In this study, adsorption characteristics of water vapor onto several silica gel-based
composites have been investigated experimentally. Adsorbent samples under investigation …

In the present study, an open sorption thermochemical energy storage (TCES) system was
developed and investigated experimentally for low‐temperature heat storage applications …

Sorption thermal batteries are systems that can store heat for a long period without heat loss
through the reaction of the gas and adsorbent. However, a sorption thermal battery driven by …

In designing adsorption chillers that employs silica gel–water as adsorbent-adsorbate pair,
the overriding objective is to exploit low temperature waste-heat sources from industry. This …

The optimization and assessment study of a thermal energy adsorption storage system is
presented. The system integrates an adsorption heat storage module in a conventional hot …

Isosteric adsorption heat is crucial in assessing adsorption cycle performance. Typically,
adsorption heat is indirectly estimated from the isotherm equation fitted to the experimental …

Several materials were tested for their suitability as an adsorption heat storage medium. The
main objective of the research was to test their adsorption properties in combination with …

In this paper, a sorption thermal storage system with large concentration glide is proposed to
achieve long term thermal storage with high energy storage density. The system consists of …

Sorption thermal energy storage systems have higher energy densities and low long-term
thermal losses compared to traditional energy storage technologies, which makes them very …

A composite material was developed as sorbent for sorption thermal energy storage (TES)
which was used to recycle the low-temperature heat in industry and life fields in this study …