IP-Symcon (IPS) Modul für Fronius Inverter (Wechselrichter) und SmartMeter (Energiezähler) mit ModBus TCP Unterstützung (bspw. Galvo, Primo, Symo, Symo Hybrid, Primo GEN24 Plus, Symo GEN24 Plus, Tauro,...).
Dieses Modul erstellt anhand der Konfiguration der Fronius Instanz den nötigen Client Socket und das dazugehörige ModBus Gateway. Sofern diese bereits vorhanden sind, werden keine weiteren Client Sockets oder ModBus Gateways erstellt. Unterhalb der Fronius Instanz werden die Modbus Adressen des Modells Inverter und optional der erweiterterten Inverter Modelle erstellt oder es wird alternativ das Meter Modell erstellt.
Über das in der IP Symcon Console (unter Core Instances/Kerninstanzen) enthaltene Module Control die URL https://github.com/Brovning/fronius manuell hinzufügen.
Anschließend steht das Modul zur Verfügung und eine Fronius Instanz kann hinzugefügt werden.
Anmerkung: Per Klick auf das Zahnradsymbol kann in der Modulverwaltung ganz einfach für Tests zwischen "main" (stabile und getestete Versionen) und "beta" (enthält neuste Funktionen, welche teils getest und ggf. fehlerbehaftet sind) hin- und hergewechselt werden.
Über den in der IP Symcon Console integrierten Module Store das 'Fronius'-Modul installieren.
Anschließend steht das Modul zur Verfügung und eine Fronius Instanz kann hinzugefügt werden.
Unter 'Instanz hinzufügen' ist das 'Fronius'-Modul unter dem Hersteller 'Fronius' aufgeführt.
Konfigurationsseite:
Name | Beschreibung |
---|---|
Open | Schalter zum aktivieren und deaktivieren der Instanz |
IP | IP-Adresse des Fronius-Wechselrichters im lokalen Netzwerk |
Port | Port, welcher im Wechselrichter unter dem Menüpunkt Modbus angegeben wurde. Default: 502 |
Geräte Id | Modbus Geräte ID, welche im Fronius Menü gesetzt werden kann. Default für Inverter: 1, Default für SmartMeter: 200 oder 240 |
IC120 Nameplate | Soll das Nameplate Modell IC120 angezeigt werden? Default: false |
IC121 Basic Settings | Soll das Basic Settings Modell IC121 angezeigt werden? Default: false |
IC122 Extended Measurements & Status | Soll das Extended Measurements & Status Modell IC122 angezeigt werden? Default: false |
IC123 Immediate Controls | Soll das Immediate Controls Modell IC123 angezeigt werden? Default: false |
I160 Multiple MPPT Inverter Extension | Soll das Multiple MPPT Inverter Extension Modell I160 angezeigt werden? Default: false |
IC124 Basic Storage Control | Soll das Basic Storage Modell IC124 angezeigt werden? Achtung: Nur für Hybrid-Wechselrichter gültig! Default: false |
1-phasiger Wechselrichter | Wird anstatt einens 3-phasigen Wechselrichters (Symo) ein 1-phasiger Wechselrichter (Primo) verwendet? Default: false |
Abfrage-Intervall | Intervall (in Sekunden) in welchem die Modbus-Adressen abgefragt werden sollen. Achtung: Abfrage-Intervall nicht zu klein wählen, um die Systemlast und auch die Archiv-Größe bei Logging nicht unnötig zu erhöhen! Default: 60 |
Die Statusvariablen/Kategorien werden automatisch angelegt. Das Löschen einzelner kann zu Fehlfunktionen führen.
Für die Wechselrichter-Daten werden zwei verschiedene SunSpec Models unterstützt:
StartRegister | Size | RW | FunctionCode | Name | Type | Units | Description |
---|---|---|---|---|---|---|---|
500 | 2 | R | 3 | F_Site_Power | uint32 | W | Total power (site sum) of all connected inverters. |
502 | 4 | R | 3 | F_Site_Energy_Day | uint64 | Wh | Total energy for current day of all connected inverters. |
506 | 4 | R | 3 | F_Site_Energy_Year | uint64 | Wh | Total energy for last year of all connected inverters. |
510 | 4 | R | 3 | F_Site_Energy_Total | uint64 | Wh | Total energy of all connected inverters. |
40070 | 1 | R | 3 | ID | uint16 | Uniquely identifies this as a SunSpec Inverter Modbus Map (111: single phase, 112: split phase, 113: three phase) | |
40071 | 1 | R | 3 | L | uint16 | Registers, Length of inverter model block | |
40072 | 2 | R | 3 | A | float32 | A | AC Total Current value |
40074 | 2 | R | 3 | AphA | float32 | A | AC Phase-A Current value |
40076 | 2 | R | 3 | AphB | float32 | A | AC Phase-B Current value |
40078 | 2 | R | 3 | AphC | float32 | A | AC Phase-C Current value |
40080 | 2 | R | 3 | PPVphAB | float32 | V | AC Voltage Phase-AB value |
40082 | 2 | R | 3 | PPVphBC | float32 | V | AC Voltage Phase-BC value |
40084 | 2 | R | 3 | PPVphCA | float32 | V | AC Voltage Phase-CA value |
40086 | 2 | R | 3 | PhVphA | float32 | V | AC Voltage Phase-A-toneutral value |
40088 | 2 | R | 3 | PhVphB | float32 | V | AC Voltage Phase-B-toneutral value |
40090 | 2 | R | 3 | PhVphC | float32 | V | AC Voltage Phase-C-toneutral value |
40092 | 2 | R | 3 | W | float32 | W | AC Power value |
40094 | 2 | R | 3 | Hz | float32 | Hz | AC Frequency value |
40096 | 2 | R | 3 | VA | float32 | VA | Apparent Power |
40098 | 2 | R | 3 | VAr | float32 | VAr | Reactive Power |
40100 | 2 | R | 3 | PF | float32 | % | Power Factor |
40102 | 2 | R | 3 | WH | float32 | Wh | AC Lifetime Energy production |
40108 | 2 | R | 3 | DCW | float32 | W | DC Power value |
40110 | 2 | R | 3 | TmpCab | float32 | ° C | Cabinet Temperature |
40112 | 2 | R | 3 | TmpSnk | float32 | ° C | Coolant or Heat Sink Temperature |
40114 | 2 | R | 3 | TmpTrns | float32 | ° C | Transformer Temperature |
40116 | 2 | R | 3 | TmpOt | float32 | ° C | Other Temperature |
40118 | 1 | R | 3 | St | enum16 | Enumerated | Operating State (SunSpec State Codes) |
40119 | 1 | R | 3 | StVnd | enum16 | Enumerated | Vendor Defined Operating State (Fronius State Codes) |
40120 | 2 | R | 3 | Evt1 | uint32 | Bitfield | Event Flags (bits 0-31) |
40122 | 2 | R | 3 | Evt2 | uint32 | Bitfield | Event Flags (bits 32-63) |
40124 | 2 | R | 3 | EvtVnd1 | uint32 | Bitfield | Vendor Defined Event Flags (bits 0-31) |
40126 | 2 | R | 3 | EvtVnd2 | uint32 | Bitfield | Vendor Defined Event Flags (bits 32-63) |
40128 | 2 | R | 3 | EvtVnd3 | uint32 | Bitfield | Vendor Defined Event Flags (bits 64-95) |
40130 | 2 | R | 3 | EvtVnd4 | uint32 | Bitfield | Vendor Defined Event Flags (bits 96-127) |
Dieses Modell entspricht einem Leistungsschild. Folgende Daten können ausgelesen werden:
StartRegister | Size | RW | FunctionCode | Name | Type | Units | Description |
---|---|---|---|---|---|---|---|
40135 | 1 | R | 3 | WRtg | uint16 | W | WRtg_SF Continuous power output capability of the inverter. |
40136 | 1 | R | 3 | WRtg_SF | sunssf | Scale factor 1 | |
40137 | 1 | R | 3 | VARtg | uint16 | VA | VARtg_SF Continuous Volt-Ampere capability of the inverter. |
40138 | 1 | R | 3 | VARtg_SF | sunssf | Scale factor 1 | |
40139 | 1 | R | 3 | VArRtgQ1 | int16 | var | VArRtg_SF Continuous VAR capability of the inverter in quadrant 1. |
40140 | 1 | R | 3 | VArRtgQ2 | int16 | var | VArRtg_SF Continuous VAR capability of the inverter in quadrant 2. |
40141 | 1 | R | 3 | VArRtgQ3 | int16 | var | VArRtg_SF Continuous VAR capability of the inverter in quadrant 3. |
40142 | 1 | R | 3 | VArRtgQ4 | int16 | var | VArRtg_SF Continuous VAR capability of the inverter in quadrant 4. |
40143 | 1 | R | 3 | VArRtg_SF | sunssf | Scale factor 1 | |
40144 | 1 | R | 3 | ARtg | uint16 | A | ARtg_SF Maximum RMS AC current level capability of the inverter. |
40145 | 1 | R | 3 | ARtg_SF | sunssf | Scale factor -2 | |
40146 | 1 | R | 3 | PFRtgQ1 | int16 | cos() | PFRtg_SF Minimum power factor capability of the inverter in quadrant 1. |
40147 | 1 | R | 3 | PFRtgQ2 | int16 | cos() | PFRtg_SF Minimum power factor capability of the inverter in quadrant 2. |
40148 | 1 | R | 3 | PFRtgQ3 | int16 | cos() | PFRtg_SF Minimum power factor capability of the inverter in quadrant 3. |
40149 | 1 | R | 3 | PFRtgQ4 | int16 | cos() | PFRtg_SF Minimum power factor capability of the inverter in quadrant 4. |
40150 | 1 | R | 3 | PFRtg_SF | sunssf | Scale factor -3 | |
40151 | 1 | R | 3 | WHRtg | uint16 | Wh | WHRtg_SF Nominal energy rating of storage device. |
40152 | 1 | R | 3 | WHRtg_SF | sunssf | Scale factor 0* | |
40153 | 1 | R | 3 | AhrRtg | uint16 | AH | AhrRtg_SF The useable capacity of the battery. Maximum charge minus minimum charge from a technology capability perspective (Amp-hour capacity rating). |
40154 | 1 | R | 3 | AhrRtg_SF | sunssf | Scale factor for amphour rating. | |
40155 | 1 | R | 3 | MaxChaRte | uint16 | W | MaxChaRte_SF Maximum rate of energy transfer into the storage device. |
40156 | 1 | R | 3 | MaxChaRte_SF | sunssf | Scale factor 0* | |
40157 | 1 | R | 3 | MaxDisChaRte | uint16 | W | Max-DisChaRte_SF Maximum rate of energy transfer out of the storage device. |
40158 | 1 | R | 3 | MaxDisChaRte_SF | sunssf | Scale factor 0* |
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units | |
---|---|---|---|---|---|---|---|---|
40162 | 1 | RW | 0x03 0x06 0x10 | WMax | Setting for maximum power output. Default to I_WRtg. | uint16 | W | VAMax_SF |
40163 | 1 | RW | 0x03 0x06 0x10 | VRef | Voltage at the PCC. | uint16 | V | VAMax_SF |
40164 | 1 | RW | 0x03 0x06 0x10 | VRefOfs | Offset from PCC to inverter. | int16 | V | VRefOfs_SF |
40167 | 1 | RW | 0x03 | VAMax | Setpoint for maximum apparent power. Default to I_VARtg. | uint16 | VA | VAMax_SF |
40168 | 1 | R | 0x03 | VARMaxQ1 | Setting for maximum reactive power in quadrant 1. Default to VArRtgQ1. | int16 | var | VARMax_SF |
40171 | 1 | R | 0x03 | VARMaxQ4 | Setting for maximum reactive power in quadrant 4 Default to VArRtgQ4. | int16 | var | VARMax_SF |
40173 | 1 | R | 0x03 | PFMinQ1 | Setpoint for minimum power factor value in quadrant 1. Default to PFRtgQ1. | int16 | cos() | PFMin_SF |
40176 | 1 | R | 0x03 | PFMinQ4 | Setpoint for minimum power factor value in quadrant 4. Default to PFRtgQ4. | int16 | cos() | PFMin_SF |
Allgemeines: Dieses Modell liefert einige zusätzliche Mess- und Statuswerte | die das normale Inverter Model nicht abdeckt:
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units | |||||
---|---|---|---|---|---|---|---|---|---|---|---|---|
40194 | 1 | R | 0x03 | PVConn | PV inverter present/available status. Enumerated value. | uint16 | bitfield16 | Bit 0: Connected | Bit 1: Available | Bit 2: Operating | Bit 3: Test | |
40195 | 1 | R | 0x03 | StorConn | Storage inverter present/available status. Enumerated value. | uint16 | bitfield16 | bit 0: CONNECTED | bit 1: AVAILABLE | bit 2: OPERATING | bit 3: TEST | |
40196 | 1 | R | 0x03 | ECPConn | ECP connection status: disconnected=0 connected=1. | uint16 | bitfield16 | 0: Disconnected | 1: Connected | |||
40197 | 4 | R | 0x03 | ActWh | AC lifetime active (real) energy output. | acc64 | Wh | |||||
40227 | 2 | R | 0x03 | StActCtl | Bit Mask indicating which inverter controls are currently active. | uint32 | bitfield32 | Bit 0: FixedW | Bit 1: FixedVAR | Bit 2: FixedPF | ||
40233 | 2 | R | 0x03 | Tms | Seconds since 01-01-2000 00:00 UTC | uint32 | Secs |
Allgemeines: Mit den Immediate Controls können folgende Einstellungen am Wechselrichter vorgenommen werden:
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units | |||
---|---|---|---|---|---|---|---|---|---|---|
40240 | 1 | RW | 0x03 0x06 0x10 | Conn_WinTms | Time window for connect/disconnect. | uint16 | Secs | |||
40241 | 1 | RW | 0x03 0x06 0x10 | Conn_RvrtTms | Timeout period for connect/disconnect. | uint16 | Secs | |||
40242 | 1 | RW | 0x03 0x06 0x10 | Conn | Enumerated valued. Connection control. | uint16 | bitfield16 | 0: Disconnected | 1: Connected | |
40243 | 1 | RW | 0x03 0x06 0x10 | WMaxLimPct | Set power output to specified level. (% WMax) | uint16 | % | WMaxLimPct_SF | ||
40244 | 1 | RW | 0x03 0x06 0x10 | WMaxLimPct_WinTms | Time window for power limit change. | uint16 | Secs | 0 – 300 | ||
40245 | 1 | RW | 0x03 0x06 0x10 | WMaxLimPct_RvrtTms | Timeout period for power limit. | uint16 | Secs | 0 – 28800 | ||
40246 | 1 | RW | 0x03 | WMaxLimPct_RmpTms | Ramp time for moving from current setpoint to new setpoint. | uint16 | Secs | 0 - 65534 (0xFFFF has the same effect as 0x0000) | ||
40247 | 1 | RW | 0x03 0x06 0x10 | WMaxLim_Ena | Enumerated valued. Throttle enable/disable control. | enum16 | 0: Disabled | 1: Enabled | ||
40248 | 1 | RW | 0x03 0x06 0x10 | OutPFSet | Set power factor to specific value - cosine of angle. | int16 | cos() | OutPFSet_SF | ||
40249 | 1 | RW | 0x03 0x06 0x10 | OutPFSet_WinTms | Time window for power factor change. | uint16 | Secs | 0 – 300 | ||
40250 | 1 | RW | 0x03 0x06 0x10 | OutPFSet_RvrtTms | Timeout period for power factor. | uint16 | Secs | 0 – 28800 | ||
40251 | 1 | RW | 0x03 0x06 0x10 | OutPFSet_RmpTms | Ramp time for moving from current setpoint to new setpoint. | uint16 | Secs | 0 - 65534 (0xFFFF has the same effect as 0x0000) | ||
40252 | 1 | RW | 0x03 0x06 0x10 | OutPFSet_Ena | Enumerated valued. Fixed power factor enable/disable control. | enum16 | 0: Disabled | 1: Enabled | ||
40254 | 1 | RW | 0x03 0x06 0x10 | VArMaxPct | Reactive power in percent of I_VArMax. (% VArMax) | int16 | % | VArPct_SF | ||
40256 | 1 | RW | 0x03 0x06 0x10 | VArPct_WinTms | Time window for VAR limit change. | uint16 | Secs | 0 – 300 | ||
40257 | 1 | RW | 0x03 0x06 0x10 | VArPct_RvrtTms | Timeout period for VAR limit. | uint16 | Secs | 0 – 28800 | ||
40258 | 1 | RW | 0x03 0x06 0x10 | VArPct_RmpTms | Ramp time for moving from current setpoint to new setpoint. | uint16 | Secs | 0 - 65534 (0xFFFF has the same effect as 0x0000) | ||
40259 | 1 | R | 0x03 | VArPct_Mod | Enumerated value. VAR limit mode. | enum16 | 2: VAR limit as a % of VArMax | |||
40260 | 1 | RW | 0x03 0x06 0x10 | VArPct_Ena | Enumerated valued. Fixed VAR enable/disable control. | enum16 | 0: Disabled | 1: Enabled |
Allgemeines: Das Multiple MPPT Inverter Extension Model beinhaltet die Werte von bis zu zwei DC Eingängen des Wechselrichters. Verfügt der Wechselrichter über zwei DC Eingänge | so werden Strom | Spannung | Leistung, Energie und Statusmeldungen der einzelnen Eingänge hier aufgelistet. Im Inverter Model (101 -103 oder 111 - 113) wird in diesem Fall nur die gesamte DC Leistung beider Eingänge ausgegeben. DC Strom und DC Spannung werden als "not implemented" angezeigt. Sollte der Wechselrichter nur über einen DC Eingang verfügen | werden alle Werte des zweiten Strings auf "not implemented" gesetzt (ab Register 2_DCA). Die Bezeichnung des zweiten Eingangs (Register 2_IDStr) lautet in diesem Fall "Not supported". Die Werte des ersten (und einzigen) Eingangs werden normal angezeigt.
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units | ||
---|---|---|---|---|---|---|---|---|---|
40266 | 1 | R | 0x03 | DCA_SF | Current Scale Factor | sunssf | |||
40267 | 1 | R | 0x03 | DCV_SF | Voltage Scale Factor | sunssf | |||
40268 | 1 | R | 0x03 | DCW_SF | Power Scale Factor | sunssf | |||
40269 | 1 | R | 0x03 | DCWH_SF | Energy Scale Factor | sunssf | |||
40270 | 2 | R | 0x03 | Evt | Global Events | uint32 | bitfield32 | ||
40272 | 1 | R | 0x03 | N | Number of Modules | uint16 | 2 | ||
40283 | 1 | R | 0x03 | 1_DCA | DC Current | uint16 | A | DCA_SF | |
40284 | 1 | R | 0x03 | 1_DCV | DC Voltage | uint16 | V | DCV_SF | |
40285 | 1 | R | 0x03 | 1_DCW | DC Power | uint16 | W | DCW_SF | |
40286 | 2 | R | 0x03 | 1_DCWH | Lifetime Energy | acc32 | Wh | DCWH_SF | |
40288 | 2 | R | 0x03 | 1_Tms | Timestamp | uint32 | Secs | ||
40290 | 1 | R | 0x03 | 1_Tmp | Temperature | int16 | C | ||
40291 | 1 | R | 0x03 | 1_DCSt | Operating State | enum16 | |||
40292 | 2 | R | 0x03 | 1_DCEvt | Module Events | uint32 | bitfield32 | ||
40303 | 1 | R | 0x03 | 2_DCA | DC Current | uint16 | A | DCA_SF | Not supported if only one DC input. |
40304 | 1 | R | 0x03 | 2_DCV | DC Voltage | uint16 | V | DCV_SF | Not supported if only one DC input. |
40305 | 1 | R | 0x03 | 2_DCW | DC Power | uint16 | W | DCW_SF | Not supported if only one DC input. |
40306 | 2 | R | 0x03 | 2_DCWH | Lifetime Energy | acc32 | Wh | DCWH_SF | Not supported if only one DC input. |
40308 | 2 | R | 0x03 | 2_Tms | Timestamp | uint32 | Secs | Not supported if only one DC input. | |
40310 | 1 | R | 0x03 | 2_Tmp | Temperature | int16 | C | Not supported if only one DC input. | |
40311 | 1 | R | 0x03 | 2_DCSt | Operating State | enum16 | Not supported if only one DC input. | ||
40312 | 2 | R | 0x03 | 2_DCEvt | Module Events | uint32 | bitfield32 | Not supported if only one DC input. |
Allgemeines: Dieses Model ist nur für Fronius Hybrid Wechselrichter verfügbar. Mit dem Basic Storage Control Model können folgende Einstellungen am Wechselrichter vorgenommen werden:
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units | ||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
40316 | 1 | R | 0x03 | WchaMax | Setpoint for maximum charge. Additional Fronius description: Reference Value for maximum Charge and Discharge. Multiply this value by InWRte to define maximum charging and OutWRte to define maximum discharging. Every rate between this two limits is allowed. Note that InWRte and OutWRte can be negative to define ranges for charging and discharging only. | uint16 | W | WChaMax_SF | |||||||
40317 | 1 | R | 0x03 | WchaGra | Setpoint for maximum charging rate. Default is MaxChaRte. (% WChaMax/sec) | uint16 | % | WChaDisChaGra_SF | 100 | ||||||
40318 | 1 | R | 0x03 | WdisChaGra | Setpoint for maximum discharge rate. Default is MaxDisChaRte. (% WChaMax/sec) | uint16 | % | WChaDisChaGra_SF | 100 | ||||||
40319 | 1 | RW | 0x03 0x06 0x10 | StorCtl_Mod | Activate hold/discharge/charge storage control mode. Bitfield value. Additional Fronius description: Active hold/discharge/charge storage control mode. Set the charge field to enable charging and the discharge field to enable discharging. Bitfield value. | uint16 | bitfield16 | bit 0: CHARGE | bit 1: DiSCHARGE | ||||||
40321 | 1 | RW | 0x03 0x06 0x10 | MinRsvPct | Setpoint for minimum reserve for storage as a percentage of the nominal maximum storage. (% WChaMax) | uint16 | % | MinRsvPct_SF | |||||||
40322 | 1 | R | 0x03 | ChaState | Currently available energy as a percent of the capacity rating. (% AhrRtg) | uint16 | % | ChaState_SF | |||||||
40323 | 1 | R | 0x03 | StorAval | State of charge (ChaState) minus storage reserve (MinRsvPct) times capacity rating (AhrRtg). | uint16 | AH | StorAval_SF | |||||||
40324 | 1 | R | 0x03 | InBatV | Internal battery voltage. | uint16 | V | InBatV_SF | |||||||
40325 | 1 | R | 0x03 | ChaSt | Charge status of storage device. Enumerated value. | enum16 | 1: OFF | 2: EMPTY | 3: DISCHAGING | 4: CHARGING | 5: FULL | 6: HOLDING | 7: TESTING | ||
40326 | 1 | RW | 0x03 0x06 0x10 | OutWRte | Percent of max discharge rate. Additional Fronius description: Defines maximum Discharge rate. If not used than the default is 100 and wChaMax defines max. Discharge rate. See wChaMax for details. (% WChaMax) | int16 | % | InOutWRte_SF | |||||||
40327 | 1 | RW | 0x03 0x06 0x10 | InWRte | Percent of max charging rate. Additional Fronius description: Defines maximum Charge rate. If not used than the default is 100 and wChaMax defines max. Charge rate. See wChaMax for details. (% WChaMax) | int16 | % | InOutWRte_SF | |||||||
40331 | 1 | RW | 0x03 0x06 0x10 | ChaGriSet | Setpoint to enable/disable charging from grid | enum16 | 0: PV (Charging from grid disabled) | 1: GRID (Charging from grid enabled) |
Ähnlich wie bei den Inverter Models gibt es auch für SmartMeter zwei verschiedene SunSpec Models:
StartRegister | Size | RW | FunctionCode | Name | Description | Type | Units |
---|---|---|---|---|---|---|---|
40070 | 1 | R | 3 | ID | Uniquely identifies this as a SunSpec Meter Modbus Map (float); 211: single phase, 212: split phase, 213: three phase | uint16 | |
40071 | 1 | R | 3 | L - Registers | Registers | Length of inverter model block: 124 | uint16 |
40072 | 2 | R | 3 | A - AC Total Current | AC Total Current value | float32 | A |
40074 | 2 | R | 3 | AphA - AC Phase-A Current | AC Phase-A Current value | float32 | A |
40076 | 2 | R | 3 | AphB - AC Phase-B Current | AC Phase-B Current value | float32 | A |
40078 | 2 | R | 3 | AphC - AC Phase-C Current | AC Phase-C Current value | float32 | A |
40080 | 2 | R | 3 | PhV - AC Voltage Average | AC Voltage Average Phase-to-neutral value | float32 | V |
40082 | 2 | R | 3 | PhVphA - AC Voltage Phase-A-to-neutral | AC Voltage Phase-A-to-neutral value | float32 | V |
40084 | 2 | R | 3 | PhVphB - AC Voltage Phase-B-to-neutral | AC Voltage Phase-B-to-neutral value | float32 | V |
40086 | 2 | R | 3 | PhVphC - AC Voltage Phase-C-to-neutral | AC Voltage Phase-C-to-neutral value | float32 | V |
40088 | 2 | R | 3 | PPV - AC Voltage Average Phase-to-phase | AC Voltage Average Phase-to-phase value | float32 | V |
40090 | 2 | R | 3 | PPVphAB - AC Voltage Phase-AB | AC Voltage Phase-AB value | float32 | V |
40092 | 2 | R | 3 | PPVphBC - AC Voltage Phase-BC | AC Voltage Phase-BC value | float32 | V |
40094 | 2 | R | 3 | PPVphCA - AC Voltage Phase-CA | AC Voltage Phase-CA value | float32 | V |
40096 | 2 | R | 3 | Hz - AC Frequency | AC Frequency value | float32 | Hz |
40098 | 2 | R | 3 | W - AC Power | AC Power value | float32 | W |
40100 | 2 | R | 3 | WphA - AC Power Phase A | AC Power Phase A value | float32 | W |
40102 | 2 | R | 3 | WphB - AC Power Phase B | AC Power Phase B value | float32 | W |
40104 | 2 | R | 3 | WphC - AC Power Phase C | AC Power Phase C value | float32 | W |
40106 | 2 | R | 3 | VA - AC Apparent Power | AC Apparent Power value | float32 | VA |
40108 | 2 | R | 3 | VAphA - AC Apparent Power Phase A | AC Apparent Power Phase A value | float32 | VA |
40110 | 2 | R | 3 | VAphB - AC Apparent Power Phase B | AC Apparent Power Phase B value | float32 | VA |
40112 | 2 | R | 3 | VAphC - AC Apparent Power Phase C | AC Apparent Power Phase C value | float32 | VA |
40114 | 2 | R | 3 | VAR - AC Reactive Power | AC Reactive Power value | float32 | VAr |
40116 | 2 | R | 3 | VARphA - AC Reactive Power Phase A | AC Reactive Power Phase A value | float32 | VAr |
40118 | 2 | R | 3 | VARphB - AC Reactive Power Phase B | AC Reactive Power Phase B value | float32 | VAr |
40120 | 2 | R | 3 | VARphC - AC Reactive Power Phase C | AC Reactive Power Phase C value | float32 | VAr |
40122 | 2 | R | 3 | PF - Power Factor | Power Factor value | float32 | cos() |
40124 | 2 | R | 3 | PFphA - Power Factor Phase A | Power Factor Phase A value | float32 | cos() |
40126 | 2 | R | 3 | PFphB - Power Factor Phase B | Power Factor Phase B value | float32 | cos() |
40128 | 2 | R | 3 | PFphC - Power Factor Phase C | Power Factor Phase C value | float32 | cos() |
40130 | 2 | R | 3 | TotWhExp - Total Wh Exported | Total Watt-hours Exported | float32 | Wh |
40132 | 2 | R | 3 | TotWhExpPhA - Total Wh Exported phase A | Total Watt-hours Exported phase A | float32 | Wh |
40134 | 2 | R | 3 | TotWhExpPhB - Total Wh Exported phase B | Total Watt-hours Exported phase B | float32 | Wh |
40136 | 2 | R | 3 | TotWhExpPhC - Total Wh Exported phase C | Total Watt-hours Exported phase C | float32 | Wh |
40138 | 2 | R | 3 | TotWhImp - Total Wh Imported | Total Watt-hours Imported | float32 | Wh |
40140 | 2 | R | 3 | TotWhImpPhA - Total Wh Imported phase A | Total Watt-hours Imported phase A | float32 | Wh |
40142 | 2 | R | 3 | TotWhImpPhB - Total Wh Imported phase B | Total Watt-hours Imported phase B | float32 | Wh |
40144 | 2 | R | 3 | TotWhImpPhC - Total Wh Imported phase C | Total Watt-hours Imported phase C | float32 | Wh |
40146 | 2 | R | 3 | TotVAhExp - Total VAh Exported | Total VA-hours Exported | float32 | VAh |
40148 | 2 | R | 3 | TotVAhExpPhA - Total VAh Exported phase A | Total VA-hours Exported phase A | float32 | VAh |
40150 | 2 | R | 3 | TotVAhExpPhB - Total VAh Exported phase B | Total VA-hours Exported phase B | float32 | VAh |
40152 | 2 | R | 3 | TotVAhExpPhC - Total VAh Exported phase C | Total VA-hours Exported phase C | float32 | VAh |
40154 | 2 | R | 3 | TotVAhImp - Total VAh Imported | Total VA-hours Imported | float32 | VAh |
40156 | 2 | R | 3 | TotVAhImpPhA - Total VAh Imported phase A | Total VA-hours Imported phase A | float32 | VAh |
40158 | 2 | R | 3 | TotVAhImpPhB - Total VAh Imported phase B | Total VA-hours Imported phase B | float32 | VAh |
40160 | 2 | R | 3 | TotVAhImpPhC - Total VAh Imported phase C | Total VA-hours Imported phase C | float32 | VAh |
40194 | 2 | R | 3 | Evt - Events | Events (bits 1-19) | uint32 | bitfield32 |
Name | Typ |
---|---|
SunSpec.ChaSt.Int | Integer |
SunSpec.ID.Int | Integer |
SunSpec.StateCodes.Int | Integer |
Fronius.StateCodes.Int | Integer |
Fronius.AmpereHour.Int | Integer |
Fronius.AmpereHour.Float | Float |
Fronius.Ampere.Int | Integer |
Fronius.Ampere.Float | Float |
Fronius.Angle.Int | Integer |
Fronius.Blindleistung.Int | Integer |
Fronius.Blindleistung.Float | Float |
Fronius.Electricity.Int | Integer |
Fronius.Electricity.Float | Float |
Fronius.Hertz.Int | Integer |
Fronius.Ohm.Int | Integer |
Fronius.Scheinleistung.Int | Integer |
Fronius.Scheinleistung.Float | Float |
Fronius.Temperature.Int | Integer |
Fronius.Volt.Int | Integer |
Fronius.Watt.Int | Integer |
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