Influence of operation parameters in the modeling of alkaline water electrolyzers for hydrogen production

Phenomenological based Model of Hydrogen production using an Alkaline self-pressurized Electrolyzer

“…These results were validated at the PHOEBUS plant in Jlich, where photovoltaic cells, hydrogen production and storage tests were carried out [5]. Next, Amores et al [6] add the influence of the concentration of electrolyte and the distance between electrodes. In the same direction, Ursa and Sanchis [7] start from the same thermodynamic setup to define the ideal water dissociation voltage.…”

Multi‐objective optimization of green urea production

“…However, the costs of the electrocatalysts are more expensive. 14,15 For electricity generation, the renewable nature of the PV electricity along with its large resource potential especially for tropical countries 16 and cost reduction has motivated a fast deployment of PV electricity plants in recent years. 17 Although hydrocarbons are currently the main feedstock used for H 2 production for urea, green urea production routes through an integration of renewable-technology-based hydrogen production in fossil-based technology will become unavoidable.…”

Dynamic Water Electrolysis in Cross‐Sectoral Processes

“…Starting with state of the art modeling approaches for water electrolysis , practical test series will be performed to asses selected performance sensitivities and to assess dynamic characteristics of the electrolytic process. Amongst others, the performance of the electrolytic system will be investigated and correlated to current density, electrolyte concentration, temperature and flow rate as recently addressed in literature to improve initial underlying static models . Sequentially and/or in parallel to these experiments, dynamic system identification will be executed to describe the thermal behavior of the system and to understand the system response to different applied electrical supply schemes , .…”