TENCON ... IEEE Region 10 International Conference Proceedings, Volumes 1-4
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LOAD FREQUENCY CONTROL OF AN INTERCONNECTED POWER SYSTEM USING
A FREQUENCY DOMAIN MODEL REDUCTION ALGORITHM BASED ON IMPULSE RESPONSE
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ACEM algorithm analysis applied area control error BJTs buses calculated capacitance capacitor circuit compensation computed configuration constant controller based converter deviation dynamic eigenvalues Electrical elements energy equation equivalent exergy feeder Figure filter firing angle frequency deviation given GPIB Grammian harmonic HVDC IEEE IEEE Trans implementation impulse-response inadvertent interchange induction motor inductor input integral inverter iterations linear load flow loop loss machine matrix method microprocessor mode module nodes obtained operation optimal optimal control output voltage paper parameters performance phase plant power factor power flow power system problem proposed pulse reactance reactive power reactor reduced resistance resonant response rotor sampling scheme self-excitation shown in Fig signal simulation solution solving speed stability stator strip breakage switching frequency synchronous technique temperature thermal thyristor transfer function transformer transient turbine variables variation vector voltage drop waveform zero