With Connectika, you get a manufacturer-independent EZA controller for PV systems, CHP units, storage systems and other energy generation systems
For fast implementation and top quality!
- Flexible modular system thanks to manufacturer independence
- Yield increase of the planned system
- Adjustments possible at any time
Our EZA controller offers you these advantages as a system planner
Flexible planning with manufacturer independence
Plan the system with the best possible generation units and components – the EZA controller is compatible with all common manufacturers.
Yield control of the generation system through prioritization
Clever prioritization when switching off generation plants can significantly increase yields – thanks to intelligent feed-in management.
Subsequent adjustments possible at any time
Whether new technical requirements or an expansion of the generation system – the software can be adapted to the circumstances at any time.
Arrange a non-binding initial consultation now
Let’s find out together how and whether we can support you in implementing your project cost-effectively and efficiently.
The EZA controller offers these functions
Active power control
- Setpoint specification of a max. Active power (P control)
- Frequency-dependent active power control P(f) characteristic curve
Reactive power control
- Setpoint specifications
- cos phi – regulation
- with a fixed reactive power plus voltage limiting function
- Characteristic curves
- Q (U) – Regulation
- Q (P) – Regulation
- Integration/control of external components, such as compensation systems
General procedures
- Behavior in the event of communication errors
- Behavior in the event of a power supply / UPS failure
- Determining the switching method
- Controller override (slave mode)
- Limitation of the control speed (rise/fall times)
- Prioritization for several pending setpoints
The EZA controller is suitable for these generation systems:
An EZA controller is required in every generation system with an output of 135 kW or more.
These technical features make the EZA controller the first choice for system planners
Open interfaces
Scalable to any size
Modern system architecture
The EZA controller has these certifications:
Our controller is certified according to the current technical guidelines of the FGW (Fördergemeinschaft Wind). We also adhere to the latest VDE (German Electrical Engineering Association) standards when building and commissioning the controller:
Frequently asked questions (FAQs)
Does the EZA controller have a component certificate?
Naturally. Our EZA controller is tested and certified in accordance with the current guidelines of the FGW (Fördergemeinschaft Wind) and the following standards:
- VDE-AR-N 4110 – Medium voltage (10 kV, 20 kV, 30 kV)
- VDE-AR-N 4120 – High voltage (110 kV)
- VDE-AR-N 4130 – Extra-high voltage (380kV)
Can the Connectika controller also be retrofitted?
Which interfaces does the controller support?
- Analog 4…20mA; 0…20mA
- IEC 60870-5-104
- IEC 60870-5-101
- ModbusTCP
- ModbusRTU
- Potential-free digital contacts
Which grid operators and which direct marketers support the Connectika controller?
Network operators: ALL across Europe
We have references at and with:
- Schleswig-Holstein Netz AG
- EWE network
- Westnetz
- Tennet
- Avacon
- BayernWerk
- TEN
- edis
- Westnetz
- Alliander
- SVS
Direct marketers: ALL across Europe
We have references at and with:
- Alpiq
- BayWa r.e.
- BKW
- Engie
- EWE
- Natural power
- NEAS
- North Green
- Quadra
- RheinEnergie
- Statkraft
- Trianel
- Vattenfall
What happens when the grid operator intervenes in feed-in management?
- The responsible park manager will be informed by e-mail and / or SMS.
- The energy generation systems receive the corresponding setpoints.
- All processes and shutdowns are saved in the history if you have also ordered the visualization.
What does the EZA controller cost?