DESAIN ADAPTIVE DROOP CONTROL UNTUK MENGURANGI CURRENT SHARING ERROR PADA JARINGAN DC MICROGRID

DC Microgrids have several advantages over AC Microgrids, such as increasing efficiency, simpler control, more affordable costs, reduced reactive power, frequency and phase minimization, and improved power quality. Therefore, DC microgrids are widely used as a reference in renewable energy development. Hence, this study designs power balance among DC microgrid sources using adaptive droop control. To determine the current balance results when using Adaptive droop control with the addition of Droop resistance to the conductor cable resistance. The algorithm used is adaptive droop control, where this algorithm functions to minimize current sharing errors in the DC Microgrid and Fuzzy Logic Control Mamdani is added to adjust the droop resistance (Rd) value on each converter. Therefore, in this study, an Adaptive droop control based on Fuzzy is designed to address issues in current regulation in DC Microgrids.