The idea of a microgrid has been put up as a practical way to provide analysis and control methods for systems with a high penetration of distributed generator units (DGs) while facing severe floods, and the suggested solution will address various microgrid system components. Numerous system studies, such as solar rooftop systems, battery charging and storage systems, inverter applications, and grid connection systems, are included in the proposed system. Additionally, a fuzzy logic controller powered by artificial intelligence is used to forecast and simulate different technical factors for the microgrid system under flooding scenarios. This effort will incorporate the current grid system studies. Proposed system plays integral role in disaster management like extreme flood condition and works efficiently under severe condition to provide power supply in islanding situation of modern power systems.