VARIABLE DETERMINED FOR OPTIMIZATION OF ALTERNATING ENERGY ON THE LOAD BY THE ADAPTIVE TAGUCHI METHOD

ADAPTİVE TAGUCHİ METOD

  • EROL CAN

Abstract

It is important to find the optimum point in terms of energy quality in the studies for electrical energy conversions with converter and inverter circuits. In such studies, it has been tried to find the optimum operating point by using control systems such as PID and Fuzzy Logic in closed-loop controls. When a large number of variables are involved in finding the optimum point, closed-loop control methods such as these may be insufficient to find the optimum point. Therefore, in this study, the Maximum Minimum Value Adaptive Taguchi Method (MMVTM)  for the first time in the literature is used for the estimation of variables that will provide the optimum point for energy quality by using it in a double dc-dc converter multilevel inverter structure. First, the system to which the MMVTM will be applied is introduced. Then, the principles of applying the MMVTM are explained. Finally, the observation results to be used for estimation are analyzed and evaluated. By trying the prediction results, it is seen that the proposed system is quite effective

Published
2021-11-03
Section
Electrical Engineering