The design and simulation of a dynamic voltage restorer are shown in this study. This device helps keep voltage changes in energy distribution networks to a minimum. There are many dynamic options with the dynamic voltage converter. When placed between the power source and a vital load feeder, it can quickly restore line voltage by quickly rectifying voltage drops or rises. This keeps the load from losing power. This paper looks at whether it is technically possible to add dynamic voltage restorers (DVRs) to regular DC storage systems. During the voltage change, the DC voltage across the DC link would stay the same. In MATLAB, the dynamic voltage restorer is modeled piece by piece, and the function of each piece is tested. According to the models, the control method might be able to lower power loss.
