Abstract

Abstract A fuzzy model based control methodology is proposed for controlling the steam generation in a drum-boiler power plant. The control design is based on a fuzzy dynamic model which is a fuzzy aggregation of a set of linear models defined at various operating load conditions. The hierarchical control structure consists of three levels - compensator, scheduling and planning layers. The compensator layer includes a set of state feedback and feedforward compensators, and state estimators. The scheduling and planning layers are incorporated with the approximate reasoning feature of the fuzzy dynamic model to form a fuzzy coordinator.

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