Hydrogen Energy Storage for Healthcare Resilience

Frequent and prolonged energy outages remain a critical challenge for healthcare facilities, jeopardizing patient safety and disrupting essential medical services. To ensure reliable and sustainable operations, there is an urgent need for alternative energy solutions, with Hydrogen Energy Storage (HES) offering a promising pathway. This review explores the potential of HES in enhancing healthcare resilience, emphasizing its role in emergency preparedness, carbon footprint reduction, and energy stability. Drawing on systematic literature review (SLR), we analyze existing applications, technological advancements, and the challenges of deploying HES in healthcare settings. Case studies from various geographical contexts demonstrate their versatility and efficacy in sustaining essential services. Although the potential of HES is evident, addressing economic barriers, regulatory obstacles, and infrastructure limitations is crucial for its extensive adoption. This study highlights the transformative capacity of HES to synchronize healthcare with global sustainability objectives, guaranteeing operational continuity and environmental responsibility.