A mathematical model?based approach for DC multi?microgrid performance evaluations considering intermittent distributed energy resources, energy storage, multiple load classes, and system components variations

The efficiency of DC microgrid needs investigation from a smart grid perspective, since their spread has expected to prevail in comparison with AC counterparts. Furthermore, there is need address the limitations (majorly cater intermittency distributed energy resources (DERs) as well time dependency systematic parameters etc.) previous model and propose new mathematical evaluate system for given scenarios. core focus current study aims at formulation an improved (composite) model, that capable bridging issues serve tool requirements future systems including microgrids (MGs) multi-microgrids (MMGs). This research work offers such consists 3D matrices based on newly derived set discrete dependent equations, which evaluates residential DC-MMGs. Each DC-MG embedded intermittent DERs, storage, components (with variations), multi-class load dependency), evaluation across worst, normal, best A comprehensive sensitivity analysis various cases respective scenarios are also presented overall performance. Also, impacts variables, states, have this paper.