To reach high solar fractions for solar thermal energy in the built environment, long-term
heat storage is required to overcome the seasonal mismatch. A promising method for long …

Internal mass transfer coefficient is considered as a key parameter for open thermochemical
sorption heat storage which usually has a large margin between theoretical and actual …

Replacing fossil fuel by solar energy as a promising sustainable energy source, is of high
interest, for both electricity and heat generation. However, to reach high thermal solar …

The performance of the adsorption cooling system using the zeolite 13X/CaCl2 composite
adsorbent was studied using a numerical simulation. The novel zeolite 13X/CaCl2 …

Replacing fossil fuel by solar energy as a promising sustainable energy source, is of high
interest, for both electricity and heat generation. However, to reach high solar thermal …

Sorption thermal energy storage is a promising concept for seasonal heat storage.
Advantages of sorption heat storage are high energy storage density (compared to sensible …

Sorption thermal energy storage (STES) has the advantage of high energy storage density
and low heat loss, which has been considered as one of the promising solutions to achieve …

This paper addresses the thermal performances of a zeolite-based open sorption heat
storage system to provide thermal energy for space heating needs. The study focuses on the …

Along with the measures to improve the design of the adsorption cooling systems, the
operating strategy selection plays an equally important role in their performance …

A bench-scale adsorption thermal energy storage system based on fixed and fluidized beds
of zeolite 13X was developed and its performance experimentally investigated. Few studies …