An Osprey Optimization Based Efficient Controlling of Nuclear Energy-Based Power System

Increased utilization of automated machine to reduce human effort has enormously increased demand of power units to be produced. This increased demand cannot be realized with conventional sources of energy and hence researchers have tried exploring possibility of fulfilling this heavy demand with non-conventional or green energy sources. This paper presents the energy exploitation model of nuclear power system. Nuclear energy is highly sensitive to extract and transmit to end consumers. In this paper, a combined frequency and automatic voltage restoration is achieved efficiently with the help of Osprey Optimization Technique (OOT) tuned TID-PID controller under condition of sudden loadings or disturbances in power network. The proposed work is processed and simulated with the help of MATLAB/SIMULINK tool.