The Weidmüller Power Plant Controller provides a central control solution for modern energy generation plants. It continuously monitors key grid parameters at the point of connection, controls active and reactive power and ensures that PV, wind and storage systems always operate in line with grid operator requirements.
Developed from real-world applications and based on practical project experience, the solution enables fast implementation and a high level of flexibility in operation. Thanks to its open system architecture, the Power Plant Controller can be easily adapted and extended, making it well prepared for future requirements and evolving grid regulations.
Component certified according to VDE-AR-N 4110/20 for grid-compliant operation
Preconfigured for quick integration into projects
Open system architecture for future requirements
The Power Plant Controller is the central instance for monitoring and controlling energy generation plants at the grid connection point. In our interactive 3D world, you can explore how it ensures grid-compliant operation and integrates seamlessly into existing infrastructures.
At the core of the Power Plant Controller solution is the u-control system, combined with the open operating system u-OS and the integrated Power Plant Controller library. It is component certified and handles key control functions, including the implementation of external setpoints, active and reactive power control for grid stability, as well as monitoring and ensuring the safe operation of the power plant.
The Power Plant Controller combines all required components into an integrated system solution within the control cabinet. Discover each component in detail and explore how their interaction and integration ensure safe and grid‑compliant plant operation.
Weidmüller supports the energy transition in many areas of the smart energy grid and sector coupling. Starting with energy generation, and continuing through storage and provision, application specific products are developed in the areas of connectivity, electronics, automation and condition monitoring.
Michaela Amedick
