This user does not have permission to edit Exportlimit, Active Power, or Switchboard Protection.
When the setting fails, the machine is online. Please check the firmware version of the machine.
Battery SettingsAfter completing the setup,the settings are valid 24 hours a day by default, if you need to customize the time, please set it in TOU Mode of the Work Mode.
Peak Shaving Mode SettingsPeak shaving mode works with self-consumption mode by default, if necessary, users can switch to TOU mode on the previous page to work with Peak shaving mode.When the battery SOC is above the 'Reserved SOC’, the system will operate in the mode originally set by the user. When the battery SOC is below the 'Reserved SOC’, the system will only be powered from the battery while the 'Input Limit' is exceeded.If 'Reserved SOC' is not set, the system will operate in the mode originally set by the user and will not draw power from the grid in excess of the Import Limit
When the export limit is enabled and set to a negative value, the import limit must be greater than the absolute value of the export limit setting.Example: For a system with a rated power of 10 kW, if the export limit is enabled and set to -30%, the import limit must be set greater than 3 kW.
kW
kW
%
TOU settingOutside of the set TOU time period, or when TOU mode is disabled, the system operates in Self-Consumption Mode（Load First Mode）by default.
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Grid parameters
Dry Function
%
%
Off-grid function setting
W
[0-60000]
Regulation parameter setting
AC Frequency Low 1
AC Frequency Low 2
Third-order underfrequency point
Underfrequency Time f<
Underfrequency Time f<<
Third order underfrequency time point
AC Frequency High 1
AC Frequency High 2
Third-order overtone
Overfrequency Time f>
Overfrequency Time f>>
Third-order overclocking time point
AC Voltage Low 1
AC Voltage Low 2
Third order undervoltage point
Undervoltage Time U<
Undervoltage Time U<<
Third order undervoltage time point
AC Voltage High 1
AC Voltage High 2
Third order overpressure point
Overvoltage Time U>
Overvoltage Time U>>
Third order overpressure time point
(0~65000)
(0~65000)
(0~65000)
(0~255)
% (0.0~6000.0)
% (0.0~6000.0)
Hz
%
ms
AFCIParameter Set
(0~65000)
(0~65000)
(0~65000)
(0~255)
Q(V)setting
V
V
V
V
ms
%
%
%
V
V
%
Time of Use Setting
Select Date
Select Date
Reminder: The ending month of the previous quarter should be earlier than the beginning month of the following quarter. For example, the ending month of quarter 1 is March, then the beginning of quarter 2 must be April
Status
Time Period
The end time of the previous time period should be less than the start time of the next time period. In the same time period setting, the start time should be less than the end time.
+Add time period
+Add time period
Export limit setting
0 : no power Feed，100% : 100% Feed
Positive direction：Refers to the system draws power from the grid
Negative direction：Refers to the system feeding into the grid
Display Deviation Note: The machine only reports a percentage (accuracy 0.1%). The displayed power is calculated as percentage × rated power, so it may differ from the input value. Negative Value Mapping: Any value between 0 and rated power × (-0.1%) is mapped to -0.1%, and the display shows -0.1% × rated power. #The lower limit is actually rated power × (-0.1%), with dynamic display based on different models.
W[, ]
%
%
var
View Curve
Busbar Protection
A
AProtection current needs to be higher than the failure current
After the mode is activated, no power is fed to the grid and load, and the battery is fully charged to 100% with solar energy and no longer discharged, and then the photovoltaic power generation is limited, and no power is fed to the grid and load. This mode Support one-key setting until the function is canceled.
Safety configuration needs to be updated, it will be completed automatically after 1 minute, please confirm whether to update.
ReadExport
Information
Device Serial Number：
Software Version：
Rated Power：
Device Model：
Model Austrian Safety Regulation：A1SE ：
Country / Region：null
Command
Note: When setting parameters, only the parameters under the selected button will be set.
Undervoltage U<(V)
Range value:[10.0~440.0)；
Undervoltage Time U<(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Overvoltage U>(V)
Range value:[10.0~440.0)；
Overvoltage Time U>(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Underfrequency f<(Hz)
If grid frequency is 50Hz ，[45.00~50.00)；
If grid frequency is 60Hz ，[50.00~60.00);
Underfrequency Time f<(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Overfrequency f>(Hz)
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
Overfrequency Time f>(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Undervoltage U<<(V)
Range value:[10.0~440.0)；
Undervoltage Time U<<(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Overvoltage U>>(V)
Range value:[10.0~440.0)；
Overvoltage Time U>>(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Underfrequency f<<(Hz)
If grid frequency is 50Hz ，[45.00~50.00)；
If grid frequency is 60Hz ，[50.00~60.00)；
Underfrequency Time f<<(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Overfrequency f>>(Hz)
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
Overfrequency Time f>>(ms)
Range value:[20~1000000)；
Range value:[20~1000000)；
Overvoltage 10min Average (V)
Range value:[10.0~440.0)；
Overvoltage 10min Time
(S) Range value:[0~1200 ]；
Restart Slope_En
Start time
（s）
Range value:[0~1200 ]；
Restart loadspeed
(1%Pn/min) Range value:[0~6000 ]；
Connect Vac High（V）
Range value:[10.0~440.0)；
Connect Vac Low（V）
Range value:[10.0~440.0)；
Connect Fac Low（Hz）
If grid frequency is 50Hz ，[45.00~50.00);
If grid frequency is 60Hz ，[50.00~60.00);
Connect Fac High（Hz）
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
If grid frequency is 50Hz ，(50.00~55.00]；
If grid frequency is 60Hz ，(60.00~66.00]；
Restart time
(s) Range value:[0~1200 ]；
LFSM-O_En
Over Frequency Derating Start Point（Hz）
Range value:[0~66.00)；
Over Frequency Derating Rate(%Pref/Hz)
Range value:[0~255 ]；
Derating Stop Point(f)（Hz）
Range value:[0~66.00)；
Derating Recover Point(f)（Hz）
Range value:[0~66.00)；
P(U)_En
P(U) Start Point(V)
Range value:[10.0~440.0)；
P(U) Stop Point(V)
Range value:[10.0~440.0)；
P（U）Stop Point Power Rate
Range value:[0~100.0]；
Active Power(% of Normal Apparent Power) 100%Pn W
Time Constants
(s)
Range value:[0~5000 ]；
LFSM-U_En
LFSM-U Start point（Hz）
If grid frequency is 50Hz ，[45.00~50.00];
If grid frequency is 60Hz ，[55.00~60.00];
LFSM-U Gradient
(%Pn/Hz) Range value:[0.0~300.0 ]；
VFRT_En
Zero Current Point 1(V)
Range value:[10.0~440.0)；
Zero Current Point 2(V)
Range value:[10.0~440.0)；
LVRT Start Point(V)
Range value:[10.0~440.0)；
Active Power Mode
Percentage of active power(%Pn)
Range value:[0~100 ]；
Exportlimit Enable
Export Limitation Power(%Pn)
Range value:[-100.0~100.0]；
DRMS/RRCR En
If the active power has already been controlled by an external device (RRCR), the active power percentage will automatically respond to the external control and cannot be manually set again.
Reative Power Mode
Power factor
Range value:[-1~1 ]；
eg.+0.8 Leading,-0.8 Lagging
Standard PF Characterateristic Curve
50%Pn Power Factor
1
100%Pn Power Factor
0.9
Q(U) Mode
Time Constants
(s) Range value:[0~200 ]；
Q(U) Point 1(V)
Range value:[10.0~440.0)；
Qmax(%)
Range value:[0~100.0]；
Reative Power (% of Normal Apparent Power) -0% Pn var
cosphi.min: 0.4
Q(U) Point 2(V)
Range value:[10.0~440.0)；
Reative Power (% of Normal Apparent Power) -0% Pn var
Q(U) Point 4(V)
Range value:[10.0~440.0)；
Reative Power (% of Normal Apparent Power) -0% Pn var
Qmax point1(inductive)(%)
Range value:[0~1000]；
Qmax point4(capacitive)(%)
Range value:[0~1000]；
Q(U) Point 3(V)
Range value:[10.0~440.0)；
Reative Power (% of Normal Apparent Power) -0% Pn var
Percentage of reactive power（%）
Range value:[-100~100 ]；