Dynamic matrix based control of fossil power plants

Theoretical, technical, and practical aspects of the identification and use of dynamic matrices in supervisory control for different types of fossil power plants are discussed. The control structures for once-through and drum boilers are reviewed, and modifications necessary for conversion to matrix base controls are discussed. The control of dynamic, nonlinear models that replicate the response to actual plants is demonstrated. A lecture series and support system of analytical tools for use on personal computers to transfer the technology from its roots in the process industries to fossil power plants are described. >