A practical application of optimal control using a microalternator

An optimal multivariable stabilizer for a multimachine plant

“…Nonlinear simulation results for different disturbance cases are reported to demonstrate the great capability of such a controller to damp out the intermachine oscillations. (c) Ky [3,1]-K Y [3,6] 97 (d) .Kv [1,7]-Ky [1,9] 98 (e) Ky [2,7]-Ky [2,9] 98 (f) Ky [3,7]-Ky [3,9] 99 (g) Ky (1,101-Icy [1,12] 99 (h) Ky [2,10]-Ky [2,12] 100 (i) Ky [3,10]-Ky (3,12] [C] (1) the rise of periodic variations in the electrical quantities of voltage and current at the bus or in the tie line connecting the plant to the system;…”