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Version: 1.0.0

Configuration Data

Grid Parameters

Setting NameSetting CodeValue rangeUnitcoefficient
Superior Intelligent Devices SN(Smart Meter、 DataLogger)DataLoggerSNWhen there is a physical connection between the inverter and the smart meter, the value is shown as the smart device's SN
Data reporting time for Superior IntelligentDataLoggerTime
Remote - Local(readonly)communicationModeRemote communication mode - Local communication mode
When there is no local communication mode, display "/".
Standard Power(readonly)standardPowerkW
Firmware Version(readonly)firmwareVersionex:V1-0127-0053
0127 is the version of ARM
0053 is the version of DSP
Master Device Sn(readonly)masterSn
BMS Sn(readonly)masterControlSn
Battery capacity(readonly)BatCapacity
Safety code settingssafetycountrysee appendix
WorkMode Sethybirdworkmodesee appendix
Grid typeoutputmodesetting0 - Wye
1 - Delta
Battery modelbatterytypecodesee appendix
Peak load shiftingpeakloadshiftswitch1 - On
0 - Off
Set Max Gridgridmaximumcapacityset[0.0, 650.0]kVA10

Grid Parameters / SOC protection settings

Setting NameSetting CodeValue rangeUnitcoefficient
SOC on-grid protectiongridconnectedsocprotection1 - On
0 - Off
On-grid DODgridconnecteddischargedepth[10.0-90.0]%1
Off-grid SOC protectionoffgridsocprotection1 - On
0 - Off
Off-Grid DODoffgriddischargedepth[10.0-90.0]%1

Power Control

Setting NameSetting CodeValue rangeUnitcoefficient
Export Limitanticountercurrentstartstop1 - On
0 - Off
Feed in Grid Rateantireversecurrentpowersetting[-500,500],Out of range issued at maximum value%1
Feed in Gridantireversecurrentpowersetting[-5000,5000],Out of range issued at maximum valuekWSet:Value / Rated Power * 1000
Read:Rated Power * Value / 1000
In the case of a master-slave system, the power rating of the device needs to be added to the power rating of the slave.
System Control
Export Control
systemControl0 - Hard
1 - Soft
CT ratio settingctratiosetting [1, 6000] Only On-Grid Inverter :11
Maximum output poweroverloadModeSetting0 - Normal
1 - Overload
2 - UnderLoad
DI port configdiControl0 - OFF
1 - DRM
2 - RCR

Grid Connection Parameter / Protection Parameters

Setting NameSetting CodeValue rangeUnitcoefficient
10-min overvoltage protection switchtenminovervoltageenable1 - On
0 - Off
10-min overvoltage protection thresholdtenminovervoltagethreshold[0.0,300.0]V1

Grid Connection Parameter / Protection Parameters / OV/UV settings

Protection time gain is affected by grid frequency, with a gain of 0.05 at 50Hz and a gain of 0.06 at 60Hz.

Setting NameSetting CodeValue rangeUnitcoefficient
Level-1 UV protection thresholdfirstundervoltagevalue[0.0, 300.0]V1
Level-1 UV protection timefirstundervoltagetime[0, 62000]ms0.05 or 0.06
Level-1 OV protection thresholdfirstovervoltagevalue[0.0, 300.0]V1
Level-1 OV protection timefirstovervoltagetime[0, 62000]ms0.05 or 0.06
Level-2 UV protection thresholdsecondundervoltagevalue[0.0, 300.0]V1
Level-2 UV protection timesecondundervoltagetime[0, 62000]ms0.05 or 0.06
Level-2 OV protection thresholdsecondovervoltagevalue[0.0, 300.0]V1
Level-2 OV protection timesecondovervoltagetime[0, 62000]ms0.05 or 0.06

Grid Connection Parameter / Protection Parameters / OF/UF settings

Protection time gain is affected by grid frequency, with a gain of 0.05 at 50Hz and a gain of 0.06 at 60Hz.

Setting NameSetting CodeValue rangeUnitcoefficient
Level-1 UF protection thresholdfirstunderfrequencyvalue[45.00, 65.00]Hz1
Level-1 UF protection timefirstunderfrequencytime[0, 62000]ms0.05 or 0.06
Level-1 OF protection thresholdfirstoverfrequencyvalue[45.00, 65.00]Hz1
Level-1 OF protection timefirstoverfrequencytime[0, 62000]ms0.05 or 0.06
Level-2 UF protection thresholdsecondunderfrequencyvalue[45.00, 65.00]Hz1
Level-2 UF protection timesecondunderfrequencytime[0, 62000]ms0.05 or 0.06
Level-2 OF protection thresholdsecondoverfrequencyvalue[45.00, 65.00]Hz1
Level-2 OF protection timesecondoverfrequencytime[0, 62000]ms0.05 or 0.06

Grid Connection Parameter / Grid Connection Parameter

Setting NameSetting CodeValue rangeUnitcoefficient
Fault reconnection timeinverterreconnectiontime[20, 1200]s
Grid connection switchreconnectionLimitEnable1 - On
0 - Off
s
Active power increase gradientslowLoadRate[0.0, 100.0]%Pn/min1

Grid Connection Parameter / Grid Connection Parameter / Starting to generate power

Setting NameSetting CodeValue rangeUnitcoefficient
NoFault Lower voltageVoltageLowerThresholdForNoFault[0.0, 300.0]V1
NoFault Upper voltageVoltageUpperThresholdForNoFault[0.0, 300.0]V1
NoFault Lower frequencyFrequencyLowerThresholdForNoFault[45.00, 65.00]Hz1
NoFault Upper frequencyFrequencyUpperThresholdForNoFault[45.00, 65.00]Hz1
NoFault Observation timeWaitingTimeForNoFault[20, 1200]s1

Grid Connection Parameter / Grid Connection Parameter / Reconnection after tripping

Setting NameSetting CodeValue rangeUnitcoefficient
Fault Lower voltageVoltageLowerThresholdForFault[0.0-300.0]V1
Fault Upper voltageVoltageUpperThresholdForFault[0.0, 300.0]V1
Fault Lower frequencyFrequencyLowerThresholdForFault[45.00, 65.00]Hz1
Fault Upper frequencyFrequencyUpperThresholdForFault[45.00, 65.00]Hz1
Fault Observation timeWaitingTimeForFault[20, 1200]s1

Grid Connection Parameter / Reactive Power Control

Setting NameSetting CodeValue rangeUnitcoefficient
Reactive ModereactivePowerControlModesee appendix
Power factorrsved28108(-1.000, 1.000]1
Fixed Qrsved28109[-60.0, 60.0]Pn%1
PF curve at power point Apfcurvepowera[0, 100.0]%1
PF curve at power point Bpfcurvepowerb[20.0, 100.0]%1
PF curve at power point Cpfcurvepowerc[20.0, 100.0]%1
PF curve at point Apfpowera[0.800, 1.000]1
PF curve at point Bpfpowerb[0.800, 1.000]1
PF curve at point Cpfpowerc[0.800, 1.000]1
Lock in voltagepfCurveInVoltage[230.0, 253.0]V1
Lock out voltagepfCurveOutVoltage[207.0, 230.0]V1
Q(U) Point 1 voltagequvoltage1[184.0, 230.0]V1
Reactive power percent at point 1qureactive1[0.0, 60.0]%1
Q(U) Point 2 voltagequvoltage2[184.0, 230.0]V1
Reactive power percent at point 2qureactive2[-60.0, 60.0]%1
Q(U) Point 3 voltagequvoltage3[230.0, 276.0]V1
Reactive power percent at point 3qureactive3[-60.0, 60.0]%1
Q(U) Point 4 voltagequvoltage4[230.0, 276.0]V1
Reactive power percent at point 4qureactive4[-60.0, 0.0]%1
Minimum cos(phi)rsved28110[0.1, 0.8]%1
Time constant for Q(U)rsved28111[0.0, 60.0]s1
Lock in powerinQUPowerThreshold[0.0, 100.0]%1
Lock out poweroutQUPowerThreshold[0.0, 100.0]%1

Grid Connection Parameter / Voltage related active power P(U)

Setting NameSetting CodeValue rangeUnitcoefficient
P(U) curve switchovervoltageLoadReductionEnable1 - On
0 - Off
P(U) curve start voltagevoltage3ForPUCurve[230.0, 276.0]V1
Power of P(U) curve start voltagepower3ForPUCurve[0.0, 100.0]%1
P(U) curve end voltagevoltage4ForPUCurve[230.0, 276.0]V1
Power of P(U) curve end voltagepower4ForPUCurve[0.0, 100.0]%1
P(U) Time constant (τ)rsved28112[0.0, 60.0]s1

Grid Connection Parameter / Active response to frequency deviation (FP)

Setting NameSetting CodeValue rangeUnitcoefficient
Overfrequency FP curve switchoverFrequencyLoadReductionEnableForFP1 - On
0 - Off
Overfrequency thresholdoverFrequencyLoadReductionStartFrequencyForFP[50.00, 65.00]Hz1
Overfrequency threshold poweroverFrequencyLoadReductionStartFrequencyPowerForFP[0.0, 100.0]%1
Overfrequency end point frequencyoverFrequencyLoadReductionEndFrequencyForFP[50.00, 65.00]Hz1
Overfrequency end point poweroverFrequencyLoadReductionEndFrequencyPowerForFP[0.0, 100.0]%1
Overfrequency recovery thresholdrecoveryPowerFrequencyThresholdForFPOverFrequencyLoadReduction[50.00, 65.00]Hz1
Overfrequency deactivation timepowerRecoveryWaitingTimeForFPOverFrequencyLoadReduction[0.800, 1.000]s1
Overfrequency power recovery ratepowerRecoverySlowLoadRateForFPOverFrequencyLoadReduction[0.0, 100.0]%/min1

Grid Connection Parameter / LVRT
The purpose of the gain is to allow the registers to store integers. The sent value multiplied by the gain of 22.624, and the result is rounded up to the nearest whole number.

Setting NameSetting CodeValue rangeUnitcoefficient
LVRT switchlowThroughEnable1 - On
0 - Off
Lock in voltage (Zero current)lowThroughEntryVoltage[11.5, 230]VDisplay: rounded to the nearest whole number
Lock out voltagelowThroughExitVoltage[11.5, 230]VDisplay: rounded to the nearest whole number
Point 1 voltagelowThroughVoltage1[11.5, 207]VDisplay: rounded to the nearest whole number
Point 1 protection timeprotectionTimeForLowThroughVoltage1[0, 62000]ms2
Point 2 voltagelowThroughVoltage2[11.5, 207]VDisplay: rounded to the nearest whole number
Point 2 protection timeprotectionTimeForLowThroughVoltage2[0, 62000]ms2
Point 3 voltagelowThroughVoltage3[11.5, 207]VDisplay: rounded to the nearest whole number
Point 3 protection timeprotectionTimeForLowThroughVoltage3[0, 62000]ms2
Point 4 voltagelowThroughVoltage4[11.5, 207]VDisplay: rounded to the nearest whole number
Point 4 protection timeprotectionTimeForLowThroughVoltage4[0, 62000]ms2
Point 5 voltagelowThroughVoltage5[11.5, 207]VDisplay: rounded to the nearest whole number
Point 5 protection timeprotectionTimeForLowThroughVoltage5[0, 62000]ms2

Feature Parameters

Setting NameSetting CodeValue rangeUnitcoefficient
Multiple Inverter RolemasterSlaveFlag1 - Slave
2 - Master
0 - Independent
On or Off-grid switchallowparallelswitch1 - On
0 - Off
MPPT parallel connectionmpptParallelingSwitch1 - On
0 - Off
Unbalanced Outputgridconnectedunbalancedswitch1 - On
0 - Off
Off-grid overload reconnect delayoffGridOverload[20, 1200]s1
Off-grid voltage settingoffGridVoltageSet[195.5, 264.5]V1
N-PE checknpeCheckFlag1 - On
0 - Off
V10
Emergency Stop--0 - open normally
1 - close normally

Load Management
#x takes the rated power of the device

Setting NameSetting CodeValue rangeUnitcoefficient
DO(dry connector) Function Settingsdo1Value0 - Disable
1 - External N-PE
2 - Load Management
Load ManagementloadControlMode0 - Off
1 - ManualMode
2 - SmartMode
Switch StatusmanualModeRelayStatus1 - On
0 - Off
Feed-in Power Control or Battery SOC ControlcontrolTypeMode30 - All off
1 - Feed-in Power Control
2 - Battery SOC Control
Feed-in Power ThresholdexportPowerThresholdMode3[0, #x]W
Consumption Power ThresholdimportPowerThresholdMode3[0, #x]W
Start SOC ThresholdstartSocMode3[0.00, 100.00]%100
End SOC ThresholdrecoverySocMode3[0.00, 100.00]%100
Minimum Operation HoursonceRunTimeMinMode3[0,120]&& less than Daily Max Operation Hoursmin
Daily Max Operation HoursonedayRunTimeMaxMode3[1,1440]&& more than Minimum Operation Hoursmin