Object name

Measured value / Parameter

Definition (SMA Speedwire)

SMA Data/RS485

Read level

Displayed group

Value range / Unit / Set values

Default value

Step size

Write level

Grid Guard

Nameplate.CmpMdul.Typ

Parameter

Type of module in module slot

Mdl.Typ

Installer

Device Components > Type Label > Module slot 1 > Type

  • ------- (None)
  • SMA SensorModule (CmpSnsMdul)
  • SMA I/O Module (CmpIOMdul)
  • SMA RS485 Module (CmpRS485Mdul)
  • SMA Cellular Modem Module (SMA-CelMdm)

------- (None)

Nameplate.CmpMdul2.Typ

Parameter

Type of module in module slot

Mdl2.Typ

Installer

Device Components > Type Label > Module slot 2 > Type

  • ------- (None)
  • SMA SensorModule (CmpSnsMdul)
  • SMA I/O Module (CmpIOMdul)
  • SMA RS485 Module (CmpRS485Mdul)
  • SMA Gateway Interface Module (SMA-TGIB)

------- (None)

Nameplate.PkgUpdAval

Parameter

Software package update version available

User

Type Label > Type Label > Software package update version available

  • ------- (None)
  • Yes (Yes)
  • No (No)

------- (None)

Operation.Evt.Dsc

Measured value

Fault correction measure

User

Status > Operation > Current event > Fault correction measure

  • none (NoneDsc)

Operation.Evt.Msg

Measured value

Message

User

Status > Operation > Current event > Message

  • none (NoneMsg)

Operation.Evt.Prio

Measured value

Recommended action

Op.Prio

User

Status > Operation > Current event > Recommended action

  • Contact manufacturer (PrioA)
  • Contact installer (PrioC)
  • invalid (PrioIna)
  • none (NonePrio)

Operation.Inverter.Health

Measured value

Inverter status

User

Status > Operation > Inverter > Condition

  • Fault (Alm)
  • Off (Off)
  • Ok (Ok)
  • Warning (Wrn)

Operation.Health

Measured value

Condition

Op.Health

User

Status > Operation > Condition

  • Fault (Alm)
  • Off (Off)
  • Ok (Ok)
  • Warning (Wrn)

Nameplate.Vendor

Parameter

Manufacturer

User

Type Label > Type Label > Manufacturer

  • SMA (SMA)

SMA (SMA)

Sys.DevRstr

Parameter

Initiate device restart

DeviceReset,DevRs

Installer

Device > System > Initiate device restart

  • Execute (Do)

Installer

Sys.EthDiag

Parameter

Ethernet Link Diagnosis via LED

Installer

Device > System > Ethernet link diagnostics via LED

  • Off (Off)
  • On (On)

Off (Off)

Installer

Sys.ComDiag

Parameter

Communication Diagnosis via LED

Installer

Device > System > Communication diagnosis

  • Off (Off)
  • On (On)

Off (Off)

Installer

Upd.AutoUpdIsOn

Parameter

Automatic updates activated

User

Device > Update > Automatic update

  • Yes (Yes)
  • No (No)

No (No)

User

Upd.AvalChkIstl

Parameter

Check for update and install it

User

Device > Update > Check for update and install it

  • Execute (Do)

User

Upd.Stt

Measured value

Status of the firmware update

User

Status > Update > Status

  • ------- (None)
  • Update is currently being received (UpdRx)
  • Update is currently running (UpdExec)
  • Update performed successfully (UpdOk)
  • An error occurred during the update (UpdNok)

CntrySettings.Lang

Parameter

Language of the user interface

CntrySet.Lang

User

Device > Country settings > Language

  • Deutsch (LangDE)
  • English (LangEN)
  • Italiano (LangIT)
  • Español (LangES)
  • Français (LangFR)
  • Ελληνικά (LangEL)
  • 한국어 (LangKO)
  • Česky (LangCS)
  • Português (LangPT)
  • Nederlands (LangNL)
  • Slovenski (LangSL)
  • Български (LangBG)
  • Polski (LangPL)
  • 日本語 (LangJA)

English (LangEN)

User

Operation.GrnLedWInd

Parameter

Dynamic power display via green LED

User

Device > Operation > Dynamic power display via green LED

  • Off (Off)
  • On (On)

On (On)

User

DtTm.DlSvIsOn

Parameter

Standard/Daylight saving time conversion on

User

Device > Time settings > Standard/Daylight Saving Time conversion on

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

DtTm.SetDlSvTm

Parameter

Current time is daylight savings time

User

Device > Time settings > Current time is daylight savings time

  • Yes (Yes)
  • No (No)

No (No)

User

DtTm.TmSyn

Parameter

Synchronize time with time server

User

Device > Time settings > Synchronize time with time server

  • Execute (Do)

User

DtTm.TmSynIsOn

Parameter

Automatic time synchronization

User

Device > Time settings > Automatic time synchronization

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

DtTm.TmZn

Parameter

Time zone

User

Device > Time settings > Time zone

  • (UTC-AUTO) Automatic via SMA protocol (TmZnTmSvr)

(UTC-AUTO) Automatic via SMA protocol (TmZnTmSvr)

User

MltFncSw.OpMode

Parameter

Operating mode of multifunction relay

Mlt.OpMode

User

Device > Multifunction relay > Operating mode

  • Switching status grid relay (GriSwCpy)
  • Fault indication (FltInd)
  • Fan control (FanCtl)
  • Self-consumption (SelfCsmp)
  • Control via communication (ComCtl)
  • Battery bank (BatCha)

Fault indication (FltInd)

User

MltFncSw.ComCtl.Stt

Parameter

Status of MFR with control via communication

Mlt.ComCtl.Sw

User

Device > Multifunction relay > Control via communication > Status

  • Off (Off)
  • On (On)

Off (Off)

User

Eth.Proxy.IsOn

Parameter

Ethernet proxy activated

User

External Communication > Ethernet > Proxy settings > Activated

  • Yes (Yes)
  • No (No)

No (No)

User

Mb.TcpSrv.IsOn

Parameter

Modbus TCP server on

User

External Communication > Modbus > TCP server > Activated

  • Yes (Yes)
  • No (No)

No (No)

Installer

Mb.UdpSrv.IsOn

Parameter

Modbus UDP server on

User

External Communication > Modbus > UDP server > Activated

  • Yes (Yes)
  • No (No)

No (No)

Installer

Operation.SIS.IsOn

Parameter

Smart Inverter Screen switched on

User

System communication > Operation > Smart Inverter Screen > Activated

  • Yes (Yes)
  • No (No)

No (No)

User

RS485.ConnSpd

Parameter

RS485 communication speed

SmaNetBd

Installer

System communication > RS485 > Connection speed

  • 1200 bit/s (ConnSpd1200)
  • 19200 bit/s (ConnSpd19200)

1200 bit/s (ConnSpd1200)

Installer

Spdwr.ComSocA.ConnSpd

Measured value

Connection speed of SMACOM A

User

System communication > Speedwire > SMACOM A > Connection speed

  • ------- (None)
  • 10 Mbit/s (ConnSpd10)
  • 100 Mbit/s (ConnSpd100)

Spdwr.ComSocA.DpxMode

Measured value

Duplex mode of SMACOM A

Installer

System communication > Speedwire > SMACOM A > Duplex mode

  • ------- (None)
  • Half duplex (HalfDpx)
  • Full duplex (FulDpx)

Spdwr.ComSocA.Stt

Measured value

Speedwire connection status of SMACOM A

User

System communication > Speedwire > SMACOM A > Status

  • Fault (Alm)
  • Ok (Ok)
  • Warning (Wrn)
  • No connection (NotConn)

Spdwr.ComSocB.ConnSpd

Measured value

Connection speed of SMACOM B

User

System communication > Speedwire > SMACOM B > Connection speed

  • ------- (None)
  • 10 Mbit/s (ConnSpd10)
  • 100 Mbit/s (ConnSpd100)

Spdwr.ComSocB.DpxMode

Measured value

Duplex mode of SMACOM B

Installer

System communication > Speedwire > SMACOM B > Duplex mode

  • ------- (None)
  • Half duplex (HalfDpx)
  • Full duplex (FulDpx)

Spdwr.ComSocB.Stt

Measured value

Speedwire connection status of SMACOM B

User

System communication > Speedwire > SMACOM B > Status

  • Fault (Alm)
  • Ok (Ok)
  • Warning (Wrn)
  • No connection (NotConn)

Spdwr.AutoCfgIsOn

Parameter

Automatic speedwire configuration switched on

User

System communication > Speedwire > Automatic configuration switched on

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

Spdwr.IgmpQryTx

Parameter

Send IGMP requests

Installer

System communication > Speedwire > Send IGMP requests

  • Off (Off)
  • Version 2 (Rev2)
  • Version 3 (Rev3)

Version 3 (Rev3)

Installer

WebConn.IsOn

Parameter

Webconnect functionality switched on

WebConn.IsOn

User

External Communication > Webconnect > Activated

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

WebConn.Stt

Measured value

Status of the Webconnect functionality

User

External Communication > Webconnect > Status

  • Off (Off)
  • Ok (Ok)
  • Faulty communication (ComNok)
  • No connection (NotConn)
  • Default gateway not configured (GwNotCfg)
  • DNS server not configured (DnsSrvNotCfg)
  • No reply to DNS request (DnsQryNok)
  • Webconnect server: Device could not log on (SipRgstRej)
  • Webconnect server: DNS address cannot be resolved (SipRgstUnk)
  • Connection establishment (ConnSet)
  • No answer during log on (SipRgstNok)

Wl.IsOn

Parameter

WLAN is turned on

User

System communication > WLAN > Activated

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

Wl.SoftAcsIsOn

Parameter

Soft-access-point is turned on

User

System communication > WLAN > Soft-access-point is turned on

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

Wl.AutoCfgIsOn

Parameter

Automatic configuration of WLAN is turned on

User

System communication > WLAN > Automatic configuration switched on

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

Wl.Sec.Cry

Parameter

Encryption for WLAN

User

System communication > WLAN > Security > Encryption

  • WPA (CryWPA)
  • WPA2 (CryWPA2)

WPA2 (CryWPA2)

User

Wl.AcqStt

Measured value

Status of WLAN scan

User

System communication > WLAN > Status of the scan

  • No scan completed (WlAcqNone)
  • Scan is active (WlAcqAct)
  • Scan failed (WlAcqNok)
  • Scan successful (WlAcqOk)

Wl.DoAcq

Parameter

Perform WLAN scan

User

System communication > WLAN > Perform scan

  • Execute (Do)

User

Wl.AntMod

Measured value

WLAN antenna type

User

System communication > WLAN > Antenna type

  • Internal antenna (ItrAnt)
  • External antenna (ExAnt)

Wl.AntSet

Parameter

Antenna switching

User

System communication > WLAN > Antenna switching

  • Automatic (Auto)
  • Internal antenna (ItrAnt)
  • External antenna (ExAnt)

Automatic (Auto)

User

Wl.ConnStt

Measured value

WLAN connection status

User

System communication > WLAN > Connection status

  • Off (Off)
  • Ok (Ok)
  • No connection (NotConn)
  • Connection establishment (ConnSet)
  • Error while connecting (ConnFail)
  • WPS is active (WPSAct)

Wl.SoftAcsConnStt

Measured value

Soft Access Point status

User

System communication > WLAN > Soft Access Point status

  • Off (Off)
  • Ok (Ok)
  • WPS is active (WPSAct)

Wl.DoWPS

Parameter

Activate WPS

User

System communication > WLAN > Activate WPS

  • Execute (Do)

User

Env.TmpVal.Func

Parameter

Activate ambient temperature measurement

User

Meteorology > Environment > Temperature > Function

  • ------- (None)
  • Activated (IsOn)
  • Automatic (Auto)

Automatic (Auto)

User

Mdul.TmpVal.Func

Parameter

Activate module temperature measurement

User

Meteorology > PV module > Temperature > Function

  • ------- (None)
  • Activated (IsOn)
  • Automatic (Auto)

Automatic (Auto)

User

InOut.S0ItfIn.Func

Parameter

Function of S0 input

User

Device > Inputs/outputs > S0 input > Function

  • ------- (None)
  • S0 energy counter (S0EnMtr)
  • S0 sensor for wind speed (S0Wnd)

------- (None)

Installer

InOut.AnIn.Func

Parameter

Function of analogue input

User

Device > Inputs/outputs > Analogue input > Function

  • ------- (None)
  • Irradiation sensor 0 to 20 mA (InsolSns20mA)
  • Irradiation sensor 0 to 10 V (InsolSns10V)

------- (None)

Installer

Metering.MsSpdwr.Health

Measured value

Speedwire meter status

User

System communication > Measured values > Meter on Speedwire > Condition

  • Ok (Ok)
  • Faulty communication (ComNok)

PwrCtlMdul.DigInStt

Measured value

Status of digital inputs of power control module

PCM-DigInStt

User

System and device control > Power control module > Status of digital inputs

  • D1: 0 | D2: 0 | D3: 0 | D4: 0 (DigInD00)
  • D1: 1 | D2: 0 | D3: 0 | D4: 0 (DigInD01)
  • D1: 0 | D2: 1 | D3: 0 | D4: 0 (DigInD02)
  • D1: 1 | D2: 1 | D3: 0 | D4: 0 (DigInD03)
  • D1: 0 | D2: 0 | D3: 1 | D4: 0 (DigInD04)
  • D1: 1 | D2: 0 | D3: 1 | D4: 0 (DigInD05)
  • D1: 0 | D2: 1 | D3: 1 | D4: 0 (DigInD06)
  • D1: 1 | D2: 1 | D3: 1 | D4: 0 (DigInD07)
  • D1: 0 | D2: 0 | D3: 0 | D4: 1 (DigInD08)
  • D1: 1 | D2: 0 | D3: 0 | D4: 1 (DigInD09)
  • D1: 0 | D2: 1 | D3: 0 | D4: 1 (DigInD10)
  • D1: 1 | D2: 1 | D3: 0 | D4: 1 (DigInD11)
  • D1: 0 | D2: 0 | D3: 1 | D4: 1 (DigInD12)
  • D1: 1 | D2: 0 | D3: 1 | D4: 1 (DigInD13)
  • D1: 0 | D2: 1 | D3: 1 | D4: 1 (DigInD14)
  • D1: 1 | D2: 1 | D3: 1 | D4: 1 (DigInD15)

Inverter.CtlComCfg.CtlMsSrc

Parameter

Source of ref. meas. for reactive/active power reduction

Installer

System and device control > Inverter > System control and fallback behavior > Source of ref. meas. for reactive/active power reduction

  • SMA Energy Meter (MsSrcMtr)
  • Inverter (MsSrcDev)

Inverter (MsSrcDev)

Installer

Metering.EnMtrTyp

Parameter

Energy meter used

User

System communication > Measured values > Energy meter used

  • ------- (None)
  • SMA Energy Meter (SMA Energy Meter)
  • Wattnode Modbus RTU (Wattnote Modbus RTU)
  • SunSpec Modbus RTU (SunSpec Modbus RTU)
  • SMA Revenue Grade Meter (SMA Revenue Grade Meter)
  • SmartSolar Energy meter RTU (SmartSolarEnMtrRTU)

------- (None)

User

Metering.Mb.EnMtrTyp

Measured value

Energy meters used

User

System communication > Measured values > Modbus > Energy meter used

  • ------- (None)
  • SMA Energy Meter (SMA Energy Meter)
  • Wattnode Modbus RTU (Wattnote Modbus RTU)
  • SunSpec Modbus RTU (SunSpec Modbus RTU)
  • SMA Revenue Grade Meter (SMA Revenue Grade Meter)
  • SmartSolar Energy meter RTU (SmartSolarEnMtrRTU)

Metering.Mb.Health

Measured value

Status of the counter on the Modbus

User

System communication > Measured values > Modbus > Condition

  • ------- (None)
  • Ok (Ok)
  • Faulty communication (ComNok)

PCC.PPO.OpMod

Parameter

Operating mode of the power control plan

User

System and device control > Grid connection point > Power profile > General operating mode

  • Time of Use (TOU)
  • Peak Load Shaving (PLS)
  • Inactive (Ina)

Inactive (Ina)

User

PCC.PPO.FuncEna

Parameter

Activate power profile function

Installer

System and device control > Grid connection point > Power profile > Activate function

  • Inactive (Ina)
  • Active (Act)

Active (Act)

Installer

Bat.ChaCtlComAval

Measured value

Control of battery charging via communication available

Installer

Battery > Battery > Control charging via communication available

  • Yes (Yes)
  • No (No)

Sys.SelfTst

Parameter

Run self test

Installer

Device > System > Run self test

  • Execute (Do)

Installer

DcCfg.PanLevCtl.Model

Parameter

Type

User

DC Side > DC settings > PV module control > Device type

  • ------- (None)
  • Tigo CCA software (TIGO_CCASw)

------- (None)

DcCfg.PanLevCtl.RSSFnc

Parameter

Rapid shutdown system function

User

Device > DC settings > PV module control > Rapid shutdown system function

  • Start search (StrSrch)
  • Cancel search (AbrtSrch)
  • Perform gateway test (TestGw)
  • Reset of configuration data (RsCfgDat)

Installer

DcCfg.PanLevCom.Model

Parameter

Type

User

DC Side > DC settings > PV module gateway > Device type

  • ------- (None)
  • Tigo Gateway (TIGO_GW)
  • Tigo Gateway 2 (TIGO_GW2)

------- (None)

DcCfg.PanLevMdul.Model

Parameter

Type

User

DC Side > DC settings > PV module electronics > Device type

  • ------- (None)
  • TS4-M (TIGO_TS4_M)
  • TS4-S (TIGO_TS4_S)
  • TS4-O (TIGO_TS4_O)
  • TS4-L (TIGO_TS4_L)
  • Tigo_ES75 (TIGO_ES75)
  • Tigo_2ES (TIGO_2ES)
  • Tigo_JBOX (TIGO_JBOX)

------- (None)

DcCfg.PanLevStrg.MPPTrk

Parameter

MPP tracker assignment

User

DC Side > DC settings > Panel level string > MPP tracker assignment

  • ------- (None)
  • A (Char_A)
  • B (Char_B)
  • C (Char_C)

------- (None)

Installer

RS485.RS485Mod

Parameter

RS485 interface protocol

Installer

System communication > RS485 > RS485 interface application

  • ------- (None)
  • SMA Data (SMAData)
  • Module technology (PVMdulCtl)

------- (None)

Installer

RS485.Term

Parameter

RS485 interface terminal resistance

Installer

System communication > RS485 > Termination

  • Off (Off)
  • On (On)

On (On)

Installer

CmpMdul.RS485Mod

Parameter

RS485 interface protocol

Installer

System communication > Module slot 1 > RS485 interface application

  • ------- (None)
  • Energy meter (MbRTU)
  • SMA Data (SMAData)

------- (None)

Installer

CmpMdul2.RS485Mod

Parameter

RS485 interface protocol

Installer

System communication > Module slot 2 > RS485 interface application

  • ------- (None)
  • Energy meter (MbRTU)
  • SMA Data (SMAData)
  • Module technology (PVMdulCtl)

------- (None)

Installer

Operation.CelMdm.Health

Measured value

Condition

User

External Communication > Operation > Cellular modem > Condition

  • Fault (Alm)
  • Off (Off)
  • Ok (Ok)
  • Warning (Wrn)

Operation.CelMdm.ConnStt

Measured value

Cellular connection status

Installer

External Communication > Operation > Cellular modem > Connection status

  • Off (Off)
  • Ok (Ok)
  • Active (Act)
  • Error while connecting (ConnFail)
  • Modem error (MdmFail)
  • No Internet (InternetFail)

CelMdm.IsOn

Parameter

Cellular modem is switched on

Installer

External Communication > Cellular modem > Activated

  • Yes (Yes)
  • No (No)

No (No)

Installer

CelMdm.Do

Parameter

Execute function

Installer

External Communication > Cellular modem > Execute

  • Portal connection test (PortalTst)

Installer

Inverter.WModCfg.WCtlComCfg.WCtlComAct

Parameter

Eff./reac. pow. contr. via comm.

FedInSpntCom

Installer

System and device control > Inverter > Active power mode > External setting > Act./reac. pow. contr. via comm.

  • Active (Act)
  • Inactive (Ina)

Active (Act)

InstallerDevice Control Object

Operation.EnnexOS.Health

Measured value

Condition

User

External Communication > Operation > EnnexOS > Condition

  • Fault (Alm)
  • Off (Off)
  • Ok (Ok)
  • Warning (Wrn)

Portal.EnnexOS.ConnStt

Measured value

EnnexOS portal connection status

Installer

External Communication > Sunny Portal > EnnexOS > Connection status

  • Off (Off)
  • Ok (Ok)
  • Active (Act)
  • Error while connecting (ConnFail)

Portal.EnnexOS.EthWifi.UpldCyc

Parameter

Upload interval

Installer

External Communication > Sunny Portal > EnnexOS > Ethernet WLAN > Upload interval

  • every 15 minutes (Intv15Mnt)
  • hourly (Intvh)
  • every 30 minutes (Intv30Mnt)
  • every 2 hours (Intv2h)
  • every 5 minutes (Intv5Mnt)
  • every 10 minutes (Intv10Mnt)

every 15 minutes (Intv15Mnt)

Installer

Portal.EnnexOS.CelMdm.UpldCyc

Parameter

Upload interval

Installer

External Communication > Sunny Portal > EnnexOS > Cellular modem > Upload interval

  • hourly (Intvh)
  • daily (IntvDy)
  • every 2 hours (Intv2h)
  • every 4 hours (Intv4h)
  • every 6 hours (Intv6h)
  • every 8 hours (Intv8h)
  • every 12 hours (Intv12h)

every 6 hours (Intv6h)

Installer

Portal.EnnexOS.Do

Parameter

Execute function

Installer

External Communication > Sunny Portal > EnnexOS > Execute

  • Portal connection test (PortalTst)
  • Reset of configuration data (RsCfgDat)

Installer

Portal.EnnexOS.IsOn

Parameter

EnnexOS is switched on

Installer

External Communication > Sunny Portal > EnnexOS > Activated

  • Yes (Yes)
  • No (No)

Yes (Yes)

Installer

Portal.EnnexOS.RemCfg

Parameter

Parameter change via Sunny Portal

User

External Communication > Sunny Portal > EnnexOS > Parameter change via Sunny Portal

  • Off (Off)
  • On (On)

On (On)

User

Spdwr.Cry

Parameter

Encryption

User

System communication > Speedwire > Encryption

  • Unencrypted (NotSec)
  • Basic security (BasSec)
  • High security (HiSec)

Unencrypted (NotSec)

Mb.ScdInEna

Parameter

Modbus P-settings at input 2

Installer

External Communication > Modbus > P-settings at input 2

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.CmpBMS.Typ

Parameter

BMS type

Installer

Battery > Operation > Battery management system > Type

  • not configured (NotCfg)
  • Other type (TypOth)
  • Tesvolt_TS-HV-70 (TS-HV-70)

not configured (NotCfg)

Installer

Operation.CmpBMS.OpStt

Measured value

Operating status

Installer

Battery > Operation > Battery management system > General operating status

  • Interference device (DevFlt)
  • Off (Off)
  • Operation status (SttOp)
  • Standby (Stdby)
  • Battery standby (BatWait)
  • Information not available (NaNStt)

Operation.Bat.Health

Measured value

Battery status

User

Status > Operation > Battery > Condition

  • Fault (Alm)
  • Off (Off)
  • Ok (Ok)
  • Warning (Wrn)
  • Information not available (NaNStt)

Nameplate.CmpCom.HwRev

Parameter

Hardware version of the communication assembly

KP.hwRev

Installer

Device Components > Type Label > Communication assembly > Hardware version

0 to 4294967294

1

Nameplate.CmpCom.SerNum

Parameter

Serial number of the communication assembly

Installer

Device Components > Type Label > Communication assembly > Serial number

0 to 4294967294

1

Nameplate.CmpCom.SusyId

Parameter

SUSyID of the communication assembly

Installer

Device Components > Type Label > Communication assembly > SUSyID

0 to 4294967294

1

Nameplate.CmpCom.SwRev

Parameter

Firmware version of the communication assembly

KP.swRev

Installer

Device Components > Type Label > Communication assembly > Software version

0 to 4294967294

1

Nameplate.CmpMdul.HwRev

Parameter

Hardware version of the module

Mdl.hwRev

Installer

Device Components > Type Label > Module slot 1 > Hardware version

0 to 4294967294

1

Nameplate.CmpMdul.SwRev

Parameter

Firmware version of the module

Mdl.swRev

Installer

Device Components > Type Label > Module slot 1 > Software version

0 to 4294967294

1

Nameplate.CmpMdul.SerNum

Parameter

Serial number of the module

Installer

Device Components > Type Label > Module slot 1 > Serial number

0 to 4294967295

4294967295 

1

Nameplate.CmpMdul.SusyId

Parameter

SUSyID of the module

Installer

Device Components > Type Label > Module slot 1 > SUSyID

0 to 4294967295

4294967295 

1

Nameplate.CmpMdul2.HwRev

Parameter

Hardware version of the module

Mdl2.hwRev

Installer

Device Components > Type Label > Module slot 2 > Hardware version

0 to 4294967294

1

Nameplate.CmpMdul2.SwRev

Parameter

Firmware version of the module

Mdl2.swRev

Installer

Device Components > Type Label > Module slot 2 > Software version

0 to 4294967294

1

Nameplate.CmpMdul2.SerNum

Parameter

Serial number of the module

Installer

Device Components > Type Label > Module slot 2 > Serial number

0 to 4294967295

4294967295 

1

Nameplate.CmpMdul2.SusyId

Parameter

SUSyID of module

Installer

Device Components > Type Label > Module slot 2 > SUSyID

0 to 4294967295

4294967295 

1

Nameplate.CmpOS.SwRev

Parameter

Firmware version of the operating system

Installer

Device Components > Type Label > Operating system > Software version

0 to 4294967294

1

SwCmp.CmpWebUsrItf.SwRev

Parameter

Version of WebUI

Installer

Device > Software component > Version of WebUI > Software version

0 to 4294967294

1

SwCmp.CmpTmZn.SwRev

Parameter

Version of time zone database

Installer

Device > Software component > Time zone database > Software version

0 to 4294967294

1

Nameplate.PkgRev

Parameter

Software package

Pkg.swRev

User

Type Label > Type Label > Software package

0 to 4294967294

1

Operation.Evt.EvtNo

Measured value

Current event number for manufacturer

Op.EvtNoDvlp

User

Status > Operation > Current event > Event number manufacturer

/p>

1

Operation.RmgTms

Measured value

Waiting time until feed-in

Op.TmsRmg

User

Status > Operation > Waiting time until feed-in

s

1

Operation.HealthStt.Alm

Measured value

Nominal power in Fault Mode

User

Status > Operation > Device status > Fault

W

1

Operation.HealthStt.Ok

Measured value

Nominal power in Ok Mode

User

Status > Operation > Device status > Ok

W

1

Operation.HealthStt.Wrn

Measured value

Nominal power in Warning Mode

User

Status > Operation > Device status > Warning

W

1

MltFncSw.BatCha.MinOnPwr

Parameter

Minimum On power for MFR battery bank

Mlt.BatCha.Pwr

User

Device > Multifunction relay > Battery bank > Minimum On power

100 W to 7680 W

1500 W

1

User

MltFncSw.BatCha.MinReconTmm

Parameter

Minimum time before reconnection of MFR battery bank

Mlt.BatCha.Tmm

User

Device > Multifunction relay > Battery bank > Minimum time before reconnection

1 min to 1440 min

30 min

1

User

MltFncSw.SelfCsmp.MinOnPwr

Parameter

Minimum On power for MFR self-consumption

Mlt.MinOnPwr

User

Device > Multifunction relay > Self-consumption > Minimum On power

100 W to 7680 W

1500 W

1

User

MltFncSw.SelfCsmp.MinOnPwrTmm

Parameter

Minimum power On time, MFR self-consumption

Mlt.MinOnPwrTmm

User

Device > Multifunction relay > Self-consumption > Minimum power On time

0 min to 1440 min

30 min

1

User

MltFncSw.SelfCsmp.MinOnTmm

Parameter

Minimum On time for MFR self-consumption

Mlt.MinOnTmm

User

Device > Multifunction relay > Self-consumption > Minimum On time

1 min to 1440 min

120 min

1

User

Eth.Proxy.Port

Parameter

Ethernet proxy server port

User

External Communication > Ethernet > Proxy settings > Port

1 to 65535

80 

1

User

Mb.TcpSrv.Port

Parameter

Modbus TCP server port

User

External Communication > Modbus > TCP server > Port

1 to 65535

502 

1

Installer

Mb.UdpSrv.Port

Parameter

Modbus UDP server port

User

External Communication > Modbus > UDP server > Port

1 to 65535

502 

1

Installer

Mb.UntId

Parameter

Modbus Unit ID

User

External Communication > Modbus > Unit ID

3 to 123

1

Installer

Spdwr.IgmpQryTms

Parameter

IGMP query interval

Installer

System communication > Speedwire > IGMP query interval

11 s to 31744 s

125 s

1

Installer

WebConn.SwRev

Parameter

Webconnect version

User

External Communication > Webconnect > Software version

0 to 4294967295

4294967295 

1

Wl.SigPwr

Measured value

Signal strength of the selected network

User

System communication > WLAN > Signal strength of the selected network

%

1

Env.TmpVal

Measured value

Ambient temperature

User

Meteorology > Environment > Temperature

°C

0.1

Mdul.TmpVal

Measured value

Module temperature

User

Meteorology > PV module > Temperature

°C

0.1

Env.HorWSpd

Measured value

Wind speed

User

Meteorology > Environment > Wind speed

m/s

0.01

Env.S0WndSpd

Parameter

S0 pulses per m/s

User

Meteorology > Environment > S0 pulses per m/s

0.500 to 6.000

2.000 

0.001

User

InOut.AnIn.SigVal1NoUnt

Parameter

Sig. val. 1 of char. curve of analogue input

User

Device > Inputs/outputs > Analogue input > Signal value 1

0.00 to 20.00

0.00 

0.01

Installer

InOut.AnIn.SigVal2NoUnt

Parameter

Sig. val. 2 of char. curve of analogue input

User

Device > Inputs/outputs > Analogue input > Signal value 2

0.00 to 20.00

10.00 

0.01

Installer

InOut.AnIn.YVal1NoUnt

Parameter

Y value 1 of char. curve of analogue input

User

Device > Inputs/outputs > Analogue input > Y value 1

0.000 to 1500.000

0.000 

0.001

Installer

InOut.AnIn.YVal2NoUnt

Parameter

Y value 2 of char. curve of analogue input

User

Device > Inputs/outputs > Analogue input > Y value 2

0.000 to 1500.000

1000.000 

0.001

Installer

Env.ExInsol

Measured value

Insolation on external sensor

ExlSolIrr

User

Meteorology > Environment > Irradiation on external sensor

W/m²

1

Metering.S0kWh

Parameter

S0 impulses/kWh

S0 Impuls/kWh

Installer

Device > Measured values > S0 impulses/kWh:

500 to 10000

10000 

1

Installer

Metering.TotS0

Measured value

Number of S0 impulses

Installer

Device > Measured values > Number of S0 impulses

/p>

1

Metering.TotkWhSet

Parameter

S0 counter status total yield

S0 Offset

User

Device > Measured values > Total yield S0 energy counter

0 kWh to 4294967294 kWh

0 kWh

1

User

Metering.TotWh

Measured value

S0 energy yield

User

Device > Measured values > S0 counter status total yield:

Wh

1

Metering.DyWhOut

Measured value

Daily yield

User

AC Side > Measured values > Daily yield

Wh

1

Metering.MsSpdwr.SerNumEN

Parameter

Speedwire meter serial no.

User

System communication > Measured values > Meter on Speedwire > Serial Number

0 to 4294967295

1

User

Metering.MsSpdwr.UsSerNumEN

Parameter

Usable meters on Speedwire

User

System communication > Measured values > Meter on Speedwire > Serial numbers for usable meters

0 to 4294967295

4294967295 

1

Metering.GridMs.Hz

Measured value

Grid frequency

User

AC Side > Measured values > Grid measurements > Grid frequency

Hz

0.01

Metering.GridMs.A.phsA

Measured value

Grid current phase L1

User

AC Side > Measured values > Grid measurements > Phase currents > Phase L1

A

0.001

Metering.GridMs.A.phsB

Measured value

Grid current phase L2

User

AC Side > Measured values > Grid measurements > Phase currents > Phase L2

A

0.001

Metering.GridMs.A.phsC

Measured value

Grid current phase L3

User

AC Side > Measured values > Grid measurements > Phase currents > Phase L3

A

0.001

Metering.GridMs.PhV.phsA2B

Measured value

Grid voltage phase L1 against L2

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L1 against L2

V

0.01

Metering.GridMs.PhV.phsB2C

Measured value

Grid voltage phase L2 against L3

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L2 against L3

V

0.01

Metering.GridMs.PhV.phsC2A

Measured value

Grid voltage phase L3 against L1

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L3 against L1

V

0.01

Metering.GridMs.PhV.phsA

Measured value

Grid voltage phase L1

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L1

V

0.01

Metering.GridMs.PhV.phsB

Measured value

Grid voltage phase L2

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L2

V

0.01

Metering.GridMs.PhV.phsC

Measured value

Grid voltage phase L3

User

AC Side > Measured values > Grid measurements > Phase voltage > Phase L3

V

0.01

Metering.GridMs.W.phsA

Measured value

Power grid feeding L1

User

AC Side > Measured values > Grid measurements > Active power > Phase L1

W

1

Metering.GridMs.W.phsB

Measured value

Power grid feeding L2

User

AC Side > Measured values > Grid measurements > Active power > Phase L2

W

1

Metering.GridMs.W.phsC

Measured value

Power grid feeding L3

User

AC Side > Measured values > Grid measurements > Active power > Phase L3

W

1

Metering.GridMs.WIn.phsA

Measured value

Power drawn from grid phase L1

User

AC Side > Measured values > Grid measurements > Active power consumed > Phase L1

W

1

Metering.GridMs.WIn.phsB

Measured value

Power drawn from grid phase L2

User

AC Side > Measured values > Grid measurements > Active power consumed > Phase L2

W

1

Metering.GridMs.WIn.phsC

Measured value

Power drawn from grid phase L3

User

AC Side > Measured values > Grid measurements > Active power consumed > Phase L3

W

1

Metering.GridMs.VAr.phsA

Measured value

Reactive power grid feeding phase L1

User

AC Side > Measured values > Grid measurements > Reactive power > Phase L1

VAr

1

Metering.GridMs.VAr.phsB

Measured value

Reactive power grid feeding phase L2

User

AC Side > Measured values > Grid measurements > Reactive power > Phase L2

VAr

1

Metering.GridMs.VAr.phsC

Measured value

Reactive power grid feeding phase L3

User

AC Side > Measured values > Grid measurements > Reactive power > Phase L3

VAr

1

Metering.GridMs.TotVAr

Measured value

Reactive power grid feeding

User

AC Side > Measured values > Grid measurements > Reactive power

VAr

1

Metering.GridMs.VA.phsA

Measured value

Apparent power L1

User

AC Side > Measured values > Grid measurements > Apparent power > Phase L1

VA

1

Metering.GridMs.VA.phsB

Measured value

Apparent power L2

User

AC Side > Measured values > Grid measurements > Apparent power > Phase L2

VA

1

Metering.GridMs.VA.phsC

Measured value

Apparent power L3

User

AC Side > Measured values > Grid measurements > Apparent power > Phase L3

VA

1

Metering.GridMs.TotVA

Measured value

Apparent power

User

AC Side > Measured values > Grid measurements > Apparent power

VA

1

Metering.GridMs.TotPF

Measured value

Displacement power factor

User

AC Side > Measured values > Grid measurements > Displacement power factor

/p>

0.01

Metering.GridMs.TotPFEEI

Measured value

EEI displacement power factor

User

AC Side > Measured values > Grid measurements > EEI displacement power factor

/p>

0.001

Metering.GridMs.TotWOut

Measured value

Power grid feed-in

PacFeed-In

User

AC Side > Measured values > Grid measurements > Supplied power

W

1

Metering.GridMs.TotWhOut

Measured value

Grid feed-in counter reading

GM.TotWhOut

User

AC Side > Measured values > Grid measurements > Total yield

Wh

1

Metering.GridMs.TotkWhOutOfs

Parameter

Set offset of the supplied energy

User

AC Side > Measured values > Grid measurements > Set offset of the supplied energy

−4000000 kWh to +4000000 kWh

0 kWh

1

User

Metering.GridMs.TotWIn

Measured value

Power drawn

PacConsumption

User

AC Side > Measured values > Grid measurements > Power absorbed

W

1

Metering.GridMs.TotWhIn

Measured value

Counter reading of power drawn counter

User

AC Side > Measured values > Grid measurements > Absorbed energy

Wh

1

Metering.GridMs.TotkWhInOfs

Parameter

Set offset of the absorbed energy

User

AC Side > Measured values > Grid measurements > Set offset of the absorbed energy

−4000000 kWh to +4000000 kWh

0 kWh

1

User

Metering.GridMs.AbsWhOut

Measured value

Absolute meter reading for grid infeed

User

AC Side > Measured values > Grid measurements > Total counter reading, feed-in counter

Wh

1

Metering.GridMs.AbsWhIn

Measured value

Absolute meter reading of grid consumption

User

AC Side > Measured values > Grid measurements > Total energy absorbed from the grid by the device

Wh

1

CurVal.SelfCsmp

Measured value

Present own consump.

User

Energy management > Realtime values > Self-consumption

W

1

CurVal.SelfCsmpNom

Measured value

Present internal consump. ratio

User

Energy management > Realtime values > Own consumption ratio

%

1

TotVal.SelfCsmp

Measured value

Cumulative internal consump.

User

Energy management > Total values > Self-consumption

Wh

1

CurVal.DirCsmp

Measured value

Present direct consump.

User

Energy management > Realtime values > Direct consumption

W

1

CurVal.DirCsmpNom

Measured value

Present direct consump. ratio

User

Energy management > Realtime values > Direct consumption ratio

%

1

TotVal.DirCsmp

Measured value

Cumulative direct consump.

User

Energy management > Total values > Direct consumption

Wh

1

CurVal.TotCsmp

Measured value

Present total consump.

User

Energy management > Realtime values > Total consumption

W

1

TotVal.TotCsmp

Measured value

Total cumulative consump.

User

Energy management > Total values > Total consumption

Wh

1

CurVal.SelfSup

Measured value

Current self-supply

User

Energy management > Realtime values > Self-supply

W

1

TotVal.SelfSup

Measured value

Cumulative self-supply

User

Energy management > Total values > Self-supply

Wh

1

CurVal.AtcNom

Measured value

Present autonomy ratio

User

Energy management > Realtime values > Autonomy ratio

%

1

PwrCtlMdul.WCnstCls.DigInD00

Parameter

Power control module D1: 0 | D2:0 | D3: 0 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 0 | D3: 0 | D4: 0

−1 % to +100 %

100 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD01

Parameter

Power control module D1: 1 | D2:0 | D3: 0 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 0 | D3: 0 | D4: 0

−1 % to +100 %

0 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD02

Parameter

Power control module D1: 0 | D2:1 | D3: 0 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 1 | D3: 0 | D4: 0

−1 % to +100 %

30 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD03

Parameter

Power control module D1: 1 | D2:1 | D3: 0 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 1 | D3: 0 | D4: 0

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD04

Parameter

Power control module D1: 0 | D2:0 | D3: 1 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 0 | D3: 1 | D4: 0

−1 % to +100 %

60 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD05

Parameter

Power control module D1: 1 | D2:0 | D3: 1 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 0 | D3: 1 | D4: 0

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD06

Parameter

Power control module D1: 0 | D2:1 | D3: 1 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 1 | D3: 1 | D4: 0

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD07

Parameter

Power control module D1: 1 | D2:1 | D3: 1 | D4: 0

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 1 | D3: 1 | D4: 0

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD08

Parameter

Power control module D1: 0 | D2:0 | D3: 0 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 0 | D3: 0 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD09

Parameter

Power control module D1: 1 | D2:0 | D3: 0 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 0 | D3: 0 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD10

Parameter

Power control module D1: 0 | D2:1 | D3: 0 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 1 | D3: 0 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD11

Parameter

Power control module D1: 1 | D2:1 | D3: 0 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 1 | D3: 0 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD12

Parameter

Power control module D1: 0 | D2:0 | D3: 1 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 0 | D3: 1 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD13

Parameter

Power control module D1: 1 | D2:0 | D3: 1 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 0 | D3: 1 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD14

Parameter

Power control module D1: 0 | D2:1 | D3: 1 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 0 | D2: 1 | D3: 1 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.WCnstCls.DigInD15

Parameter

Power control module D1: 1 | D2:1 | D3: 1 | D4: 1

Installer

Device > Power control module > Active power limitation > D1: 1 | D2: 1 | D3: 1 | D4: 1

−1 % to +100 %

−1 %

1

Installer

PwrCtlMdul.FlbTmh

Parameter

Power control module release time

Installer

Device > Power control module > Release time

0 h to 99 h

0 h

1

Installer

PwrCtlMdul.FlbVal

Parameter

Power control module release value

Installer

Device > Power control module > Release value

−1 % to +100 %

100 %

1

Installer

PwrCtlMdul.FltClrTms

Parameter

Power control module fault tolerance time

Installer

Device > Power control module > Error tolerance time

1 s to 60 s

5 s

1

Installer

BatUsDm.WCtlComCfg.BatChaSttMin

Parameter

Lower discharge limit for assigned active power

Installer

Battery > Areas of application > External setting > Lower battery discharge limit

0 % to 100 %

0 %

1

Installer

BatUsDm.WCtlComCfg.BatChaSttMax

Parameter

Upper discharge limit for assigned active power

Installer

Battery > Areas of application > External setting > Upper battery charge limit

0 % to 100 %

100 %

1

Installer

Inverter.WModCfg.WCtlComCfg.FlbWSpt

Parameter

External active power setpoint specification, fallback value for active power setpoint specification

Installer

System and device control > Inverter > Active power mode > External setting > Fallback value of the active power setpoint specification

−500000 W to +500000 W

0 W

1

Installer

Inverter.WModCfg.WCtlComCfg.TmsOut

Parameter

Timeout for absent assigned active power

Installer

System and device control > Inverter > Active power mode > External setting > Timeout

0 s to 3600 s

1800 s

1

Installer

GridMs.TotW.Pv

Measured value

PV power

User

AC Side > Grid measurements > Power > Photovoltaics

W

1

Metering.EnMtrARtg

Parameter

Nominal CT current [Amps]

User

System communication > Measured values > Nominal CT current [Amps]

5 to 1500

100 

1

User

PCC.PPO.ChrgW

Parameter

Charging power of the selected function

User

System and device control > Grid connection point > Power profile > Charging power

−500000 W to +500000 W

0 W

1

User

PCC.PPO.DschW

Parameter

Discharging power of the selected function

User

System and device control > Grid connection point > Power profile > Discharging power

−500000 W to +500000 W

0 W

1

User

PCC.PPO.StrTm

Parameter

Start time of the selected function

User

System and device control > Grid connection point > Power profile > Start time

946641600 to 978350399

946684800 

1

User

PCC.PPO.StopTm

Parameter

Stop time of the selected function

User

System and device control > Grid connection point > Power profile > End time

946641600 to 978350399

946684800 

1

User

PCC.PPO.DtSel

Parameter

Weekday selection

User

System and device control > Grid connection point > Power profile > Weekday selected

0 to 127

1

User

BatUsDm.PPO.TOURng

Parameter

Width of the usage range for Time of Use

Installer

Battery > Areas of application > Power profile > Width of the usage range for Time of Use

0.00 % to 100.00 %

50.00 %

0.01

Installer

BatUsDm.PPO.PLSRng

Parameter

Width of the usage range for Peak Load Shaving

Installer

Battery > Areas of application > Power profile > Width of the usage range for Peak Load Shaving

0.00 % to 100.00 %

50.00 %

0.01

Installer

DcCfg.PanLevCtl.PlntId

Parameter

System ID

User

DC Side > DC settings > PV module control > ID of PV system

−1 to +2147483647

−1 

1

DcCfg.PanLevCtl.SwRev

Parameter

Software version

User

DC Side > DC settings > PV module control > Software version

0 to 4294967295

4294967295 

1

DcCfg.PanLevCom.GwCnt

Parameter

Number of gateways

User

DC Side > DC settings > PV module gateway > Number of gateways

0 to 4

1

Installer

DcCfg.PanLevStrg.MdulCnt

Parameter

Number of PC modules in the string

User

DC Side > DC settings > Panel level string > Number of PV modules in the string

0 to 60

1

Installer

DcCfg.PanLevStrg.OptCnt

Parameter

Number of PC module electronics in the string

User

DC Side > DC settings > Panel level string > Number of PV module electronics in the string

0 to 60

1

Installer

Operation.CelMdm.SigPwr

Measured value

Received signal strength

Installer

External Communication > Operation > Cellular modem > Signal strength of the selected network

%

1

CelMdm.ConnFllbkTmm

Parameter

Duration until activation of secondary connection

Installer

External Communication > Cellular modem > Duration until activation of secondary connection

15 min to 1440 min

15 min

1

Installer

Inverter.WModCfg.WCtlComCfg.WSpt

Parameter

Active power setpoint

FedInPwrAtCom

Installer

System and device control > Inverter > Active power mode > External setting > Active power setpoint

W

1

InstallerDevice Control Object

CmpBMS.BatChaWh

Parameter

Charge energy

User

Battery > Battery management system > Charge energy

0 Wh to 20000 Wh

0 Wh

1

User

CmpBMS.BatDschWh

Parameter

Discharge energy

User

Battery > Battery management system > Discharge energy

0 Wh to 20000 Wh

0 Wh

1

User

CmpBMS.GetBatChaWh

Measured value

Current charging power

User

Battery > Battery management system > Current charging power

Wh

1

CmpBMS.GetBatDschWh

Measured value

Current discharging power

User

Battery > Battery management system > Current discharging power

Wh

1

Bat.ChaVolSptDmd

Measured value

End-of-charge voltage

Installer

Battery > Battery > End-of-charge voltage

V

0.01

Bat.DschVolSptDmd

Measured value

End-of-discharge voltage

Installer

Battery > Battery > End-of-discharge voltage

V

0.01

Bat.ChaAmpSptDmd

Measured value

Maximum charging current

Installer

Battery > Battery > Maximum charging current

A

0.001

Bat.DschAmpSptDmd

Measured value

Maximum discharging current

Installer

Battery > Battery > Maximum discharging current

A

0.001

Bat.TmpVal

Measured value

Battery temperature

User

Battery > Battery > Temperature

°C

0.1

Bat.CapacRtgWh

Parameter

Battery nominal capacity

User

Battery > Battery > Rated capacity

0 Wh to 4294967295 Wh

4294967295 Wh

1

Nameplate.CmpBMS.SerNum

Parameter

BMS serial number

Installer

Device Components > Type Label > Battery management system > Serial number

0 to 4294967295

4294967295 

1

Nameplate.CmpBMS.SwRev

Parameter

BMS firmware version

Installer

Device Components > Type Label > Battery management system > Software version

0 to 4294967295

4294967295 

1

DtTm.TmZn

Parameter

Time zone

User

Device > Time settings > Time zone

  • (UTC+04:30) Kabul (TmZn+0430Kabul)
  • (UTC-09:00) Alaska (TmZn-0900Alaska)
  • (UTC+03:00) Kuwait, Riyardh (TmZn+0300Kuwait)
  • (UTC+04:00) Abu Dhabi, Muskat (TmZn+0400AbuDhabi)
  • (UTC+03:00) Baghdad, Istanbul (TmZn+0300Bagdad)
  • (UTC-04:00) Atlantic (Canada) (TmZn-0400Atlantik)
  • (UTC+09:30) Darwin (TmZn+0930Darwin)
  • (UTC+10:00) Canberra, Melbourne, Sydney (TmZn+1000Canberra)
  • (UTC+04:00) Baku (TmZn+0400Baku)
  • (UTC-01:00) Azores (TmZn-0100Azoren)
  • (UTC-06:00) Saskatchewan (TmZn-0600Saskatchewan)
  • (UTC-01:00) Cape Verde Islands (TmZn-0100Kapverden)
  • (UTC+04:00) Yerevan (TmZn+0400Eriwan)
  • (UTC+09:30) Adelaide (TmZn+0930Adelaide)
  • (UTC+06:00) Astana, Dhaka (TmZn+0600Astana)
  • (UTC-04:00) Manaus (TmZn-0400Manaus)
  • (UTC+01:00) Belgrade, Bratislava, Budapest, Ljubljana, Prague (TmZn+0100Belgrad)
  • (UTC+01:00) Sarajevo, Skopje, Warsaw, Zagreb (TmZn+0100Sarajevo)
  • (UTC+11:00) Magadan, Solomon Islands, New Caledonia (TmZn+1100Magadan)
  • (UTC-06:00) Central America (TmZn-0600Zentralamerika)
  • (UTC+08:00) Peking, Chongqing, Hongkong, Urumchi (TmZn+0800Peking)
  • (UTC-12:00) (Western) International Date Line (TmZn-1200Westen)
  • (UTC+03:00) Nairobi (TmZn+0300Nairobi)
  • (UTC+10:00) Brisbane (TmZn+1000Brisbane)
  • (UTC-05:00) New York, Miami, Atlanta, Detroit, Toronto (TmZn-0500NewYork)
  • (UTC+02:00) Cairo (TmZn+0200Kairo)
  • (UTC+05:00) Jekaterinburg (TmZn+0500Jekaterinburg)
  • (UTC+12:00) Fidschi, Marshall Islands (TmZn+1200Fidschi)
  • (UTC+02:00) Helsinki, Kiev, Riga, Sofia, Tallin, Wilna (TmZn+0200Helsinki)
  • (UTC+04:00) Tiflis (TmZn+0400Tiflis)
  • (UTC) Dublin, Edinburgh, Lisbon, London (TmZn+0000Dublin)
  • (UTC-03:00) Greenland (TmZn-0300Groenland)
  • (UTC) Monrovia, Reykjavík (TmZn+0000Monrovia)
  • (UTC+02:00) Athens, Bucharest, Istanbul (TmZn+0200Athen)
  • (UTC-10:00) Hawaii (TmZn-1000Hawaii)
  • (UTC+05:30) Chennai, Kolkata, Mumbai, New Delhi (TmZn+0530Chennai)
  • (UTC+02:00) Jerusalem (TmZn+0200Jerusalem)
  • (UTC+02:00) Amman (TmZn+0200Amman)
  • (UTC+09:00) Seoul (TmZn+0900Seoul)
  • (UTC+08:00) Kuala Lumpur, Singapore (TmZn+0800KualaLumpur)
  • (UTC-02:00) Central Atlantic (TmZn-0200Mittelatlantik)
  • (UTC+02:00) Beirut (TmZn+0200Beirut)
  • (UTC-07:00) Denver, Salt Lake City, Calgary (TmZn-0700Denver)
  • (UTC+06:30) Yangon (Rangoon) (TmZn+0630Yangon)
  • (UTC+02:00) Windhoek (TmZn+0200Windhuk)
  • (UTC+05:45) Katmandu (TmZn+0545Katmandu)
  • (UTC+12:00) Auckland, Wellington (TmZn+1200Auckland)
  • (UTC-03:30) Newfoundland (TmZn-0330Neufundland)
  • (UTC+08:00) Irkutsk (TmZn+0800Irkutsk)
  • (UTC+07:00) Krasnoyarsk (TmZn+0700Krasnojarsk)
  • (UTC-04:00) Santiago (TmZn-0400Santiago)
  • (UTC-08:00) Pacific (USA, Canada) (TmZn-0800Pacific)
  • (UTC-08:00) Tijuana, Baja California (Mexico) (TmZn-0800Tijuana)
  • (UTC+01:00) Brussels, Copenhagen, Madrid, Paris (TmZn+0100Bruessel)
  • (UTC+03:00) Moskow, St. Petersburg, Volgograd (TmZn+0300Moskau)
  • (UTC-03:00) Buenos Aires, Santiago (TmZn-0300BuenosAires)
  • (UTC-05:00) Bogotá, Lima, Quito (TmZn-0500Bogota)
  • (UTC-11:00) Midway Islands, Samoa (TmZn-1100Midway)
  • (UTC+07:00) Bangkok, Hanoi, Jakarta (TmZn+0700Bangkok)
  • (UTC+02:00) Harare, Pretoria (TmZn+0200Harare)
  • (UTC+05:30) Sri Jayawardenepura (TmZn+0530SriJayawardenepura)
  • (UTC+08:00) Taipeh (TmZn+0800Taipeh)
  • (UTC+10:00) Hobart (TmZn+1000Hobart)
  • (UTC+09:00) Osaka, Sapporo, Tokyo (TmZn+0900Osaka)
  • (UTC+13:00) Nuku'alofa (TmZn+1300Nukualofa)
  • (UTC-05:00) Indiana (East) (TmZn-0500Indiana)
  • (UTC-07:00) Arizona (TmZn-0700Arizona)
  • (UTC+10:00) Vladivostok, Magadan (TmZn+1000Wladiwostok)
  • (UTC+08:00) Perth (TmZn+0800Perth)
  • (UTC+01:00) West.Centr.Africa (TmZn+0100WestZentralafrika)
  • (UTC+01:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna (TmZn+0100Amsterdam)
  • (UTC+05:00) Islamabad, Karatschi (TmZn+0500Islamabad)
  • (UTC+10:00) Guam, Port Moresby (TmZn+1000Guam)
  • (UTC+09:00) Yakutsk (TmZn+0900Jakutsk)
  • (UTC+04:00) Caucasian Standard Time (TmZn+0400Kaukasus)
  • (UTC-06:00) Chicago, Dallas, Kansas City, Winnipeg (TmZn-0600Chicago)
  • (UTC-06:00) Guadalajara, Mexico City, Monterrey - new (TmZn-0600GuadalajaraNeu)
  • (UTC+04:00) Port Louis (TmZn+0400PortLouis)
  • (UTC-07:00) Chihuahua, La Paz, Mazatlan - new (TmZn-0700ChihuahuaNeu)
  • (UTC-03:00) Montevideo (TmZn-0300Montevideo)
  • (UTC+05:00) Taschkent (TmZn+0500Taschkent)
  • (UTC-04:00) Georgetown, La Paz, San Juan (TmZn-0400LaPaz)
  • (UTC+08:00) Ulan-Bator (TmZn+0800UlanBator)
  • (UTC-03:00) Cayenne (TmZn-0300Cayenne)
  • (UTC-04:00) Asuncion (TmZn-0400Asuncion)
  • (UTC+12:00) Petropavlovsk-Kamtschatski (TmZn+1200Petropawlowsk)
  • (UTC+03:00) Minsk (TmZn+0300Minsk)
  • (UTC+07:00) Novosibirsk (TmZn+0700Nowosibirsk)
  • (UTC-04:00) Caracas (TmZn-0400Caracas)

(UTC+04:30) Kabul (TmZn+0430Kabul)

User

Operation.Dmd.PFExtCtl

Measured value

Current spec. stimulation type cos φ

Op.Dmd.PFExtCtl

User

System and device control > Operation > Specification > Excitation type cos φ

  • Overexcited (OvExt)
  • Underexcited (UnExt)
  • Information not available (NaNStt)

Operation.DrtStt

Measured value

Reason for derating

Inv.TmpLimStt

User

Status > Operation > Reason for derating

  • Overtemperature (TmpDrt)
  • not active (NoneDrt)
  • Frequency deviation (HzDrt)
  • Voltage deviation (VDrt)
  • Information not available (NaNStt)

Operation.GriSwStt

Measured value

Grid relay/contactor

Op.GriSwStt

User

Status > Operation > Grid relay status

  • Closed (Cls)
  • Open (Opn)
  • Information not available (NaNStt)

Operation.InvCtl.Stt

Measured value

Status, device control

InvCtl.Stt

User

Status > Operation > Device control > Status

  • Off (Off)
  • On (On)
  • Active (Act)
  • Information not available (NaNStt)

Operation.OpStt

Measured value

General operating status

OperMode

User

Status > Operation > General operating status

  • MPP (Mpp)
  • Stop (Stop)
  • Constant voltage (VolDCConst)
  • Warning (Wrn)
  • Fault (Flt)
  • Waiting for PV voltage (WaitPV)
  • Start (Str)
  • Shut down (Shtdwn)
  • Waiting for utilities company (WaitUtil)
  • Derating (Drt)
  • Information not available (NaNStt)

Operation.PlntCtl.Stt

Measured value

Status, PV system control

PlntCtl.Stt

User

Status > Operation > PV system control > Status

  • Off (Off)
  • On (On)
  • Active (Act)
  • Information not available (NaNStt)

Operation.PvGriConn

Measured value

Plant mains connection

User

AC Side > Operation > Mains connection

  • Separated (Dscon)
  • Public electricity mains (PubGri)
  • Island mains (IsoGri)
  • Information not available (NaNStt)

Operation.WCtl.Stt

Measured value

Status of active power limitation

User

System and device control > Operation > Active power limitation P > Status

  • Off (Off)
  • On (On)
  • Active (Act)
  • Limits possible active power (LimW)
  • Information not available (NaNStt)

DcCfg.MPPShdw.IsOn

Parameter

SMA ShadeFix

MPPShdw.IsOn

User

DC Side > DC settings > SMA ShadeFix > Activated

  • Yes (Yes)
  • No (No)

Yes (Yes)

User

GridGuard.Cntry

Parameter

Country standard set

Cntry

User

Grid Monitoring > Grid monitoring > Country standard

  • Special setting (Adj)
  • SMA Island mode 60 Hz (OFF-Grid60)
  • SMA Island mode 50 Hz (OFF-Grid50)
  • [GR] PPC (PPC)
  • [DE] VDE0126-1-1 (VDE0126-1-1)
  • [DE] Medium-Voltage Directive (Germany) (MVtgDirective)
  • [DE] MVtgDirective Internal (MVtgDirectiveInt)
  • [ES] RD1663/661-A (RD1663/661-A)
  • [CN] CGC/GF001 (CGC/GF001)
  • [JP] JP50 (JP50)
  • [JP] JP60 (JP60)
  • [DE] VDE-AR-N4105 (VDE-AR-N4105)
  • [DE] VDE-AR-N4105-HP (VDE-AR-N4105-HP)
  • [IT] CEI 0-21 extern (CEI0-21Ext)
  • [US] UL1741/2010/277 (UL1741/2010/277)
  • [BE] C10/11/2012 (C10/11/2012)
  • [FR] VFR2014 (VFR2014)
  • [GB] G59/3 (G59/3)
  • [IL] SI4777_HS131_Pf (SI4777_HS131_Pf)
  • [EN] EN50438:2013 (EN50438_2013)
  • [NL] NEN-EN50438:2013 (NEN-EN50438_13)
  • SMA WorstCase (WorstCase)
  • SMA Default (DftEN)
  • [ES] RD1699/413 (RD1699/413)
  • KEMCO2013 (KEMCO2013)
  • [AU] AS4777.2_2015 (AS4777.2_2015)
  • [ZA] NRS 097-2-1 (NRS97-2-1)
  • [CL] NT_Ley20571 (NT_Ley2057)
  • [TH] MEA2016 (MEA2016)
  • [TH] PEA2016 (PEA2016)
  • [BR] ABNT NBR 16149:2013 (ABNT_NBR_16149_2013)
  • Information not available (NaNStt)

SMA Default (DftEN)

Nameplate.MainModel

Parameter

Device class

MainModel

User

Type Label > Type Label > Device class

  • Solar Inverters (DevClss1)

Solar Inverters (DevClss1)

deviceModel

Parameter

Device type

Model

User

Type Label > Type Label > Device type

  • STP50-40 (STP50-40)
  • STP50-US-40 (STP50-US-40)
  • STP50-JP-40 (STP50-JP-40)

STP50-40 (STP50-40)

Operation.OpMod

Parameter

General operating mode

Op.OpModSet

User

Device > Operation > General operating mode

  • MPP (Mpp)
  • Stop (Stop)
  • Constant voltage (VolDCConst)

MPP (Mpp)

Installer

PwrCtlMdul.OpMode

Parameter

Operating mode of power control module

PCM-OpMode

User

System and device control > Power control module > Operating mode

  • Off (Off)
  • Active power limitation (ModWMax)
  • Remote shut-down (ModRemOff)

Active power limitation (ModWMax)

Installer

Coolsys.FanTst

Parameter

Fan test

CoolSys.FanTst

Installer

Device > Cooling system > Fan test

  • Off (Off)
  • On (On)

Off (Off)

Installer

GridGuard.Cntry.Aid.AsymDet.Stt

Parameter

Islanding detection, status of the unbalance detection

Aid.AsymDetStt

Installer

Grid Monitoring > Grid monitoring > Country standard > Islanding detection > Unbalance detection > Status

  • Off (Off)
  • On (On)

On (On)

Installer

GridGuard.Cntry.Aid.HzMon.Stt

Parameter

Islanding detection, status of frequency monitor

Aid.HzMonStt

Installer

Grid Monitoring > Grid monitoring > Country standard > Islanding detection > Frequency monitoring > Status

  • Off (Off)
  • On (On)

On (On)

Installer

GridGuard.CntryBas

Parameter

Underlying country standard

Installer

Grid Monitoring > Grid monitoring > Underlying country standard

  • SMA Island mode 60 Hz (OFF-Grid60)
  • SMA Island mode 50 Hz (OFF-Grid50)
  • [GR] PPC (PPC)
  • [DE] VDE0126-1-1 (VDE0126-1-1)
  • [DE] Medium-Voltage Directive (Germany) (MVtgDirective)
  • [DE] MVtgDirective Internal (MVtgDirectiveInt)
  • [ES] RD1663/661-A (RD1663/661-A)
  • [CN] CGC/GF001 (CGC/GF001)
  • [JP] JP50 (JP50)
  • [JP] JP60 (JP60)
  • [DE] VDE-AR-N4105 (VDE-AR-N4105)
  • [DE] VDE-AR-N4105-HP (VDE-AR-N4105-HP)
  • [IT] CEI 0-21 extern (CEI0-21Ext)
  • [US] UL1741/2010/277 (UL1741/2010/277)
  • [BE] C10/11/2012 (C10/11/2012)
  • [FR] VFR2014 (VFR2014)
  • [GB] G59/3 (G59/3)
  • [IL] SI4777_HS131_Pf (SI4777_HS131_Pf)
  • [EN] EN50438:2013 (EN50438_2013)
  • [NL] NEN-EN50438:2013 (NEN-EN50438_13)
  • SMA WorstCase (WorstCase)
  • SMA Default (DftEN)
  • [ES] RD1699/413 (RD1699/413)
  • KEMCO2013 (KEMCO2013)
  • [AU] AS4777.2_2015 (AS4777.2_2015)
  • [ZA] NRS 097-2-1 (NRS97-2-1)
  • [CL] NT_Ley20571 (NT_Ley2057)
  • [TH] MEA2016 (MEA2016)
  • [TH] PEA2016 (PEA2016)
  • [BR] ABNT NBR 16149:2013 (ABNT_NBR_16149_2013)

Country

Parameter

Set country standard

CntrySet

Installer

Grid Monitoring > Grid monitoring > Set country standard

  • SMA Island mode 60 Hz (OFF-Grid60)
  • SMA Island mode 50 Hz (OFF-Grid50)
  • [GR] PPC (PPC)
  • [DE] VDE0126-1-1 (VDE0126-1-1)
  • [DE] Medium-Voltage Directive (Germany) (MVtgDirective)
  • [DE] MVtgDirective Internal (MVtgDirectiveInt)
  • [ES] RD1663/661-A (RD1663/661-A)
  • [CN] CGC/GF001 (CGC/GF001)
  • [JP] JP50 (JP50)
  • [JP] JP60 (JP60)
  • [DE] VDE-AR-N4105 (VDE-AR-N4105)
  • [DE] VDE-AR-N4105-HP (VDE-AR-N4105-HP)
  • [IT] CEI 0-21 extern (CEI0-21Ext)
  • [US] UL1741/2010/277 (UL1741/2010/277)
  • [BE] C10/11/2012 (C10/11/2012)
  • [FR] VFR2014 (VFR2014)
  • [GB] G59/3 (G59/3)
  • [IL] SI4777_HS131_Pf (SI4777_HS131_Pf)
  • [EN] EN50438:2013 (EN50438_2013)
  • [NL] NEN-EN50438:2013 (NEN-EN50438_13)
  • SMA WorstCase (WorstCase)
  • SMA Default (DftEN)
  • [ES] RD1699/413 (RD1699/413)
  • KEMCO2013 (KEMCO2013)
  • [AU] AS4777.2_2015 (AS4777.2_2015)
  • [ZA] NRS 097-2-1 (NRS97-2-1)
  • [CL] NT_Ley20571 (NT_Ley2057)
  • [TH] MEA2016 (MEA2016)
  • [TH] PEA2016 (PEA2016)
  • [BR] ABNT NBR 16149:2013 (ABNT_NBR_16149_2013)

Installer

Inverter.AfciIsOn

Parameter

AFCI switched on

AfciIsOn

Installer

Device > Inverter > AFCI switched on

  • Yes (Yes)
  • No (No)

No (No)

Installer

Inverter.CtlComCfg.PFCtlCom.CtlComMssMod

Parameter

External cos φ setting, fallback behavior

PFCtlCom.MssMod

Installer

System and device control > Inverter > System control and fallback behavior > cos φ, external setting > Fallback behavior

  • Values maintained (UsStp)
  • Apply fallback values (UsFlb)

Values maintained (UsStp)

Installer

Inverter.CtlComCfg.PFCtlCom.FlbPFExt

Parameter

External cos φ setpoint specification, fallback value of the excitation type for active power output

PFCtlCom.FlbExt

Installer

System and device control > Inverter > System control and fallback behavior > cos φ, external setting > Fallback value of the excitation type for active power output

  • Overexcited (OvExt)
  • Underexcited (UnExt)

Underexcited (UnExt)

Installer

Inverter.CtlComCfg.VArCtlCom.CtlComMssMod

Parameter

External reactive power setting, fallback behavior

QCtlCom.MssMod

Installer

System and device control > Inverter > System control and fallback behavior > Q, external setting > Fallback behavior

  • Values maintained (UsStp)
  • Apply fallback values (UsFlb)

Values maintained (UsStp)

Installer

Inverter.CtlComCfg.WCtlCom.CtlComMssMod

Parameter

External active power setting, fallback behavior

WCtlCom.MssMod

Installer

System and device control > Inverter > System control and fallback behavior > External setting > Fallback behavior

  • Values maintained (UsStp)
  • Apply fallback values (UsFlb)

Values maintained (UsStp)

Installer

Inverter.DGSModCfg.DGSFlCfg.ArGraMod

Parameter

Dynamic grid support, reactive current static

DGS-ArGraMod

Installer

System and device control > Inverter > Dynamic grid support > Full dynamic grid support > Reactive current droop

  • [DE] Medium-Voltage Directive (Germany) (MVtgDirective)
  • SDLWindV (SDLWindV)

[DE] Medium-Voltage Directive (Germany) (MVtgDirective)

Installer

Inverter.DGSModCfg.DGSMod

Parameter

Dynamic grid support, operating mode

DGS-DGSMod

Installer

System and device control > Inverter > Dynamic grid support > Operating mode of dynamic grid support

  • Full dynamic grid support (DGSFl)
  • Limited dynamic grid support (DGSPa)

Limited dynamic grid support (DGSPa)

Installer

Inverter.FltAMod

Parameter

RCD adjustment

Installer

Device > Inverter > RCD adjustment

  • Off (Off)
  • 300 mA (Mod300mA)

Off (Off)

Installer

Inverter.OffGri.OffGriAct

Parameter

Activate island mode

Installer

System and device control > Inverter > Island mode > Activate island mode

  • Yes (Yes)
  • No (No)

No (No)

InstallerDevice Control Object

Inverter.UtilCrvCfg.Crv0.XRef

Parameter

X-axis ref. characteristic

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > X-axes reference

  • Voltage in V (XRefV)
  • Voltage in percentages of Un (XRefVNom)
  • Active power as a percentage of Pmax (XRefWNom)
  • Hertz (XRefHz)
  • Hertz as the difference from the nominal frequency (XRefHzDif)

Voltage in percentages of Un (XRefVNom)

Installer

Inverter.UtilCrvCfg.Crv0.YRef

Parameter

Y-axis ref. characteristic

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Y-axes reference

  • Var in percentages of Pmax (YRefVarNom)
  • Power in percentages of Pmax (YRefWNom)
  • Power in percentages of frozen active power (YRefWNomActl)
  • cos φ (EEI convention) (YRefEEI)

Power in percentages of Pmax (YRefWNom)

Installer

Inverter.UtilCrvCfg.CrvModCfg.CrvEna

Parameter

Activation of the characteristic curve, configuration of characteristic curve mode

UtilCrv1-Ena

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Configuration of characteristic curve mode > Activation of the characteristic curve

  • Off (Off)
  • On (On)

Off (Off)

Installer

Inverter.UtilCrvCfg.CrvModCfg.TrgRef

Parameter

Threshold reference, configuration of characteristic curve mode

UtilCrv1-TrgRef

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Configuration of characteristic curve mode > Threshold reference

  • Voltage in V (XRefV)
  • Voltage in percentages of Un (XRefVNom)
  • Active power in watts (XRefW)
  • Active power as a percentage of Pmax (XRefWNom)

Active power as a percentage of Pmax (XRefWNom)

Installer

Inverter.VArModCfg.PFCnstCfg.PFExt

Parameter

cos φ excit.type, cos φ config., direct spec.

PF-PFExt

Installer

System and device control > Inverter > Reactive power mode > Manual cos φ specification > Excitation type for active power output

  • Overexcited (OvExt)
  • Underexcited (UnExt)

Underexcited (UnExt)

Installer

Inverter.VArModCfg.PFCtlWCfg.PFExtStop

Parameter

Excit. type at end point, cos φ(P) char. config.

PF-PFExtStop

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Excitation type at end point

  • Overexcited (OvExt)
  • Underexcited (UnExt)

Underexcited (UnExt)

Installer

Inverter.VArModCfg.PFCtlWCfg.PFExtStr

Parameter

Excit. type at start point, cos φ(P) char. conf.

PF-PFExtStr

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Excitation type at starting point

  • Overexcited (OvExt)
  • Underexcited (UnExt)

Overexcited (OvExt)

Installer

Inverter.VArModCfg.VArCtlVolCfg.VArGraMod

Parameter

Reactive power droop mode, reactive power/voltage characteristic curve configuration Q(V)

Q-VArGraMod

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Reactive power droop mode

  • Hysteresis (Hyst)
  • Dead band (Db)

Hysteresis (Hyst)

Installer

Inverter.VArModCfg.VArMod

Parameter

Operating mode of static voltage stability, configuration of static voltage stability

Q-VArMod

Installer

System and device control > Inverter > Reactive power mode > Operating mode of static voltage stabilization

  • Off (Off)
  • Q(V) characteristic curve (VArCtlVol)
  • Q, manual setting in % (VArCnstNom)
  • Q, external setting (VArCtlCom)
  • cos φ, manual setting (PFCnst)
  • cos φ, external setting (PFCtlCom)
  • cos φ(P) charac. curve (PFCtlW)
  • Reactive power charact. curve (CrvMod)
  • cos φ or Q specification through optimum PV system control (VArPFCtlCom)

cos φ, manual setting (PFCnst)

Installer

Inverter.VArModCfg.VArModDmd

Parameter

Oper.mode vol.maint.at Q on Dem., st.vol.maint.conf.

Q-VArModDmd

Installer

System and device control > Inverter > Reactive power mode > Operating mode of the stat.volt.maint. for Q on demand

  • Off (Off)
  • As static voltage stability (VArModRef)

Off (Off)

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HystEna

Parameter

Activation of stay-set indicator function, linear instantaneous power gradient configuration

P-HystEna

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Activation of stay-set indicator function

  • Off (Off)
  • On (On)

On (On)

Installer

Inverter.WCtlHzModCfg.WCtlHzMod

Parameter

Operating mode of active power reduction in case of overfrequency P(f)

P-WCtlHzMod

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > Operating mode active power red., overfreq. P(f)

  • Off (Off)
  • Frequency-dependent active power adapt. P(f) (WCtlHz)
  • Linear gradient of the maximum active power (WCtlHzWMax)

Off (Off)

Installer

Inverter.WGraReconEna

Parameter

Soft start-up P after grid fault

WGraReconEna

Installer

System and device control > Inverter > Soft start-up P after grid fault

  • Off (Off)
  • On (On)

Off (Off)

Installer

Inverter.WModCfg.GriSwOpnZerW

Parameter

Grid disconnection for 0% active power setting

P-GriSwOpnZerW

Installer

System and device control > Inverter > Active power mode > Grid disconnection for 0% active power setting

  • Yes (Yes)
  • No (No)
  • Yes, with manual restart (YesManRstr)

No (No)

Installer

Inverter.WModCfg.WMod

Parameter

Operating mode active power setting

P-WMod

Installer

System and device control > Inverter > Active power mode > Operating mode active power setting

  • Off (Off)
  • Manual setting in W (WCnst)
  • Manual setting in % (WCnstNom)
  • External setting (WCtlCom)

External setting (WCtlCom)

Installer

Operation.LodFnc

Parameter

Load parameter

Op.StoFncSet

Installer

Device > Operation > Load parameter

  • Load preset (DfltParaLod)

Installer

Operation.StrFltDet.OpMod

Parameter

Operating mode of string failure detection

Op.PvProMod

Installer

DC Side > Operation > String failure detection > General operating mode

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.StrFltDet.SnsLvl

Parameter

String failure detection sensitivity

Installer

DC Side > Operation > String failure detection > Sensor sensitivity

  • Special setting (Adj)
  • Low (LowMod)
  • Normal (NrmMod)
  • High (HiMod)

Low (LowMod)

Installer

Operation.StrFltDet.ChGrp

Parameter

String comparison group for string failure detect

Installer

DC Side > Operation > String failure detection > Comparison group

  • no group (NoGrp)
  • Group 1 (Grp1)
  • Group 2 (Grp2)
  • Group 3 (Grp3)

Group 1 (Grp1)

Installer

Operation.ValRsIstl

Parameter

Reset operating data

Op.FncSetIstl

Installer

Device > Operation > Reset operating data

  • N° grid conn. at grid conn.pt. (GriSwCnt)
  • Reset events (RsEvtCnt)
  • Reset energy logger (RsTotWhLog)
  • Reset operation inhibition (RsPermStoOp)
  • Operating time (TotOpTms)
  • Feed-in time (TotFeedTms)
  • Total yield (TotWhOut)
  • Execute all (DoAll)
  • Reset network parameter (NetwParaRs)

Installer

Operation.ManRstr.IsOn

Parameter

Manual restart activated

ManRstr.IsOn

Installer

AC Side > Operation > Manual restart > Activated

  • Yes (Yes)
  • No (No)

No (No)

Installer

Operation.ManRstr.ManRstrOvVol

Parameter

Manual restart after overvoltage

ManRstr.OvVol

Installer

AC Side > Operation > Manual restart > After overvoltage

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.ManRstr.ManRstrUnVol

Parameter

Manual restart after undervoltage

ManRstr.UnVol

Installer

AC Side > Operation > Manual restart > After undervoltage

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.ManRstr.ManRstrHz

Parameter

Manual restart after frequency error

ManRstr.Hz

Installer

AC Side > Operation > Manual restart > After frequency error

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.ManRstr.ManRstrPID

Parameter

Manual restart after passive islanding detection

ManRstr.PID

Installer

AC Side > Operation > Manual restart > After passive islanding detection

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.ManRstr.ManRstrAID

Parameter

Manual restart after active islanding detection

ManRstr.AID

Installer

AC Side > Operation > Manual restart > After active islanding detection

  • Off (Off)
  • On (On)

Off (Off)

Installer

Operation.RstrLokStt

Measured value

Block status

ManRstr.LokStt

User

Status > Operation > Block status

  • Grid frequency disturbance (EvtAcHz)
  • ------- (None)
  • Overvoltage (OvVol)
  • Undervoltage (UnVol)
  • Passive islanding detection (PID)
  • Active islanding detection (ActIsldDet)
  • Information not available (NaNStt)

Inverter.FstStop

Parameter

Fast shut-down

Installer

System and device control > Inverter > Fast shut-down

  • Stop (Stop)
  • Start (Str)
  • Full stop (FulStop)

InstallerDevice Control Object

Inverter.VArModCfg.PFCtlComCfg.PFExt

Parameter

External cos φ setpoint specification, excitation type for active power output

Installer

System and device control > Inverter > Reactive power mode > cos φ config. method of PV system control > Excitation type for active power output

  • Overexcited (OvExt)
  • Underexcited (UnExt)

InstallerDevice Control Object

Inverter.HzLimRed

Parameter

Frequency monitoring switchable max. threshold

Installer

System and device control > Inverter > Switchable frequency thresholds

  • Off (Off)
  • On (On)

Off (Off)

InstallerDevice Control Object

Operation.BckOpMod

Parameter

Backup mode operating mode

Op.BckOpMod

Installer

Device > Operation > Backup mode operating mode

  • Off (Off)
  • In all phases (OnAllPhs)

In all phases (OnAllPhs)

Installer

Operation.BckStt

Measured value

Backup mode status

Op.BckOpStt

User

Device > Operation > Backup mode status

  • Grid mode (ModGri)
  • Separate network mode (ModOffGri)
  • Information not available (NaNStt)

Inverter.VArModCfg.ImpCpn.IsOn

Parameter

Impedance compensation switched on

ImpCpn.IsOn

Installer

System and device control > Inverter > Reactive power mode > Impedance compensation > Activated

  • Yes (Yes)
  • No (No)

No (No)

Installer

GridMs.A.phsA

Measured value

Grid current phase L1

GridMs.A.phsA

User

AC Side > Grid measurements > Phase currents > Phase L1

A

0.001

GridMs.A.phsB

Measured value

Grid current phase L2

GridMs.A.phsB

User

AC Side > Grid measurements > Phase currents > Phase L2

A

0.001

GridMs.A.phsC

Measured value

Grid current phase L3

GridMs.A.phsC

User

AC Side > Grid measurements > Phase currents > Phase L3

A

0.001

GridMs.Hz

Measured value

Grid frequency

GridMs.Hz

User

AC Side > Grid measurements > Grid frequency

Hz

0.01

GridMs.PhV.phsA

Measured value

Grid voltage phase L1

GridMs.PhV.phsA

User

AC Side > Grid measurements > Phase voltage > Phase L1

V

0.01

GridMs.PhV.phsA2B

Measured value

Grid voltage phase L1 against L2

GridMs.PhV.A2B

User

AC Side > Grid measurements > Phase voltage > Phase L1 against L2

V

0.01

GridMs.PhV.phsB

Measured value

Grid voltage phase L2

GridMs.PhV.phsB

User

AC Side > Grid measurements > Phase voltage > Phase L2

V

0.01

GridMs.PhV.phsB2C

Measured value

Grid voltage phase L2 against L3

GridMs.PhV.B2C

User

AC Side > Grid measurements > Phase voltage > Phase L2 against L3

V

0.01

GridMs.PhV.phsC

Measured value

Grid voltage phase L3

GridMs.PhV.phsC

User

AC Side > Grid measurements > Phase voltage > Phase L3

V

0.01

GridMs.PhV.phsC2A

Measured value

Grid voltage phase L3 against L1

GridMs.PhV.C2A

User

AC Side > Grid measurements > Phase voltage > Phase L3 against L1

V

0.01

GridMs.TotW

Measured value

Power

Pac

User

AC Side > Grid measurements > Power

W

1

GridMs.W.phsA

Measured value

Power L1

GridMs.W.phsA

User

AC Side > Grid measurements > Active power > Phase L1

W

1

GridMs.W.phsB

Measured value

Power L2

GridMs.W.phsB

User

AC Side > Grid measurements > Active power > Phase L2

W

1

GridMs.W.phsC

Measured value

Power L3

GridMs.W.phsC

User

AC Side > Grid measurements > Active power > Phase L3

W

1

Isolation.FltA

Measured value

Residual current

Iso.FltA

Installer

DC Side > Insulation monitoring > Residual current

A

0.001

Isolation.LeakRis

Measured value

Insulation resistance

Riso

Installer

DC Side > Insulation monitoring > Insulation resistance

1

Operation.Dmd.PFCtl

Measured value

Current spec. cos φ

Op.Dmd.PFCtl

User

System and device control > Operation > Specification > cos φ

/p>

0.0001

Operation.Dmd.VArCtl

Measured value

Current spec. reactive power Q

Op.Dmd.VArCtl

User

System and device control > Operation > Specification > Reactive power mode

VAr

1

Operation.Dmd.WCtl

Measured value

Current spec. active power limitation P

Op.Dmd.WCtl

User

System and device control > Operation > Specification > Active power limitation P

W

1

DcMs.Amp

Measured value

DC current input

A1.Ms.Amp, A2.Ms.Amp, A3.Ms.Amp, A4.Ms.Amp, A5.Ms.Amp, B1.Ms.Amp, A.Ms.Amp, B.Ms.Amp, C.Ms.Amp, D.Ms.Amp, E.Ms.Amp, F.Ms.Amp

User

DC Side > DC measurements > Current

A

0.001

DcMs.Vol

Measured value

DC voltage input

A.Ms.Vol, B.Ms.Vol, C.Ms.Vol, D.Ms.Vol, E.Ms.Vol, F.Ms.Vol

User

DC Side > DC measurements > Voltage

V

0.01

DcMs.Watt

Measured value

DC power input

A.Ms.Watt, B.Ms.Watt, C.Ms.Watt, D.Ms.Watt, E.Ms.Watt, F.Ms.Watt

User

DC Side > DC measurements > Power

W

1

DcCfg.ConstVolCtl.Vset

Parameter

Constant voltage setpoint

A.Const.VSet, B.Const.VSet, C.Const.VSet, D.Const.VSet, E.Const.VSet, F.Const.VSet

Installer

DC Side > DC settings > Constant voltage control > Voltage setpoint

188.00 V to 950.00 V

950.00 V

0.01

Installer

DcCfg.StopVol

Parameter

Critical voltage to end feed-in

Upv-Stop,A.Upv-Stop,B.Upv-Stop,C.Upv-Stop,D.Upv-Stop,E.Upv-Stop,F.Upv-Stop

Installer

DC Side > DC settings > Critical voltage to end feed-in

150.00 V to 800.00 V

150.00 V

0.01

Installer

DcCfg.StrTms

Parameter

Start delay input

A.StrTms, B.StrTms, C.StrTms, D.StrTms, E.StrTms, F.StrTms

Installer

DC Side > DC settings > Start delay

1 s to 4 s

1 s

1

Installer

DcCfg.StrVol

Parameter

Minimum voltage input

A.VStr, B.VStr, C.VStr, D.VStr, E.VStr, F.VStr

Installer

DC Side > DC settings > Critical voltage to start feed-in

188.00 V to 800.00 V

188.00 V

0.01

Installer

DcCfg.VolLim

Parameter

Maximum allowed voltage input

A.Vlim, B.Vlim, C.Vlim, D.Vlim, E.Vlim, F.Vlim

Installer

DC Side > DC settings > Voltage limit

188.00 V to 1050.00 V

1050.00 V

0.01

Installer

Metering.TotFeedTms

Measured value

Feed-in time

Mt.TotOpTmh

User

AC Side > Measured values > Feed-in time

s

1

Metering.TotOpTms

Measured value

Operating time

Mt.TotTmh

User

AC Side > Measured values > Operating time

s

1

Metering.TotWhOut

Measured value

Total yield

E-Total

User

AC Side > Measured values > Total yield

Wh

1

Inverter.WLim

Parameter

Maximum active power device

Plimit

User

Device > Inverter > Maximum active power

50000 W

1

Metering.TotkWhOutSet

Parameter

Set total yield

Mt.TotkWhSet

User

AC Side > Measured values > Set total yield

0 kWh to 4000000 kWh

0 kWh

1

User

Nameplate.ARtg

Parameter

Nominal current of all phases

ARtg

User

Type Label > Type Label > Nominal current

0.001

Nameplate.CmpMain.SwRev

Parameter

Firmware version of the main processor

HP.swRev

User

Device Components > Type Label > Main processor > Software version

0 to 4294967294

1

Nameplate.SerNum

Parameter

Serial number

SerNumSet, Serial Number, SerialNumber

User

Type Label > Type Label > Serial number

0 to 4294967295

4294967295 

1

Plnt.DcWRtg

Parameter

Nominal PV system power

User

DC Side > PV system > Nominal power

0 W to 100000 W

50000 W

1

Installer

DcCfg.MPPShdw.CycTms

Parameter

Cycle time of SMA ShadeFix

MPPShdw.CycTms

Installer

DC Side > DC settings > SMA ShadeFix > Cycle time

360 s to 1800 s

360 s

1

Installer

GridGuard.Cntry.Aid.AsymDet.AsymMax

Parameter

Islanding detection, permissible grid unbalance

Aid.AsymDetMax

Installer

Grid Monitoring > Grid monitoring > Country standard > Islanding detection > Unbalance detection > Permissible grid unbalance

0 % to 50 %

Depending on the country data set

1

Installer

GridGuard.Cntry.Aid.AsymDet.AsymMaxTmms

Parameter

Islanding detection, tripping time of the unbalance detection

Aid.AsymDetMaxT

Installer

Grid Monitoring > Grid monitoring > Country standard > Islanding detection > Unbalance detection > Tripping time of the unbalance detection

0 ms to 10000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.Aid.HzMon.HzMonTmms

Parameter

Islanding detection, tripping time of the frequency monitor

Aid.HzMonTmms

Installer

Grid Monitoring > Grid monitoring > Country standard > Islanding detection > Frequency monitoring > Tripping time of the frequency monitor

0 ms to 10000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.AMaxOfs

Parameter

Tripping threshold DC current monitoring

AMaxOfs

Installer

Grid Monitoring > Grid monitoring > Country standard > Tripping threshold DC current monitoring

0.020 A to 2.000 A

Depending on the country data set

0.001

Installer

GridGuard.Cntry.AMaxOfsTmms

Parameter

Tripping time DC current monitoring

AMaxOfsTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Tripping time DC current monitoring

0 ms to 10000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.ChgMax

Parameter

Frequency monitoring, max. frequency change per second

FrqCtl.ChgMax

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Max. frequency change per second

0.00 Hz to 10.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.ChgMaxTmms

Parameter

Frequency monitoring, maximum frequency change tripping time

FrqCtl.ChgMaxTm

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Maximum frequency change tripping time

0 ms to 10000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.hhLim

Parameter

Frequency monitoring median maximum threshold

FrqCtl.hhLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Median maximum threshold

50.00 Hz to 66.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.hhLimTmms

Parameter

Frq. monitoring median max. threshold trip. time

FrqCtl.hhLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Median maximum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.hLim

Parameter

Frequency monitoring, lower maximum threshold

FrqCtl.hLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Lower maximum threshold

50.00 Hz to 66.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.hLimTmms

Parameter

Frequency monitoring, lower max. threshold trip. time

FrqCtl.hLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Lower maximum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.lLim

Parameter

Frequency monitoring upper minimum threshold

FrqCtl.lLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Upper minimum threshold

44.00 Hz to 60.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.lLimTmms

Parameter

Frequency monitoring, upper min. threshold trip. time

FrqCtl.lLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Upper minimum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.llLim

Parameter

Frequency monitoring median minimum threshold

FrqCtl.llLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Median minimum threshold

44.00 Hz to 60.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.llLimTmms

Parameter

Frq. monitoring median min. threshold trip. time

FrqCtl.llLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Median minimum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.FrqCtl.ReconMax

Parameter

Maximum switching frequency

FrqCtl.ReconMax

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Upper reconnection limit

50.00 Hz to 66.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.ReconMin

Parameter

Minimum switching frequency

FrqCtl.ReconMin

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Lower reconnection limit

44.00 Hz to 60.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.FrqCtl.SwMax

Parameter

Frequency monitoring switchable max. threshold

FrqCtl.SwMax

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Switchable maximum threshold

50.00 Hz to 66.00 Hz

65.00 Hz

0.01

Installer

GridGuard.Cntry.FrqCtl.SwMaxTmms

Parameter

Frequency monit. switchable max. threshold tripping time

FrqCtl.SwMaxTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Switchable maximum threshold tripping time

40 ms to 90000 ms

90000 ms

1

Installer

GridGuard.Cntry.FrqCtl.SwMin

Parameter

Frequency monitoring switchable min. threshold

FrqCtl.SwMin

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Switchable minimum threshold

44.00 Hz to 60.00 Hz

44.00 Hz

0.01

Installer

GridGuard.Cntry.FrqCtl.SwMinTmms

Parameter

Frequency monit. switchable min. threshold tripping time

FrqCtl.SwMinTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Frequency monitoring > Switchable minimum threshold tripping time

40 ms to 300000 ms

300000 ms

1

Installer

GridGuard.Cntry.GriFltMonTms

Parameter

Reconnection time after grid fault

GriFltMonTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Reconnection time after grid fault

0.000 s to 1600.000 s

Depending on the country data set

0.001

Installer

GridGuard.Cntry.GriFltReConTms

Parameter

Reconnection time upon short interruption

GriFltReConTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Reconnection time upon short interruption

0.000 s to 1600.000 s

Depending on the country data set

0.001

Installer

GridGuard.Cntry.GriFltTms

Parameter

Maximum duration of a short interruption

GriFltTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Maximum duration of a short interruption

0.000 s to 400.000 s

Depending on the country data set

0.001

Installer

GridGuard.Cntry.GriStrTms

Parameter

Reconnection time upon restart

GriStrTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Reconnection time upon restart

0.000 s to 1600.000 s

Depending on the country data set

0.001

Installer

GridGuard.Cntry.HzRtg

Parameter

Nominal frequency

HzRtg

Installer

Grid Monitoring > Grid monitoring > Country standard > Nominal frequency

44.00 Hz to 65.00 Hz

Depending on the country data set

0.01

Installer

GridGuard.Cntry.LeakRisMin

Parameter

Minimum insulation resistance

Iso.LeakRisMin

Installer

Grid Monitoring > Grid monitoring > Country standard > Minimum insulation resistance

34000 Ω to 3000000 Ω

1

Installer

GridGuard.Cntry.VolCtl.hhLim

Parameter

Voltage monitoring median maximum threshold

VolCtl.hhLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Median maximum threshold

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.hhLimTmms

Parameter

Voltage monitoring, median max. threshold trip.time

VolCtl.hhLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Median maximum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.hLim

Parameter

Voltage monitoring lower maximum threshold

VolCtl.hLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Lower maximum threshold

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.hLimTmms

Parameter

Voltage monitoring, lower max. threshold trip. time

VolCtl.hLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Lower maximum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.lLim

Parameter

Voltage monitoring upper minimum threshold

VolCtl.lLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper minimum threshold

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.lLimTmms

Parameter

Voltage monitoring, lower min. threshold trip. time

VolCtl.lLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper minimum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.llLim

Parameter

Voltage monitoring of median minimum threshold

VolCtl.llLim

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Median minimum threshold

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.llLimTmms

Parameter

Voltage monitoring, median min. threshold trip.time

VolCtl.llLimTms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Median minimum threshold tripping time

Depending on the country data set

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.Max

Parameter

Voltage monitoring upper maximum threshold

VolCtl.Max

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper maximum threshold

300.00 V to 480.00 V

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.MaxEff

Parameter

Voltage monitoring of upper maximum threshold as RMS value

VolCtl.MaxEff

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper maximum threshold as RMS value

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.MaxEffTmms

Parameter

Voltage monitoring of upper max. thresh. as RMS value for tripping time

VolCtl.MaxEffTm

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper max.threshold as RMS value for tripping time

50 ms to 59000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.MaxTmms

Parameter

Voltage monitoring upper max. threshold trip. time

VolCtl.MaxTmms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper maximum threshold tripping time

0.100 ms to 5.000 ms

0.312 ms

0.001

Installer

GridGuard.Cntry.VolCtl.MinEff

Parameter

Voltage monitoring of lower minimum threshold as RMS value

VolCtl.MinEff

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Lower minimum threshold as RMS value

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.MinEffTmms

Parameter

Voltage monitoring of lower min.threshold as RMS value for tripping time

VolCtl.MinEffTm

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Lower min.threshold as RMS value for tripping time

100 ms to 60000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.VolCtl.ReconMax

Parameter

Max. voltage for reconnection

VolCtl.ReconMax

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Upper reconnection limit

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.ReconMin

Parameter

Min. voltage for reconnection

VolCtl.ReconMin

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Lower reconnection limit

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.Rpro

Parameter

Voltage increase protection

VolCtl.Rpro

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Voltage increase protection

Depending on the country data set

Depending on the country data set

0.01

Installer

GridGuard.Cntry.VolCtl.RproTmms

Parameter

Voltage increase protection trigger time

VolCtl.RproTmms

Installer

Grid Monitoring > Grid monitoring > Country standard > Voltage monitoring > Voltage increase protection trigger time

40 ms to 10000 ms

Depending on the country data set

1

Installer

GridGuard.Cntry.VRtg

Parameter

Grid nominal voltage

VRtg

Installer

Grid Monitoring > Grid monitoring > Country standard > Nominal voltage

Depending on the country data set

Depending on the country data set

1

Installer

Inverter.CtlComCfg.PFCtlCom.FlbPF

Parameter

External cos φ setpoint specification, fallback value of cos φ for active power output

PFCtlCom.Flb

Installer

System and device control > Inverter > System control and fallback behavior > cos φ, external setting > Fallback value of cos φ for active power output

0.8000 to 1.0000

1.0000 

0.0001

Installer

Inverter.CtlComCfg.PFCtlCom.TmsOut

Parameter

External cos φ setting, timeout

PFCtlCom.TmsOut

Installer

System and device control > Inverter > System control and fallback behavior > cos φ, external setting > Timeout

5 s to 86400 s

600 s

1

Installer

Inverter.CtlComCfg.VArCtlCom.FlbVArNom

Parameter

External reactive power setting, fallback value

QCtlCom.FlbNom

Installer

System and device control > Inverter > System control and fallback behavior > Q, external setting > Fallback value of reactive power setting

−50.00 % to +50.00 %

0.00 %

0.01

Installer

Inverter.CtlComCfg.VArCtlCom.TmsOut

Parameter

External reactive power setting, timeout

QCtlCom.TmsOut

Installer

System and device control > Inverter > System control and fallback behavior > Q, external setting > Timeout

5 s to 86400 s

600 s

1

Installer

Inverter.CtlComCfg.WCtlCom.FlbWNom

Parameter

Fallback active power limit P in % of WMax for absent active power limit

WCtlCom.FlbNom

Installer

System and device control > Inverter > System control and fallback behavior > External setting > Fallback active power P

0.00 % to 100.00 %

100.00 %

0.01

Installer

Inverter.CtlComCfg.WCtlCom.TmsOut

Parameter

External active power setting, timeout

WCtlCom.TmsOut

Installer

System and device control > Inverter > System control and fallback behavior > External setting > Timeout

5 s to 86400 s

600 s

1

Installer

Inverter.DGSModCfg.DGSFlCfg.ArGraSag

Parameter

Dynamic grid support, k-factor of react. current stat. for undervolt.

DGS-ArGraSag

Installer

System and device control > Inverter > Dynamic grid support > Full dynamic grid support > K-factor of react. current stat. for undervolt.

0.00 % to 10.00 %

0.00 %

0.01

Installer

Inverter.DGSModCfg.DGSFlCfg.ArGraSwell

Parameter

Dynamic grid support, k-factor of react. current stat. for overvolt.

DGS-ArGraSwell

Installer

System and device control > Inverter > Dynamic grid support > Full dynamic grid support > K-factor of react. current stat. for overvolt.

0.00 % to 10.00 %

0.00 %

0.01

Installer

Inverter.DGSModCfg.DGSFlCfg.DbVolNomMax

Parameter

Upper limit, voltage dead band, full dynamic support configuration

DGS-DbVolNomMax

Installer

System and device control > Inverter > Dynamic grid support > Full dynamic grid support > Upper limit, voltage dead band

0 % to 40 %

10 %

1

Installer

Inverter.DGSModCfg.DGSFlCfg.DbVolNomMin

Parameter

Lower limit, voltage dead band, full dynamic grid support configuration

DGS-DbVolNomMin

Installer

System and device control > Inverter > Dynamic grid support > Full dynamic grid support > Lower limit, voltage dead band

−40 % to 0 %

−10 %

1

Installer

Inverter.DGSModCfg.HystVolNom

Parameter

Hysteresis voltage, dynamic grid support configuration

DGS-HystVolNom

Installer

System and device control > Inverter > Dynamic grid support > Hysteresis voltage

0 % to 100 %

5 %

1

Installer

Inverter.DGSModCfg.PwrCirInopTms

Parameter

PWM inversion delay, dynamic grid support configuration

DGS-PWMTms

Installer

System and device control > Inverter > Dynamic grid support > PWM inversion delay at undervoltage

0.00 s to 5.00 s

0.00 s

0.01

Installer

Inverter.DGSModCfg.PwrCirInopVolNom

Parameter

PWM inverse voltage, dynamic grid support configuration

DGS-PWMVolNom

Installer

System and device control > Inverter > Dynamic grid support > PWM inverse voltage at undervoltage

0 % to 100 %

Depending on the country data set

1

Installer

Inverter.DGSModCfg.PwrCirOvVolInopTms

Parameter

PWM inversion delay, dynamic grid support configuration for PM overvoltage

DGS-PWMOTms

Installer

System and device control > Inverter > Dynamic grid support > PWM inversion delay at overvoltage

0.00 s to 5.00 s

0.00 s

0.01

Installer

Inverter.DGSModCfg.PwrCirOvVolInopVolNom

Parameter

PWM inverse voltage, dynamic grid support configuration for PM overvoltage

DGS-PWMOVolNom

Installer

System and device control > Inverter > Dynamic grid support > PWM inverse voltage at overvoltage

0 % to 130 %

130 %

1

Installer

Inverter.OffGri.HzdLim

Parameter

End point of the power control via frequency

OffGri.HzdLim

Installer

AC Side > Inverter > Island mode > End point of the power control via frequency

0.00 Hz to 5.00 Hz

2.00 Hz

0.01

Installer

Inverter.OffGri.HzdStr

Parameter

Start. point of the power control via frequency

OffGri.HzdStr

Installer

AC Side > Inverter > Island mode > Start point of the power control via frequency

0.00 Hz to 5.00 Hz

1.00 Hz

0.01

Installer

Inverter.PFLimQ1

Parameter

Minimum achievable cos(phi) quadrant 1

Installer

Device > Inverter > Minimum achievable cos(phi) quadrant 1

0.800 to 0.800

0.800 

0.001

Inverter.PFLimQ4

Parameter

Minimum achievable cos(phi) quadrant 4

Installer

Device > Inverter > Minimum achievable cos(phi) quadrant 4

0.800 to 0.800

0.800 

0.001

Inverter.PlntCtl.IntvTmsMax

Parameter

Timeout for communication fault indication

IntvTmsMax

Installer

System and device control > Inverter > PV system control > Timeout for communication fault indication

60 s to 86400 s

1800 s

1

Installer

Inverter.PlntCtl.VRef

Parameter

Grid nominal voltage

VRef

Installer

AC Side > Inverter > PV system control > Nominal system voltage

Depending on the country data set

Depending on the country data set

1

Installer

Inverter.PlntCtl.VRefOfs

Parameter

Reference correction voltage, PV system control

VRefOfs

Installer

AC Side > Inverter > PV system control > Reference correction voltage

−20 V to +20 V

0 V

1

Installer

Inverter.StopTms

Parameter

Deactivation delay

Inv.StopTms

Installer

Device > Inverter > Deactivation delay

1 s to 3600 s

2 s

1

Installer

Inverter.UtilCrvCfg.Crv0.CrvTms

Parameter

Adj. time for charac. act. pt.

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Adjustm. time characteristic curve operating point

0.0 s to 1000.0 s

Depending on the country data set

0.1

Installer

Inverter.UtilCrvCfg.Crv0.ActTms

Parameter

Tripping time for activation of char. curve

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Tripping delay

0 s to 1000 s

3 s

1

Installer

Inverter.UtilCrvCfg.Crv0.NumPt

Parameter

No. of charac. pt.s to be used

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Number of support points to be used

0 to 8

1

Installer

Inverter.UtilCrvCfg.Crv0.RmpDec

Parameter

Down ramp f. charac. act. pt.

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Decrease ramp

1.0 % to 10000.0 %

Depending on the country data set

0.1

Installer

Inverter.UtilCrvCfg.Crv0.RmpInc

Parameter

Up ramp f. charac. act. pt.

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Characteristic curve > Increase ramp

1.0 % to 10000.0 %

Depending on the country data set

0.1

Installer

Inverter.UtilCrvCfg.CrvModCfg.CrvNum

Parameter

Characteristic curve number, configuration of characteristic curve mode

UtilCrv1-CrvNum

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Configuration of characteristic curve mode > Characteristic curve number

1 to 3

1

Installer

Inverter.UtilCrvCfg.CrvModCfg.DsaTrg

Parameter

Deactivation threshold, configuration of characteristic curve mode

UtilCrv1-DsaTrg

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Configuration of characteristic curve mode > Deactivation threshold

0.000 to 100.000

0.000 

0.001

Installer

Inverter.UtilCrvCfg.CrvModCfg.EnaTrg

Parameter

Activation threshold, configuration of characteristic curve mode

UtilCrv1-EnaTrg

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Configuration of characteristic curve mode > Activation threshold

0.000 to 100.000

0.000 

0.001

Installer

Inverter.UtilCrvCfg.CrvPt1.XVal

Parameter

X values charact. curve 1

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 1 > X value

−1000.000 to +1000.000

Depending on the country data set

0.001

Installer

Inverter.UtilCrvCfg.CrvPt1.YVal

Parameter

Y values charact. curve 1

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 1 > Y value

−100.000 to +100.000

100.000 

0.001

Installer

Inverter.UtilCrvCfg.CrvPt2.XVal

Parameter

X values charact. curve 2

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 2 > X value

−1000.000 to +1000.000

Depending on the country data set

0.001

Installer

Inverter.UtilCrvCfg.CrvPt2.YVal

Parameter

Y values charact. curve 2

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 2 > Y value

−100.000 to +100.000

Depending on the country data set

0.001

Installer

Inverter.UtilCrvCfg.CrvPt3.XVal

Parameter

X values charact. curve 3

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 3 > X value

−1000.000 to +1000.000

Depending on the country data set

0.001

Installer

Inverter.UtilCrvCfg.CrvPt3.YVal

Parameter

Y values charact. curve 3

Installer

System and device control > Inverter > Conf. of the grid integr. characteristic curves > Supporting points of the characteristic curve 3 > Y value

−100.000 to +100.000

Depending on the country data set

0.001

Installer

Inverter.VALim

Parameter

Maximum apparent power device

Slimit

Installer

Device > Inverter > Maximum apparent power

1

Inverter.VAMax

Parameter

Currently set apparent power limit

Smax

Installer

Device > Inverter > Currently set apparent power limit

1

Installer

Inverter.VArGra

Parameter

Reactive power gradient

VArGra

Installer

System and device control > Inverter > Reactive power gradient

1 % to 50 %

20 %

1

Installer

Inverter.VArLimQ1

Parameter

Maximum achievable reactive power quadrant 1

Installer

Device > Inverter > Maximum achievable reactive power quadrant 1

0 VAr to 25000 VAr

25000 VAr

1

Inverter.VArLimQ4

Parameter

Maximum achievable reactive power quadrant 4

Installer

Device > Inverter > Maximum achievable reactive power quadrant 4

0 VAr to 25000 VAr

25000 VAr

1

Inverter.VArModCfg.PFCnstCfg.PF

Parameter

cos φ setpoint, cos φ config., direct specif.

PF-PF

Installer

System and device control > Inverter > Reactive power mode > Manual cos φ specification > cos φ setpoint for active power output

0.80 to 1.00

Depending on the country data set

0.01

Installer

Inverter.VArModCfg.PFCtlWCfg.DsaVol

Parameter

Deactivating voltage, cos φ(P) char. conf.

PF-DsaVol

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Deactivating voltage

0.0 % to 120.0 %

Depending on the country data set

0.1

Installer

Inverter.VArModCfg.PFCtlWCfg.EnaVol

Parameter

Activating voltage, cos φ(P) char. conf.

PF-EnaVol

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Activating voltage

0.0 % to 120.0 %

Depending on the country data set

0.1

Installer

Inverter.VArModCfg.PFCtlWCfg.PFStop

Parameter

cos φ at end point, cos φ(P) char. config.

PF-PFStop

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > cos φ of end point

0.80 to 1.00

Depending on the country data set

0.01

Installer

Inverter.VArModCfg.PFCtlWCfg.PFStr

Parameter

cos φ at start point, cos φ(P) char. config.

PF-PFStr

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > cos φ of start point

0.80 to 1.00

1.00 

0.01

Installer

Inverter.VArModCfg.PFCtlWCfg.WNomStop

Parameter

Act. power at end point, cos φ(P) char. config.

PF-WNomStop

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Active power at end point

0 % to 100 %

100 %

1

Installer

Inverter.VArModCfg.PFCtlWCfg.WNomStr

Parameter

Act. power at start point, cos φ(P) char. config.

PF-WNomStr

Installer

System and device control > Inverter > Reactive power mode > cos φ(P) charac. curve > Active power at starting point

0 % to 100 %

Depending on the country data set

1

Installer

Inverter.VArModCfg.VArCnstCfg.VArNom

Parameter

Manual reactive power setting for active power output

Q-VArNom

Installer

System and device control > Inverter > Reactive power mode > Manual reactive power setting for active power output > Reactive power

−100.0 % to +100.0 %

0.0 %

0.1

Installer

Inverter.VArModCfg.VArCtlVolCfg.VArGraNom

Parameter

Reactive power gradient, reactive power/voltage characteristic curve configuration Q(V)

Q-VArGraNom

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Reactive power gradient

0.0 % to 10.0 %

0.0 %

0.1

Installer

Inverter.VArModCfg.VArCtlVolCfg.VArMaxNom

Parameter

Symmetrical limit for maximum reactive power, reactive power/voltage characteristic curve configuration Q(V)

Q-VArMaxNom

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Symmetrical limit for maximum reactive power

0.0 % to 100.0 %

0.0 %

0.1

Installer

Inverter.VArModCfg.VArCtlVolCfg.VArTms

Parameter

Adjustment time for characteristic operating point, reactive power/voltage characteristic curve configuration Q(V)

Q-VArTms

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Setting time for nominal value filter

2 s to 60 s

10 s

1

Installer

Inverter.VArModCfg.VArCtlVolCfg.VolRefNom

Parameter

Specified voltage UQ0, reactive power/voltage characteristic curve configuration Q(V)

Q-VolRefNom

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Specified voltage UQ0

80 % to 120 %

100 %

1

Installer

Inverter.VArModCfg.VArCtlVolCfg.VolWidNom

Parameter

Voltage spread, reactive power/voltage characteristic curve configuration Q(V)

Q-VolWidNom

Installer

System and device control > Inverter > Reactive power mode > Q(V) characteristic curve > Voltage spread

0.0 % to 20.0 %

0.0 %

0.1

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStop

Parameter

Difference between reset frequency and grid frequency, linear instantaneous power gradient configuration

P-HzStop

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Difference between reset frequency and grid freq.

0.00 Hz to 5.00 Hz

Depending on the country data set

0.01

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopMax

Parameter

Upper frequency limit prior to end of active power reduction, linear instant. power gradient conf.

P-HzStopMax

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Upper frequency deviation limit prior to active power release

0.00 Hz to 5.00 Hz

Depending on the country data set

0.01

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopMin

Parameter

Lower frequency limit prior to end of active power reduction, linear instant. power gradient conf.

P-HzStopMin

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Lower frequency deviation limit prior to active power release

−5.00 Hz to 0.00 Hz

Depending on the country data set

0.01

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopWGra

Parameter

P(f), active power change rate after fault end

P-HzStopWGra

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Active power change rate after fault end

1 %/min to 10000 %/min

Depending on the country data set

1

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStopWGraTms

Parameter

P(f), lag time

P-HzStopWGraTms

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Lag time

0 s to 1600 s

Depending on the country data set

1

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.HzStr

Parameter

Difference between starting frequency and grid frequency, linear instantaneous power gradient configuration

P-HzStr

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Difference between starting freq. and grid freq.

0.00 Hz to 5.00 Hz

Depending on the country data set

0.01

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.WCtlTmms

Parameter

P(f), tripping delay

P-WCtlTmms

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Tripping delay

0 ms to 60000 ms

0 ms

1

Installer

Inverter.WCtlHzModCfg.WCtlHzCfg.WGra

Parameter

Active power gradient, linear instantaneous power gradient configuration

P-WGra

Installer

System and device control > Inverter > Frequency-dependent active power adapt. P(f) > P(f) characteristic curve > Active power gradient

10 % to 130 %

Depending on the country data set

1

Installer

Inverter.WGra

Parameter

Active power gradient

WGra

Installer

System and device control > Inverter > Active power gradient

1 % to 1000 %

20 %

1

Installer

Inverter.WGraConn

Parameter

Soft start-up rate P

WGraConn

Installer

System and device control > Inverter > Soft start-up rate P

1 %/min to 10000 %/min

Depending on the country data set

1

Installer

Inverter.WGraRecon

Parameter

Reconnect gradient after grid fault

WGraRecon

Installer

System and device control > Inverter > Power gradient for reconnection after grid fault

1 %/min to 10000 %/min

Depending on the country data set

1

Installer

Inverter.WGraMpp

Parameter

Increase rate in case of insolation change

WGraMpp

Installer

System and device control > Inverter > Increase rate in case of insolation change

10 %/min to 10000 %/min

10000 %/min

1

Installer

Inverter.WMax

Parameter

Set active power limit

Pmax

Installer

Device > Inverter > Maximum active power output

50000 W

1

Installer

Inverter.WModCfg.WCnstCfg.W

Parameter

Active power limitation P, active power configuration

P-W

Installer

System and device control > Inverter > Active power mode > Manual setting > Active power

50000 W

1

Installer

Inverter.WModCfg.WCnstCfg.WNom

Parameter

Active power limitation P, active power configuration

P-WNom

Installer

System and device control > Inverter > Active power mode > Manual setting > Standardized active power

0 % to 100 %

100 %

1

Installer

Metering.TotFeedTmhSet

Parameter

Set total feed-in time at the grid connection pt.

Mt.TotOpTmhSet

Installer

AC Side > Measured values > Set feed-in time

0 h to 440000 h

0 h

1

Installer

Metering.TotOpTmhSet

Parameter

Set total operating time at grid connection point

Mt.TotTmhSet

Installer

AC Side > Measured values > Set operating time

0 h to 440000 h

0 h

1

Installer

Nameplate.CmpMain.HwVer

Parameter

Hardware version of the main processor

Installer

Device Components > Type Label > Main processor > Hardware version

0 to 4294967294

1

Nameplate.CmpMain.Rev

Parameter

Revision status of the main processor

HP.RevVer

Installer

Device Components > Type Label > Main processor > Revision status

0 to 255

1

Nameplate.CmpMain.SerNum

Parameter

Serial number of the main processor

CmpMain.SerNum

Installer

Device Components > Type Label > Main processor > Serial number

0 to 4294967294

1

Nameplate.CmpMain.SusyId

Parameter

SUSyID of the main processor

CmpMain.SusyId

Installer

Device Components > Type Label > Main processor > SUSyID

0 to 4294967294

1

Nameplate.CmpSigProc.Rev

Parameter

Revision status of the logic component

CPLD.RevVer

Installer

Device Components > Type Label > Logic component > Revision status

0 to 255

1

Nameplate.CmpSigProc.SwRev

Parameter

Firmware version of the logic component

CPLD.swRev

Installer

Device Components > Type Label > Logic component > Software version

0 to 4294967294

1

Nameplate.ComRev

Parameter

Communication version

ComRev

Installer

Type Label > Type Label > Communication version

0 to 4294967294

1

Operation.StrFltDet.WMinNom

Parameter

Activation threshold for string-failure detection

Installer

DC Side > Operation > String failure detection > Nominal AC power

5 % to 100 %

20 %

1

Installer

Operation.StrFltDet.Tol

Parameter

Tolerance of string failure detection

Installer

DC Side > Operation > String failure detection > Tolerance

0 % to 100 %

10 %

1

Installer

Operation.StrFltDet.WrnTm

Parameter

Time until warning for string failure detection

Installer

DC Side > Operation > String failure detection > Time until warning

5 min to 360 min

10 min

1

Installer

Operation.StrFltDet.ChStrgNum

Parameter

Number of connected sub-strings per string

Installer

DC Side > Operation > String failure detection > Group string number

0 to 30

1

Installer

SwCmp.CmpMain1.SwRev

Parameter

Version of the software on Core1

Installer

Device > Software component > Core1 > Software version

0 to 4294967294

1

SwCmp.CmpMainBlt.SwRev

Parameter

Main processor bootloader version

Installer

Device > Software component > Main processor bootloader > Software version

0 to 4294967294

1

SwCmp.CmpPreBlt.SwRev

Parameter

Preloader version

Installer

Device > Software component > Preloader > Software version

0 to 4294967294

1

Inverter.VArModCfg.PFCtlComCfg.PF

Parameter

External cos φ setpoint specification, cos φ setpoint for active power output

Installer

System and device control > Inverter > Reactive power mode > cos φ config. method of PV system control > cos φ setpoint for active power output

/p>

0.0001

InstallerDevice Control Object

Inverter.VArModCfg.PFCtlComCfg.PFEEI

Parameter

Setpoint cos(phi) as per EEI convention

Installer

System and device control > Inverter > Reactive power mode > cos φ config. method of PV system control > Setpoint cos(phi) as per EEI

/p>

0.0001

InstallerDevice Control Object

Inverter.VArModCfg.VArCtlComCfg.VArNom

Parameter

Standardized reactive power setpoint by system control

Installer

System and device control > Inverter > Reactive power mode > Extern. reactive power mode > Reactive power

%

0.1

InstallerDevice Control Object

Inverter.VArModCfg.VArCtlComCfg.VArNomPrc

Parameter

Extern. reactive power mode

Installer

System and device control > Inverter > Reactive power mode > Extern. reactive power mode > Reactive power setpoint Q

%

0.01

InstallerDevice Control Object

Inverter.WModCfg.WCtlComCfg.W

Parameter

Active power limitation by PV system control

Installer

System and device control > Inverter > Active power mode > External setting > Active power

W

1

InstallerDevice Control Object

Inverter.WModCfg.WCtlComCfg.WNom

Parameter

Normalized active power limitation by PV system control

Installer

System and device control > Inverter > Active power mode > External setting > Standardized active power

%

1

InstallerDevice Control Object

Inverter.WModCfg.WCtlComCfg.WNomPrc

Parameter

Normalized active power limitation by PV system control

Installer

System and device control > Inverter > Active power mode > External setting > Standardized active power

%

0.01

InstallerDevice Control Object

IecCfg.GoCfg.GoAppId

Parameter

Goose application ID

GOOSE-GoAppId

Installer

External Communication > IEC 61850 configuration > GOOSE configuration > Application-ID

0 to 16384

16384 

1

Installer

PvGen.PvW

Measured value

PV generation power

User

AC Side > PV generation > PV generation power

W

1

PvGen.PvWh

Measured value

Meter count and PV gen. meter

User

AC Side > PV generation > Meter count and PV gen. meter

Wh

1

Plnt.VARtg

Parameter

Rated apparent power of all inverters

Plnt.VARtg

User

Grid connection > PV system > Nominal apparent power

1 VA to 4000000000 VA

50000 VA

1

Installer

Inverter.VArModCfg.ImpCpn.OhmRis

Parameter

Ohmic resistance for impedance compensation

ImpCpn.OhmRis

Installer

System and device control > Inverter > Reactive power mode > Impedance compensation > Ohmic resistance

0.0000 Ω to 10.0000 Ω

0.0000 Ω

0.0001

Installer

Inverter.VArModCfg.ImpCpn.InducRis

Parameter

Inductive resistance for impedance compensation

ImpCpn.IndRis

Installer

System and device control > Inverter > Reactive power mode > Impedance compensation > Inductive resistance

0.0000 Ω to 10.0000 Ω

0.0000 Ω

0.0001

Installer

Inverter.VArModCfg.ImpCpn.CapacRis

Parameter

Capacitive resistance for impedance compensation

ImpCpn.CapacRis

Installer

System and device control > Inverter > Reactive power mode > Impedance compensation > Capacitive resistance

0.00 Ω to 40000000.00 Ω

40000000.00 Ω

0.01

Installer