Abstract
The power sharing control method is a preferred way for integrating many renewable energy sources into the grid and maintaining their synchronized functioning. Power sharing control between dispersed generators are essential for the reliable operation of thepower grid network. In theproposed approach,aDCmicrogrid'spowerfromeachindividualgeneratorissharedusingadroopcontroltechnique.TheprimaryproblemswithPoorcurrentsharinganddropcharacterize the traditional droop approach. Circulatingcurrentissuewillalsoariseduetomismatchintheconvertersoutputvoltages.Thedroopindex(DI),ameasure of merit, is introduced in this study, in order toenhance the efficiency of a DC microgrid. The proposedpower sharing control approach can be broadly used togrid-connected networks and island power grid networksinordertoachievehighdistributionefficiencyandstability. The suggested approach also guarantees voltagestability in a DC microgrid. In a MATLAB/Simulink, thepower sharing control mechanism is created, modelled,and confirmed.
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