Published Paper Details:

In order for a system to remain stable, regionalized networks known as micro grids must be able to function independently by cutting off their connection to the main grid. By offering a stronger power supply, the dependability of consumers can be increased. Consistency, dependability, and security are indeed the main issues with micro grids due to reversed energy flow from distributed generator units, regional fluctuations, transitory micro grid modes, significant frequency discrepancies in electrically isolated mode operation, as well as financial and supply demand uncertainties. Despite the fact that increasing the stability of the hybrid micro grid is their primary goal, the system is more unstable when electrical energy is delivered from the AC side to the DC side and from the DC side to the AC side. Consequently, to maintain the hybrid micro grid's stability, various circuit breakers, buck boost converters, grid bidirectional converters, and intermediate IC (Interlinking converter) are used. This article describes how stability evaluation with MATLAB implements a bidirectional power flow through an interacting converter. The best results possible the performance of the circuit might be enhanced by simulation. The best hybrid micro grid stability results were displayed. In this study, an interlinking converter is used, which enhances micro grid stability when power is flowing in both directions through the AC and DC grids and the results might be obtained through a MATLAB simulation. Additionally, this approach has the benefit of shortening the time needed for the system to reach steady functioning. Thus increasing system dependability and offering quality supply.