Comparative Analysis of Boost Converter Using Optimization Algorithm using R-Load for Photo-Voltaic Application

Abstract

This paper aims the design a DC-DC boost converter to provide stabilized output to the variation in R-load. A suitable optimization technique that possesses simple implementation, better convergence quality and enhanced computational ability is presented in this paper. The PID controller parameters are tuned via various optimization algorithms which enhance the dynamic response of the system in the presence of R-load. The effectiveness in terms of time domain specifications, such as settling time, rise time, peak time, and overshoot, and the time integral domain specifications, namely Integral Square Error (ISE), Integral Absolute Error (IAE), and Integral Time Absolute Value Error (ITAE) is analysed. The research modelling of this technique is done in MATLAB/SIMULINK 2014 platform in terms of various performance metrics. The boost converter with optimization technique can be applied to the Photo-Voltaic Application, which results in energy generation in households and industries.