Incorporation of Distributed Generation Resources for Three-Area Load Frequency Control Optimized Tilted Integral Derivative Controller

This document presents the execution of distributed generation (DG) resources in case of load frequency control (LFC) for three-area multi-source power systems. The DG system by way of a well-coordinated control can significantly progress the stability of the system frequency. Tilted integral derivative (TID) controller is projected here for controlling the objective function. Dynamics values are compared between the differential evolution particle swarm optimization (DEPSO) and teaching-learning-based optimization (TLBO) techniques using TID controller using MATLAB/SIMULINK through numerous simulations. TLBO based three-area system outperforms the DEPSO base system. The system dynamics are enhanced by using DC link to this existing alternating current tie line.