Welcome to logikeditor.de
With the LOGIKEDITOR, we offer you user-friendly, web-based software that is already available in the EIBPORT and LOGIKMODULE is integrated. Create circuits and sequences easily and intuitively to make your building automation more efficient and flexible.
On this platform, you have access to a wide selection of ready-made logic groups for different automation areas, provided by both BAB TECHNOLOGIE and the community. In this way, you can tailor your building automation even better to your needs.
PV surplus for use of charging batteries (e.g. motor vehicle); charging takes place with constant power according to own specifications (settings). Input values (user settings): - Input default power...
EP, LOM
634
This logic group is used to cyclically query the current status of a Solax inverter. The http request in this logic group queries the current status from the Solax Cloud. The...
EP, LOM
347
With this logic group, the solar surplus is used for hot water preparation. About the function. A percentage value for the dimmer control of the heating rod is calculated from the "current supply/supply" input....
EP, LOM
432
Balcony PV surplus energy control to avoid backfeeding The domestic energy base load of a household is usually less than a balcony PV system generates. This raises the question: Where to put the surplus?...
EP, LOM
407
The http request in this logic group uses the free but limited API access of "forecast.solar" for the solar forecast. Thus, the expected yield for today and tomorrow can be...
EP, LOM
1,080
With this logic group, the solar surplus of a PV system can be used with the help of a heating cartridge in the hot water boiler (built-in heating cartridge with 3 identical heating rods), e.g. to heat gas or oil....
EP
628
This example shows how to read values from a SolarEdge solar system. The SolarEdge Monitoring API is used to retrieve values from a SolarEdge solar system. To the function...
EP, LOM
921
This logic group reads out current measured values of a photovoltaic system. The read-out data can thus be displayed in a KNX visualisation or made available for functions and actions. The measured values of the photovoltaic system...
EP, LOM
1,531
In order to optimally use photovoltaic energy, it is necessary to use the energy surplus variably in times of high PV yield. Flexible energy storage systems, such as a car battery, help to...
EP, LOM
954
This logic group reads out current measured values of a photovoltaic system. The read-out data can thus be displayed in a KNX visualisation or made available for functions and actions. The measured values of the photovoltaic system/storage...
EP, LOM
1,431
This extended logic group enables the retrieval of measured values via HTTP request from a Fronius Symo 3-M inverter. The queried measured values are then sent to the KNX bus. In addition, a...
EP, LOM
1,290
Measured values from a BYD energy storage unit are interrogated cyclically with this logic group and sent to the KNX bus. The connection of a BYD energy storage unit in this project is via a...
EP, LOM
791
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