In this study, a solar-powered adsorption cooling system (ACS) using vehicle radiators as an
adsorbent bed was built and the system performance was studied experimentally in the …

Nowadays, the renewable and sustainable solar adsorption cooling technology has
attracted extensive attention. Enhancing the mass transfer is a main method to improve the …

During the past few decades, the growing demand for air conditioning has caused a
significant increase in demand for primary energy resources. Adsorption cooling system is …

In this study, an experimental investigation on the performance of a small-scale residential-
size solar-driven adsorption (silica gel-water) cooling system that was constructed at Assiut …

A solar adsorption cooling system was constructed in the green building of Shanghai
Institute of Building Science. The system consisted of evacuated tube solar collector arrays …

Composite adsorbents were synthesized from activated carbon, silica-gel and CaCl2. The
optimized condition for adsorption cooling systems was obtained when raw activated carbon …

The paper proposes a novel solar adsorption refrigeration system employing an active
enhancing mass transfer method based on the typical basic cycle. In essence, the new …

In this paper, one novel heat pipe solar adsorption chiller with mass-heat recovery was
designed. 65 kg of micro-porous silica gel was used as adsorbent in each adsorbent bed …

Due to the intermittent nature of the solar radiation, the day-long continuous production of
cold is a challenge for solar-driven adsorption cooling systems. In the present study, a …

Solar adsorption refrigeration has many advantages. However, solar radiation has a
relatively low energy density and requires much time to heat an adsorbent bed. In addition …