Park controller
If several PIKO CIs are installed within your system, you can monitor and control them using a park controller. The PGS park controller priority is important here. This can be high or low. If the priority is high, inverters are controlled using the park controller, if it is low, other controllers take higher priority.
Parameter | Explanation |
|---|---|
Park controller configuration | Activating/deactivating PGS park controller Activate with high priority: The PGS park controller is responsible for controlling inverters. For this purpose, the power limitation can be configured in the PGS park controller. Control by ripple control receiver, a KOSTAL Smart Energy Meter or the LFSM-U function are deactivated. Activate with low priority: This means that, in the event of a combination of connected controllers (e.g. RCR, KOSTAL Smart Energy Meter, PGS park controller), a control value is determined for power limitation. Usually the lowest value. |
Connection between park controller and inverter | LAN: The master inverter is connected to the PGS park controller by LAN connection. RS485: The master inverter is connected to the PGS park controller by RS485 connection. |
Communication timeout (s) | Configure the time in seconds from which the Behaviour with missing controller is activated in the inverter and PGS controller being disconnected. 60 seconds is the default value |
Behaviour with missing controller | Select the behaviour in the event of disconnected communication. Last valid value: The last saved power limitation value will continue to be used. Limitation [%]: Configure the active power limitation in the event of a missing controller here. |
Active power control with a missing controller (%) | Enter the active power limitation value in percent here |
Reactive power mode with a missing controller | Select the reactive power mode and then enter the value.
Once the mode has been selected, the energy supply company has additional settings for you to configure relating to reactive power control. |