
Motor currents, conveying rates, levels, speeds and other signals provide the basis for assessing the plant.
LARUS calculates indicators of current utilisation for relevant machines and identifies where the plant is under load.
The software identifies which plant area currently limits throughput and determines the optimal operating point.
The digital plant model assesses how setpoint changes may affect downstream process areas.
Material feed and flow are controlled according to load without unnecessarily overloading the plant.
The production chain is guided closer to an efficient operating point and better adapted to changing load conditions.
Depending on the plant, existing measurements and machine data can be integrated into LARUS and used for optimisation.
LARUS is integrated into the existing WÖHWA plant control system and plant structure.
Control strategy, measurement points, interfaces and target values are tailored to the plant, material and production objectives.
Missing measurement points are added only where required to assess the production chain reliably.
Relevant indicators, system states and settings are presented clearly in the plant visualisation.
LARUS brings the plant closer to its optimal operating point and makes more effective use of available capacity.
Load-dependent control can increase throughput without immediate investment in new main processing machines.
Changing material conditions, utilisation and bottlenecks are detected and considered by the control system.
Feed rate and material flow are adjusted dynamically to reduce fluctuations and overload conditions.
LARUS eases the workload on operating staff by automatically adapting the plant to current process conditions.
Smoother operation can help use energy more effectively per tonne produced.

