AIM: To find dynamic response of the given single area load frequency control problemtheoretically and to...

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AIM: To find dynamic response of the given single area load frequency control problemtheoretically and to plot and verify the results in SIMULINK. PROBLEM: The parameters for load frequency control of a single area are: Speed governor gain. Time constant of speed governor Speed regulation of speed governor Gain of turbine Time constant of turbine Gain of power system Time constant of power system Changes in the load Kg=10 Tg=0.4 R=3 Kt=0.1 Tt=0.5 Kp=100 Tp=20 APD=0.01 pu An integral controller with gain Ki-0.09 is now used to reduce steady state error. What is the dynamic response of the system with and without the controller? Obtain the dynamic response of the system with and without the PI controller by developing a SIMULINK model and verify the responses. AIM: To find dynamic response of the given single area load frequency control problemtheoretically and to plot and verify the results in SIMULINK. PROBLEM: The parameters for load frequency control of a single area are: Speed governor gain. Time constant of speed governor Speed regulation of speed governor Gain of turbine Time constant of turbine Gain of power system Time constant of power system Changes in the load Kg=10 Tg=0.4 R=3 Kt=0.1 Tt=0.5 Kp=100 Tp=20 APD=0.01 pu An integral controller with gain Ki-0.09 is now used to reduce steady state error. What is the dynamic response of the system with and without the controller? Obtain the dynamic response of the system with and without the PI controller by developing a SIMULINK model and verify the responses.