Abstract
AbstractThe aim of this paper is to design modern control strategies to enhance the control performance of multi area automatic generation control of thermal-thermal power plant scheme. One of the major concerns to enhance the stability of automatic generation control is due to non linearity involved inside control signal during load changes. The major incompetence of existing PID scheme is high settling time, high operational noise, high rise time and peak overshoot. The proposed PID scheme has surpassed all mentioned confines of existing one. A modified PID based control scheme is presented to enrich stability, decay noise, diminish rise time and peak overshoot to optimize control action of multi area automatic generation control scheme. The modern adaptive PID based control scheme is more efficient. The safety and reliability aspects of recommended scheme have been enhanced. Furthermore, simulations have been made using MATLAB Simulink, results have been examined and dynamic performances have been evaluated, showing the performance of our application.KeywordsAutomatic generation control (AGC)Thermal plantController MATLABSimulinkPerformance analysisNon linearityArea control error (ACE)
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