The transformation of the energy supply needs further development of energy storage technologies in order to integrate the fluctuating renewable energy. The conversion of renewable wind power into green methane offers a technical approach with the necessary storage and transport capacities. Thus, the concept of Power-to-Gas which is illustrated here by the coupling of wind energy with a High Te...

In the present study, Composite materials based on perfluorinated cation-exchange membrane incorporating particles of Zirconium and Nafion is synthesized .With this membrane the performance of the electrolysis cell improved considerably at room temperature and atmospheric pressure. In addition, by using catalysts and membranes, the performance of this Composite membrane is studied by varying vo...

Power-to-X technologies are a promising means to achieve Denmark's carbon emission reduction targets. Water electrolysis can potentially generate carbon-neutral fuels if powered with renewable electricity. However, the high variability of sources threatens plant's cost-efficiency, instead favouring and constant operation rates. Therefore, diversified electricity supply is often an option maximi...

Hydrogen will become a dominant energy carrier in the future and efficiency lifetime cost of its production through water electrolysis is major research focus. Alongside efforts to offer optimum solutions plant design sizing, it also necessary develop flexible virtualised replica renewable hydrogen plants, that not only models compatibility with “plug-and-play” nature many facilities, but ident...