Abstract
The multimachine power system stabilizer presented in this paper is based on the theory of optimal, decentralized output feedback control theory. System performance indices are used as a guidance to select the most valid feedback variables and the most effective machine for stabilization. Digital simulations and laboratory tests are made on a three machine power system, which show that the decentralized excitation controllers may contribute much to suppressing system oscillations and enhancing power transmission ability of lines.
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