An Efficient Design of Adaptive Model Predictive Controller for Load Frequency Control in Hybrid Power System

The technology has proceeded so much that the power system should be substantial and explicit to give optimal results. Ever-increasing complexities of load disparity cause frequency fluctuations leading efficiency degradation system. In order a suitable real output, entails an extremely perceptive control technique. Consequently, advanced method, is, adaptive model predictive controller (AMPC), is suggested for (LFC) series which comprises photovoltaic (PV), wind, thermal power. method considered enhance execution as well decrease oscillations due discrepancy in parameters disturbance under multi-area network. AMPC design verifies constant by maintaining minimum steady state error varying conditions. proposed approach pledge steady-state frequencies interchange tie line powers maintained given tolerance constraint. effectiveness scrutinized conventional controllers like genetic algorithm-tuned PI (GA-PI), firefly (FA-PI), (MPC) show competence method.