Abstract
The control task of the industrial power plants typically leads to a complex multivariable control structure with active constraints to be taken care of. Model Predictive Control, MPC, is applied to control pressure stability in a multilevel steam network. The system is demonstrated in a simulator environment. Besides the ability to control the power plant process successfully, MPC can be used as a convenient tool for analyzing and designing the structure of the steam network. Simulated power plant process controlled by MPC helps to decide the location and the capacity of steam levelling components needed to stabilize the operation of the process.
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