An ADMM-based distributed wide-area damping controller is designed via coherency-based area division, local Lagrange-multiplier model estimation, consensus-driven global transfer function, and residue-based loop selection, validated on two-area and IEEE-39 bus systems.
Design of probabilistically-robust wide-area power system stabilizers to suppress inter-area oscillations of wind integrated power systems
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Alternating Direction Method of Multipliers (ADMMs) Based Distributed Approach For Wide-Area Control
An ADMM-based distributed wide-area damping controller is designed via coherency-based area division, local Lagrange-multiplier model estimation, consensus-driven global transfer function, and residue-based loop selection, validated on two-area and IEEE-39 bus systems.