Title :
Integrated control in a power production system - a case story on multi-level advanced control
Author_Institution :
Elsam A/S, Fredericia, Denmark
Abstract :
As the largest power producer in Denmark, Elsam is the owner of a power production system, which includes different kinds of production units, e.g. coal-fired, oil-fired and biomass-fired thermal units, and wind turbines. The power market in Denmark is a commercialized market and still, a number of constraints and regulations are imposed on the power producers. This means that Elsam, as a power producer, is facing a complex system optimization problem as well as a complex plant optimization problem. The utilization of advanced control at all levels in the power production system and the integration between these levels play a very important role in optimizing the overall performance. The problem of performance optimization is introduced as a distributed multilevel control problem and a number of advanced control examples ranging from low-level control to energy management control show the importance of optimisation at each level and the importance of integration between the levels.
Keywords :
linear quadratic Gaussian control; power station control; predictive control; complex plant optimization problem; complex system optimization problem; energy management control; integrated control; multilevel advanced control; performance optimization; power production system; Business; Centralized control; Computer aided software engineering; Contracts; Control systems; Heating; Optimization; Power generation; Power markets; Production systems;
Conference_Titel :
Control Applications, 2002. Proceedings of the 2002 International Conference on
Print_ISBN :
0-7803-7386-3
DOI :
10.1109/CCA.2002.1038721