AIM: To find dynamic response of the given two theoretically and to plot and verify the...

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AIM: To find dynamic response of the given two theoretically and to plot and verify the results in SIMULINK. area load frequency controlproblem PROBLEM: The parameters for load frequency control of a two 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 Proportional plus integral gain Synchronizing co-efficient Frequency bias Ksg=1 Tsg=0.4 R=3 Kt=1 Tt=0.5 Kps=100 Tps=10 Ki=0.07 Tr=0.05 0.425s Develop a SIMULINK model for two area load frequency control with PI controller and obtain the frequency deviations in both areas and tie-line power deviations for a load change of 1pu in Area-2 AIM: To find dynamic response of the given two theoretically and to plot and verify the results in SIMULINK. area load frequency controlproblem PROBLEM: The parameters for load frequency control of a two 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 Proportional plus integral gain Synchronizing co-efficient Frequency bias Ksg=1 Tsg=0.4 R=3 Kt=1 Tt=0.5 Kps=100 Tps=10 Ki=0.07 Tr=0.05 0.425s Develop a SIMULINK model for two area load frequency control with PI controller and obtain the frequency deviations in both areas and tie-line power deviations for a load change of 1pu in Area-2