The large-scale utilization of inorganic salts as promising candidate for medium and high
temperature thermal energy storage has been significantly restricted at both industrial and …

The building industry is crucial in consuming vast quantities of energy in the modern era.
Therefore, it is essential to carry out cutting-edge alterations to reduce energy usage and …

The use of industrial semicoke ash as skeleton material is proposed in this study to fabricate
low-cost thermal energy storage materials and shape-stable phase change composites as …

The purpose of this work is to explore the role of the safe and optimal scheduling of thermal
energy storage systems in intelligent buildings in promoting sustainable economic …

Resources utilization of a variety of industrial solid wastes including steel slag (SS) and
carbide slag (CS) is an effective measure that reduces environmental destruction and …

As an alkaline industrial solid waste with a porous structure, semi-coke ash can have
adverse effects on the environment if accumulated or buried in large quantities. The …

The mining and processing of traditional skeleton materials inevitably generates carbon
emissions and pollutes the surrounding environment. To make full use of industrial solid …

The advancement of phase change materials (PCMs) as potential thermal energy storage
(TES) materials for building envelopes holds promise for efficient energy utilization …

A large quantity of building waste concrete is produced annually in China, which pollutes
our ecological environment with its strong alkalinity. To recycle the building waste concrete …

The coefficient of thermal expansion of inorganic salts increases with increasing
temperature. The sintering temperature may affect the properties of the shape-stable phase …