Digital inputs

None

There is nothing connected to the digital inputs.

Active power control

For connecting a ripple control receiver with standard switching specifications.

Detailed description in the chapter on own consumption. Active power control

Activates the distribution of ripple control signals in the home network.

Enabled:
If a ripple control receiver is connected to the inverter, the control signals from this ripple control receiver are distributed via UDP in the local LAN network. This means that other inverters can also be controlled via the connected ripple control receiver.

Deactivated:
The control signals are not distributed via UDP in the local LAN network.

Distribution of control signals for active/reactive power control:
If the control signals are to be distributed via UDP in the local LAN network (home network), activate the distribution of the broadcast control signals. This allows other inverters in the local LAN network to also be controlled.

Custom active/reactive power control

For connecting a ripple control receiver. Unlike standard active power control, this option allows you to specify up to 16 settings. These are usually specified by the energy supplier.

Detailed description in the chapter on own consumption. Active power control

Activates the distribution of ripple control signals in the home network.

Enabled:
If a ripple control receiver is connected to the inverter, the control signals from this ripple control receiver are distributed via UDP in the local LAN network. This means that other inverters can also be controlled via the connected ripple control receiver.

Deactivated:
The control signals are not distributed via UDP in the local LAN network.

Distribution of control signals for active/reactive power control:
If the control signals are to be distributed via UDP in the local LAN network (home network), activate the distribution of the broadcast control signals. This allows other inverters in the local LAN network to also be controlled.

External battery management

If you have activated external control via the digital I/O ports in the Battery settings menu, you can define the functions of the inputs here. Assign the desired charge or discharge power to the inputs.

Power limitation according to §14a EnWG

For connecting an FNN control box with standard switching specifications and additional control in accordance with Section 14a. Observe the instructions for the FNN control box provided by the manufacturer and whether the connections match the selection made here.

In accordance with Section 14a, it must be possible for devices which draw energy from the public grid, such as heat pumps, wallboxes or a battery that is connected to the inverter and can be charged from the grid, to be limited by the energy supplier (power reduction). If power reduction is active, the current max. amount that can be drawn according to Section 14a is 4200 W. Ask your energy supply company what power limit you should set.

Max. rated input (W):
Here enter the power limit in accordance with Section 14a. This is the max. power with which energy may be drawn from the public grid via the inverter if the energy supplier has activated power reduction.

Activate Allocation of control signals for active/reactive power control.

Activated:
If a ripple control receiver or FNN control box is connected to the inverter, the control signals of the FNN control box are distributed in the local LAN network by means of UDP. Other inverters can therefore also be controlled via the connected FNN control box.

Deactivated:
The control signals are not distributed in the local LAN network by means of UDP.

Power limitation with FNN control box

For connecting a FNN control box (connection via S1/S2/W3/W4) with standard switching specifications and additional control in accordance with Section 14a. Observe the instructions for the FNN control box provided by the manufacturer and whether the connections match the selection made here.

In accordance with Section 14a, it must be possible for devices which draw energy from the public grid, such as heat pumps, wallboxes or a battery that is connected to the inverter and can be charged from the grid, to be limited by the energy supplier (power reduction). If power reduction is active, the current max. amount that can be drawn according to Section 14a is 4200 W. Ask your energy supply company what power limit you should set.

Max. rated input (W):
Here enter the power limit in accordance with Section 14a. This is the max. power with which energy may be drawn from the public grid via the inverter if the energy supplier has activated power reduction.

Activate Allocation of control signals for active/reactive power control.

Activated:
If a ripple control receiver or FNN control box is connected to the inverter, the control signals of the FNN control box are distributed in the local LAN network by means of UDP. Other inverters can therefore also be controlled via the connected FNN control box.

Deactivated:
The control signals are not distributed in the local LAN network by means of UDP.