App Certificates

Configuration from A to Z

1. Link to your account 2. Accessing commissioning interface 3. Grid limits 4. Location / address 5. Add grid energy meter 6. Add other devices 7. Grouping devices

8 Local Control Modes

Extra - Battery account for wear and efficiency Extra - Battery charging schedule Extra - Battery peak shaving Extra - Device priorities Extra - Grid support from the battery Extra - Reactive power control Full explanation Setting control modes

9. PV panel configuration 10. External control signals

11 Extra Information

Control response time Controller

Customer Specific

External Signals

Installation License Network Quick Start Safety, maintenance and legal notices Specifications Status LEDs

Troubleshooting

Wiring & connectivity guidelines

Configuration from A to Z 8 Local Control Modes

Reactive power control

Warning

Warning

Reactive power control is only possible with certain device brands. Contact your reseller for more information.

Enabling reactive power control

In the commissioning interface, go to the "Settings" tab, scroll down to "Advanced Settings" and open the Advanced Settings.

Reactive power control settings

Here you can Enable reactive power control. When reactive power control is enabled, a few options will appear.

Grid limits

Allowed grid import reactive power (kVAr): Maximum kVAr that may be imported from the grid.
Allowed grid export reactive power (kVAr): Maximum kVAr that may be exported to the grid.

Reactive power peakshaving settings

Extra - Grid support from the battery

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Reactive power control Enabling reactive power control Grid limits Reactive power peakshaving settings

Extra - Reactive power control | a-tronix Documentation

Start generating reactive power above (kVAr): When the imported grid reactive power rises above this value, the inverters will start producing reactive power to limit the grid reactive power to this value.
Stop generating reactive power below (kVAr): When the imported grid reactive power drops below this value, the inverters will stop producing reactive power.
Stop consuming reactive power above (kVAr): When the imported grid reactive power rises below this value, the inverters will stop consuming reactive power.
Start consuming reactive power below (kVAr): When the exported grid reactive power goes below this value, the inverters will start consuming reactive power to limit the grid reactive power to this value.

The reactive power peak shaving settings are similar to the settings for peak shaving of active power.

Tip

Tip

Reactive power compensation To aim towards complete reactive power compensation, set all the reactive power peak shaving settings to zero.