Renewable Energy Storage
Storage of wind, solar and hydroelectric energy to be used as alternative sources for carbon-free energy systems
An innovative approach for renewable energy storage using a combination of hydrogen carriers and heat storage
Storage of wind, solar and hydroelectric energy to be used as alternative sources for carbon-free energy systems
Hydrogen as an energy vector produced from other energy sources for long-term storage
Metal powders for absorbing and releasing hydrogen under moderate pressure and temperature
Management of heat due to hydrogen sorption in metal hydrides by a phase change material
HyCARE provides a proof-of-concept for a low pressure and low temperature hydrogen storage at large scale
SHARPER stands for “SHAring Researchers’ Passions for Evidences and Resilience” . SHARPER is one of the 7 projects financed by the European Commission for organizing in Italy the Night of the Researchers in 2020.
SHARPER is taking place on the 27th of Novembre 2020 in the cities of Ancona, Cagliari, Camerino, Catania, L’Aquila, Macerata, Nuoro, Palermo, Pavia, Perugia, Terni, Torino e Trieste to share with citizens the passion, the challenges and the joy of being a researcher in Europe .
HyCARE is participating to the edition in Torino with three activities (Italian only):
For more information, please write to the HyCARE’s team at hycare@hycare-project.eu.

The HyCARE’s Video is out! Our partners present the project and their activities for developing the 50kg/day tank.
#HyCARE, #Idrogeno ed #EnergiaPulita, ne parla Erika Dematteis Mercoledì 23 settembre alla finale del Premio Giovedi Scienza in diretta streaming sul canale YouTube Centro Scienza (https://rb.gy/1dy12h).
Su facebook il video di presentazione di Erika:
The September edition of the FCH JU’s Newsletter reports the significant growth of the hydrogen sector in Europe and the impressive innovation in hydrogen production and storage technologies. HyCARE appears as one of the innovative programs finance by FCH JU for improving hydrogen storage at sustainable conditions. In fact, HyCARE will demonstrate a 50 kg hydrogen storage system based on metal hydrades operating at low pressure and low temperature.