Air heated metal hydride energy storage system design and experiments for microgrid applications

Systematic Literature Review on Smart Mobility: A Framework for Future “Quantitative” Developments

“…The fifth cluster sustainable planning for quality services refers widely to the concept of the smart grid (Hall et al 2019; Khayrullina, Blinov, and Borzenko 2019; Monteiro et al 2019; Ryghaug et al 2019) as a set of information and electricity distribution networks for efficient and sustainable urban mobility planning.…”

Integration of metal hydride devices with polymer electrolyte fuel cells and electrolyzers for stationary applications

“…The discharge of the RSP-1 reactor is provided waste heat air exhaust from fuel cell operation. The current study continues the investigations started in [16,17]. Series of investigations are conducted to define operational characteristics of fuel cell coupled with metal hydride reactor as hydrogen source and to detect heat transfer limitations in metal hydride bed during operation.…”

Thermal analysis and optimization of stand-alone microgrids with metal hydride based hydrogen storage

“…During hydrogen absorption in metal hydrides, MHHS and El offer additional benefit of catering to thermal load. Whereas during desorption, heat required by MHHS tank can be supplied from the heat released during the operation of PEM fuel cell [17], thus avoiding the need for an external heat source. Stored hydrogen is supplied to the fuel cell to meet the electric load when output from PV and WT is in deficit.…”

“…(defined as the ratio between output of energy in form of hydrogen, and the energy stored in hydrogen plus the inputs of other forms of energy). Further studies [16,17] have shown that while using metal hydrides (MH) as hydrogen storage with PEM fuel cell, the exhaust heat from the fuel cell can be utilized for hydrogen desorption from MH and thus, the need for external heating source is avoided.…”