Regardless of the dynamic behavior, structures may also be seen in an integrated manner, rather than as an individual way. This paper assesses the reliability development of the SMIB. The MATLAB is used to analyze the system's reaction as a Simulink method. The synchronous unit, excitation mechanism and FOPID-PSS are the three most critical components for study of the SMIB system. Most control units configured to decrease the noise at low frequencies. Here robust controller is used to enhance stability and reduce machine vibrations. For incorporate the reliability criterion, an optimization strategy is used. The high rate of convergence over the optimization of the ant colony and the harmony search algorithm favors the eagle perching optimization.
Cite this paper
Nidhi Sahu, Mahesh Singh, Shimpy Ralhan. (2020) Performance Analysis of Hybrid Controller in Smib System Using Metaheuristic Optimization Techniques Under Different Design Criteria. International Journal of Power Systems, 5, 116-129
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