated as an additional solar input. This will add the power and energy fed in through the GEN port to the total solar yield.		pokročilé
`firmware1098`	Firmware 1098 or newer (only for HV versions) After a firmware update of the high voltage inverter, some register values have changed their scaling factor. If your inverter has firmware version 1098 or newer, you need to enable this option to get correct values.		pokročilé

Příklad konfigurace pro evcc.yaml

Pokud nechcete konfigurovat přes uživatelské rozhraní, můžete místo toho použít tento blok YAML.

Měřič sítěSolární výrobaBaterie

meters:
    - name: my_grid
      type: template
      template: deye-hybrid-3p
      usage: grid

      # RS485 via adapter (Modbus RTU)
      modbus: rs485serial
      id: 1
      device: /dev/ttyUSB0 # USB-RS485 Adapter Adresse
      baudrate: 9600 # Prüfe die Geräteeinstellungen, typische Werte sind 9600, 19200, 38400, 57600, 115200
      comset: "8N1" # Kommunikationsparameter für den Adapter

      # RS485 via TCP/IP (Modbus RTU)
      modbus: rs485tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port

      # Modbus TCP
      modbus: tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port
      batterytype: lv # Inverter for LV or HV batteries, Choose "hv" if you are using a high voltage battery with a nominal voltage over 60V [lv, hv]
      maxdischargecurrent: 100 # Max Discharge Current, Maximum battery discharge current in Amperes (A) for normal mode. Typical range 50-350A depending on battery capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 100A x 48V = 4800W (4.8kW).
      gridchargecurrent: 60 # Grid Charge Current, Maximum battery charging current in Amperes (A) from grid for charge mode. Typical range 30-350A depending on battery and inverter capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 60A x 48V = 2880W (2.9kW).
      includegenport: # Treat GEN port as solar input, When enabled, the GEN port of the inverter will be treated as an additional solar input. This will add the power and energy fed in through the GEN port to the total solar yield. (optional)
      firmware1098: # Firmware 1098 or newer (only for HV versions), After a firmware update of the high voltage inverter, some register values have changed their scaling factor. If your inverter has firmware version 1098 or newer, you need to enable this option to get correct values. (optional)

meters:
    - name: my_pv
      type: template
      template: deye-hybrid-3p
      usage: pv

      # RS485 via adapter (Modbus RTU)
      modbus: rs485serial
      id: 1
      device: /dev/ttyUSB0 # USB-RS485 Adapter Adresse
      baudrate: 9600 # Prüfe die Geräteeinstellungen, typische Werte sind 9600, 19200, 38400, 57600, 115200
      comset: "8N1" # Kommunikationsparameter für den Adapter

      # RS485 via TCP/IP (Modbus RTU)
      modbus: rs485tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port

      # Modbus TCP
      modbus: tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port
      maxacpower: 0 # Maximum AC power of the hybrid inverter (W)
      batterytype: lv # Inverter for LV or HV batteries, Choose "hv" if you are using a high voltage battery with a nominal voltage over 60V [lv, hv]
      maxdischargecurrent: 100 # Max Discharge Current, Maximum battery discharge current in Amperes (A) for normal mode. Typical range 50-350A depending on battery capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 100A x 48V = 4800W (4.8kW).
      gridchargecurrent: 60 # Grid Charge Current, Maximum battery charging current in Amperes (A) from grid for charge mode. Typical range 30-350A depending on battery and inverter capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 60A x 48V = 2880W (2.9kW).
      includegenport: # Treat GEN port as solar input, When enabled, the GEN port of the inverter will be treated as an additional solar input. This will add the power and energy fed in through the GEN port to the total solar yield. (optional)
      firmware1098: # Firmware 1098 or newer (only for HV versions), After a firmware update of the high voltage inverter, some register values have changed their scaling factor. If your inverter has firmware version 1098 or newer, you need to enable this option to get correct values. (optional)

meters:
    - name: my_battery
      type: template
      template: deye-hybrid-3p
      usage: battery

      # RS485 via adapter (Modbus RTU)
      modbus: rs485serial
      id: 1
      device: /dev/ttyUSB0 # USB-RS485 Adapter Adresse
      baudrate: 9600 # Prüfe die Geräteeinstellungen, typische Werte sind 9600, 19200, 38400, 57600, 115200
      comset: "8N1" # Kommunikationsparameter für den Adapter

      # RS485 via TCP/IP (Modbus RTU)
      modbus: rs485tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port

      # Modbus TCP
      modbus: tcpip
      id: 1
      host:  # Hostname
      port: 502 # Port
      batterytype: lv # Inverter for LV or HV batteries, Choose "hv" if you are using a high voltage battery with a nominal voltage over 60V [lv, hv]
      maxdischargecurrent: 100 # Max Discharge Current, Maximum battery discharge current in Amperes (A) for normal mode. Typical range 50-350A depending on battery capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 100A x 48V = 4800W (4.8kW).
      gridchargecurrent: 60 # Grid Charge Current, Maximum battery charging current in Amperes (A) from grid for charge mode. Typical range 30-350A depending on battery and inverter capacity. Power calculation: P(W) = Current(A) x Voltage(V). Example with 48V battery: 60A x 48V = 2880W (2.9kW).
      capacity: 50 # Battery capacity (kWh), optional
      minsoc: 0 # Minimum charge (%), Lower limit as configured on the battery system. Used by optimizer. (optional)
      maxsoc: 100 # Maximum charge (%), Upper limit as configured on the battery system. Used by optimizer and, on some devices, for grid charging. (optional)
      storageunit: 1 # Battery storage unit index, [1, 2] (optional)
      maxchargepower: # Maximum charge power (W), Highest power the battery system can charge with. The optimizer plans with charging up to this power. Some devices also use it as grid charging power. (optional)
      maxdischargepower: # Maximum discharge power (W), Highest power the battery system can discharge with. The optimizer plans with discharging up to this power. Smart mode assumes the battery supplies at most this power to vehicle charging. (optional)
      includegenport: # Treat GEN port as solar input, When enabled, the GEN port of the inverter will be treated as an additional solar input. This will add the power and energy fed in through the GEN port to the total solar yield. (optional)
      firmware1098: # Firmware 1098 or newer (only for HV versions), After a firmware update of the high voltage inverter, some register values have changed their scaling factor. If your inverter has firmware version 1098 or newer, you need to enable this option to get correct values. (optional)