CONFERENCE / ICISDG’23

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 the power grid network. In the proposed approach, a DC micro grid's power from each individual generator is shared using a droop control technique. The primary problems with Poor currents haring and drop characterize the traditional droop approach. Circulating current issue will also arisedue to mismatch in the converter soutputvoltages.The droopindex (DI), ameasure of merit, is introduced in this study, in order to enhance the efficiency of a DC micro grid. The proposed power sharing control approach can be broadly used togrid-connected networks and island power grid networks in order to achieve high distribution efficiency and stability. The suggested approach also guarantees voltagest ability in a DC micro grid.In a MATLAB/Simulink, the power sharing control mechanism is created,modelled, and confirmed.