This study aims to develop a new salt-based thermochemical composite for long-term
storage of low-grade thermal energy which enables overcoming mismatch between energy …

Heating and cooling systems in building infrastructure utilize conventional materials that
account for a considerable amount of energy usage and waste. Phase change material …

The aim of this research is to explore the potential of a new salt-based thermochemical
composite material for long-term storage of heat. Thermal energy storage reduces the …

In this paper, the potential energy storage density and the storage efficiency of salt hydrates
as thermochemical storage materials for the storage of heat generated by a micro-combined …

Thermochemical heat storage composites based on inorganic salt hydrates embedded in a
hydrogel‐derived polymeric matrix are presented. The synthesis offers the flexibility to obtain …

The selection of a suitable salt hydrate for use in a thermochemical energy storage system is
challenging. In this work, the most promising salts to store intermediate heat energy were …

Thermochemical energy storage (TCES) emerges as a promising solution for building
heating, offering superior energy storage density compared to conventional methods like …

Salt hydrate based thermochemical energy storage has been widely recognised as a
promising long-duration storage technology to decarbonize heating/cooling in buildings …

Thermochemical materials, particularly salt hydrates, have a significant potential for use in
thermal energy storage systems. When a salt hydrate is heated to a critical temperature, a …

Several research studies have revealed the potential use of salt hydrates in thermal energy
storage applications. These materials dissociate into anhydrous salts and release water …