Page Comparison

The Inverter \Card/Charge Controller/AC Voltage Stabilizer/UPS card illustrates how the inverter\charge controller is Inverter Card/Charge Controller/AC Voltage Stabilizer/UPS are used on the site. The card will appear on the screen only if the inverter\charge controller is the Inverter Card/Charge Controller/AC Voltage Stabilizer/UPS are configured.

The display of the title for the card will be "Inverter" if "Inverter 1" - Inverter_1defined as follows:

• “Charge Controller X" If Inverter_X.Is_Inverter_AC1

...

• and Inverter_

...

• X.Is_Inverter_AC2

...

• are both false

• "Ac Voltage Stabilizer X" if “Is_Inverter_PV”, “Is_Inverter_Battery”, “Is_Inverter_Wind” are all false

• “UPS” if Inverter X AC 1 and Inverter X AC 2 are True, and is_inverter_battery is True, while is_inverter_PV and is_inverter_wind are False.

• "Inverter X" otherwise

Main View

• The Subtitle is the inverter model - (Inverter_X.Device_Type).

• The data in the main card will change according to the inverter type:

  1. Battery & Solar: Is_Inverter_Battery is true and Is_Inverter_PV is true:

     1. Solar Power - the sum of Inverter_X.Solar_Current_1..4 * Inverter_X.Solar_Voltage_1..4

     2. Battery Power - Inverter_X.Battery_Current * Inverter_X.Battery_Voltage

     3. Battery SOC - Inverter_X.Battery_SOC

  2. Only Battery: Is_Inverter_Battery is true and Is_Inverter_PV is false:

     1. Battery Power - Inverter_X.Battery_Current * Inverter_X.Battery_Voltage

     2. Battery SOC - Inverter_X.Battery_SOC

     3. Battery Temp - Inverter_X.Battery_Temperature

  3. Only Solar: If Is_Inverter_PV is true and Is_Inverter_Battery is false:

     1. Solar Current - the sum of Inverter_X.Solar_Current_1..4

     2. Solar Voltage - an average of Inverter_X.Solar_Voltage_1..4

     3. Solar Temp - max of Inverter_X.Solar_Temperature_1..4

  4. Wind: If Is_Inverter_wind = True:

     1. Wind Power- the sum of Inverter_X.Wind_Power_2 + Inverter_X.Wind_Power_1

      

...

Expanded View

• Status - Inverter_1.Status - Only displays if the value is greater than 0. The relevant text will be displayed in accordance with the status value.

• Wind - Power 1, Power 2

• Battery - Indicates whether Is_Inverter_Battery is true.

  1. Battery Voltage

  2. Battery Current

  3. Battery Temperature

  4. Battery SOC (precision 0)

  5. Battery SOH (precision 0)

• Solar - For each solar module 1..4, a separate card will be displayed. Each card's module includes:

  • Title - Solar Y

  • Voltage - Inverter_X.Solar_Voltage_Y

  • Current - Inverter_X.Solar_Current_Y

  • Temperature- Inverter_X.Solar_Temperature_Y

  • Total kWh - Inverter_X.Solar_KWH_Y

• AC X - Indicates if Is_Inverter_AC1 is true.

  • Voltage Phase 1,2,3 - Inverter_X.AC_Voltage_Phase_1..3 (V)

  • Current Phase 1,2,3 - Inverter_X.AC_Current_Phase_1..3 (A)

  • Frequency - Inverter_X.AC_Frequency (Hz)

  • PF - Inverter_X.AC_Power_Factor

  • Total kWh - Inverter_X.AC_Total_KWH

• Alarms - Solar_1..4_Alarm_Active - show if true
  

...

• Control button - clicking the control will open a drop-down with the options:

  • Inverter Start, Inverter Stop - Use the inverter control panel to start and stop the generator

  • Inverter Reset

After clicking one of the options, a confirmation message will appear as a popup. "Are you sure? The selected command will be applied to the inverter".

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