International audienceThis paper presents experimental results obtained with a prototype of a solar heat storage absorption process using the KCOOH/H2O couple. The process principle and the prototype tested are described, and both charging and discharging results are presented and discussed. The parameters influencing the results the most are water and solution flow on the reactor heat exchangers as well as the heat source and sink temperatures. The system's main limitation is the wetting of the exchanger plates. However, the tests prove the interest of the KCOOH/H2O couple in this type of low-temperature heat storage process
Advantages of thermochemical storage Traditional heat storage techniques have a number of disadvanta...
AbstractThe studies reported here are focused on the development of an efficient, closed thermo-chem...
AbstractA concept for long term thermochemical storage based on absorption of aqueous CaCl2 is descr...
International audienceThis paper presents experimental results obtained with a prototype of a solar ...
AbstractThe heat storage by absorption process that is studied in the paper is devoted to building h...
International audienceThe aim of the project is to develop long-term energy storage equipment for ho...
International audienceA heat storage process by absorption is studied in this paper. It is devoted t...
AbstractApplication limitations for solar heating are overcome by greatly improving heat storage. Ad...
AbstractIn order to overcome limitations of solar heating, great improvements in seasonal heat stora...
Energy storage is a key component to improve the efficiency of energy systems, especially when the e...
AbstractClosed sorption heat storage opens up a way to achieve seasonal thermal storage without loss...
International audienceUn procédé innovant dédié au stockage d'énergie solaire issue de capteurs ther...
International audienceA concept of thermal energy storage system for solar heat storage from summer ...
Le potentiel de l'énergie solaire comme énergie renouvelable a été largement démontré depuis plusie...
AbstractIn the frame of the EU funded project COMTES a closed sorption heat storage demonstrator bas...
Advantages of thermochemical storage Traditional heat storage techniques have a number of disadvanta...
AbstractThe studies reported here are focused on the development of an efficient, closed thermo-chem...
AbstractA concept for long term thermochemical storage based on absorption of aqueous CaCl2 is descr...
International audienceThis paper presents experimental results obtained with a prototype of a solar ...
AbstractThe heat storage by absorption process that is studied in the paper is devoted to building h...
International audienceThe aim of the project is to develop long-term energy storage equipment for ho...
International audienceA heat storage process by absorption is studied in this paper. It is devoted t...
AbstractApplication limitations for solar heating are overcome by greatly improving heat storage. Ad...
AbstractIn order to overcome limitations of solar heating, great improvements in seasonal heat stora...
Energy storage is a key component to improve the efficiency of energy systems, especially when the e...
AbstractClosed sorption heat storage opens up a way to achieve seasonal thermal storage without loss...
International audienceUn procédé innovant dédié au stockage d'énergie solaire issue de capteurs ther...
International audienceA concept of thermal energy storage system for solar heat storage from summer ...
Le potentiel de l'énergie solaire comme énergie renouvelable a été largement démontré depuis plusie...
AbstractIn the frame of the EU funded project COMTES a closed sorption heat storage demonstrator bas...
Advantages of thermochemical storage Traditional heat storage techniques have a number of disadvanta...
AbstractThe studies reported here are focused on the development of an efficient, closed thermo-chem...
AbstractA concept for long term thermochemical storage based on absorption of aqueous CaCl2 is descr...