Microgrids, decentralized energy systems, are increasingly vital in the context of renewable energy adoption and grid stability. Hybrid microgrids, incorporating hydrogen storage, offer decentralized energy solutions for enhanced resilience during power disruptions. Hydrogen serves as an energy carrier and storage medium, aiding in balancing the grid by storing surplus energy from renewables. The high energy density of hydrogen enables efficient grid-scale storage, facilitating the integration of intermittent renewables like wind and solar. Challenges include energy conversion losses, cost-effectiveness, safety issues, and infrastructure requirements. Pilot projects worldwide aim to explore and implement hydrogen storage solutions, showcasing its potential benefits and feasibility. Hydrogen storage in microgrids contributes to the decarbonization of various sectors and enhances grid resilience during outages or disasters. Transitioning to hydrogen production from renewable sources can significantly reduce greenhouse gas emissions, combating climate change. While hydrogen offers promising solutions, technical and economic barriers must be addressed to realize its full potential within energy systems.