Modeling study demonstrates near-optimum regulation across decomposed subsystems in a power plant with cyclic load, indicating reduced computational costs for controller design.
For systems which can be decomposed into slow and fast subsystems, a near optimum linear state regulator consisting of two subsystem regulators can be developed. Depending upon the desired criteria, either a short term (fast controller) or a long term controller (slow controller) can be easily designed with minimum computational costs. Using this approach an example of a power system supplying a cyclic load is studied and the performance of the different controllers are compared.
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Rao et al. (1985) studied this question.
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