The Department of Mechanical and Process Engineering will start the new project DESPRIMA. It addresses modeling and control tasks in energy efficient DSM based production. In particular, we develop, validate and practically implement hierarchical and distributed planning and control strategies of production and energy management for both, individual and coupled production lines. To this end, nonlinear dynamic models for beverage filling machines and production lines shall be first developed. The resulting holistic models describe the dynamics of the production machines, the impact of the power flexibility potential, as well as the DSM system services and energy consumption constraints. The DSM-based energy-efficient planning and control of the individual and coupled production lines adapt in real time to changes in the environment, such as energy consumption, production requirements, weather conditions, stock market and process disruptions. The control algorithms comprise a broad design framework covering MPC, energy-efficient hierarchical production and a hybrid dynamical setup.
DESPRIMA
Funded by: Bundesministerium für Wirtschaft und Energie
Time span: July 2019 − June 2022