Predictive controller design and simulation for a 50kW three-phase grid-tied inverter

A novel 19L hybrid multilevel inverter system synthesizes reduced number of switches for hybrid renewable energy applications

“…It is used to predict the output shape or predict the future steps in an algorithm of a certain system. 52 The process of the status prediction must achieve the optimized solution for a pre-set cost function. The most important objective parameter to be optimized in the system is the load current to keep the tracking errors between the desired output and the real output of the inverter as optimum as possible.…”

A step‐up D‐type multilevel inverter topology with reduced components counts for renewable energy applications

“…This method's working principle is based on predicting the output shape or predicting the future steps in an algorithm of a particular system. 55 The process of the status prediction must achieve the optimized solution for a pre-set cost function. The objective parameter to be optimized in the proposed MLI topology system is the load current.…”