Reduced Model-Based Coordinated Design of Decentralized Power System Controllers


This paper investigates a procedure of coordinated tuning of power system decentralized damping controllers primarily based on reduced-order model (ROM). Within the paper, the cross-gramian technique is applied to get identical ROM for power systems. Once the controllers' locations are selected appropriately, the crucial modes are approximated well in the reduced model. The controllers are designed on ROM using search algorithm and then tested on the unreduced system to demonstrate their availability. The profit of adopting ROM is to decrease the complexity of objective perform computation. The proposed technique is tested on power systems with four-machine and 156-machine to validate its potency.

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