|
Original research COMPARATIVE PERFORMANCE OF PID, FUZZY AND ANFIS CONTROLLERS FOR AGC IN POWER SYSTEMSPages 1-8
Abstract
This research explores the optimization of Automatic Voltage Regulator (AVR) systems to improve stability and response time, which are essential factors for ensuring dependable power delivery also examines the effectiveness of PID, ANFIS, and fuzzy logic controllers in strategic controller selection. This is done through comprehensive MATLAB/SIMULINK simulations and comparative comparison with contemporary metaheuristic optimization-based AVR designs. Performance benchmarks encompass the evaluation of dynamic reaction and stability under different operating situations. Moreover, the study investigates the incorporation of Area Control Error (ACE) into LFC strategies to enhance frequency regulation. This research provides vital insights for enhancing the performance of AVR systems by selecting controllers that are specifically designed for the system. This has a significant impact on the reliability and efficiency of power systems. The utilization of ANFIS controllers with ACE in LFC introduces a new method to improve frequency regulation, providing practical benefits for power system operators and researchers aiming to better system performance and reliability.
Keywords: Automatic Voltage Regulation (AVR), Power System Stability, Frequency Control, Controller Optimization, Smart Grid Enhancement.
|
Saiful Islam Tuhin, 
PDF 