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Recursive Design of Nonlinear Robust Controller for Power Systems

K.Tumura  
【摘要】:正This work is concerned with the problem of nonlinear robust control for excitation systems, which including four circumstances: 1) Design of disturbance attenuation control law with L2 gain for single machine, infinite bus system; 2) Design of disturbance attenuation control law with L2 gain for multi-machine system; 3) Design of nonlinear adaptive stabilization controller for multi-machine system with unknown parameters; 4) Design of nonlinear adaptive disturbance attenuation control law with L2 gain for multi-machine system with unknown disturbance and parameters. In terms of the Lyapunov recursive construction approach, the nonnegative solution of dissipative inequality and the storage function of nonlinear robust control for generator excitation systems are acquired. From this storage function, the excitation controllers mentioned above are constructed.

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