Metal-hydrides have been of great interest as one of the most promising materials for
hydrogen storage applications. For widespread use, the most appropriate container and …

Although heat management during hydrogen adsorption/desorption in metal hydride (MH)
reactor using phase change material (PCMs)-based energy storage system has been …

In the current work, a two-dimensional mathematical model was developed to study the
hydrogen absorption reaction and resulted heat and mass transport phenomena inside a …

For the object of reducing heat consumption in hydrogen metal hydride (MH) storage units
during the discharging cycle, the nano-PCM (ie phase change material containing nano …

A major limitation in chemisorptive hydrogen storage in metal hydrides is the long time
required for the adsorption reaction during charging. This study investigates how the shape …

In the narrative of changing energy production environment, renewable sources of energy
provide a fundamental basis for the growth of energy storage technologies. In particular …

This work presents a hybrid model for the simulation of heat and mass transfer in metal
hydride (MH) reactors. The model combines “lumped” approach based on mass and energy …

The metal hydride reactor filled with 5 kg of the AB 5-type (LaFe 0.5 Mn 0.3 Ni 4.8) alloy was
investigated with respect to the hydrogen discharge rates classified using C-rate value …

In this work, lumped parameter models have been developed for hydrogen storage and
purification systems based on Matlab/Simulink. Hydrogen storage systems using metal …

This paper presents a zero-dimensional (0D) model of hydride tank. The model aims to
study the dynamic heat and mass transfers during desorption process in order to investigate …