Application Of Soft Computing For Load Frequency Control Of Interconnected Thermal-Hydro-Gas Power System

This paper contributes load frequency organization of a consistent three area system. The three areas taken are thermal, gas and hydro plant. For performing LFC of three area scheme traditional and optimized primary regulator with bacterial foraging optimization in conjunction with particle swarm optimization is used while examining change in generation and overall frequency of the method using Integral Square Error (ISE). It is measured with the conventional method, and the implemented technique is compared. The goal of the implemented regulator is to reinstate the regularity to its ostensible rate in the minimum feasible time if any variations in the load command, etc. exists.