Modeling and control of a hydrogen-based green data center

Data centers consume a large amount of energy, contributing to CO2 emissions, global warming, and resulting in significant electricity cost. To address these concerns, an increasing number companies have considered building green data centers. The most abundant energy resource is solar; it now key player the transformation. Tidal has also received particular attention recently. predictable characteristic makes kinetic tidal current extremely competitive power compared other commonly used renewable energies. For this purpose, hybrid Tidal/Photovoltaic system for powering MW scale center on remote island. Green are mainly dependent energies, which intermittent nature require storage capable ensuring sustainable feeding. proposed consists proton exchange membrane electrolyzer fuel cell. This associated with LiFePO4 battery cover fast-electrical dynamics. In paper, modeling presented along initial proposal control management align consumption generated while respecting different constraints. model implemented Matlab/Simulink platform where simulation results exhibit performance under operation conditions.