Thermal energy storage in building envelopes is critical to promoting renewable energy,
implementation of which requires thermal performance enhancement of construction …

Effective strategies are required to save electricity consumption, which is used to power
appliances providing thermal comfort for individuals. Because of climate change and severe …

Abstract Investigations into Phase Change Materials (PCMs) for heat storage in facilities
have gained significance, contributing to indoor temperature regulation, decreased energy …

The incorporation of phase change materials (PCM) in construction materials for the
purpose of thermal energy storage (TES) can prevent temperature fluctuations and enable …

This study presents a novel and sustainable method for integrating octadecane phase
change material (PCM) into traditional building materials like mortar and gypsum using …

This study developed a novel gypsum plaster comprised of high energy storage phase
change material (PCM) loaded granules to reduce the amount of energy used in buildings …

Over the past decade, phase change materials (PCMs) have emerged as promising
solutions for thermal energy storage (TES) systems, aimed at minimizing heating and …

The need for buildings to ensure a comfortable thermal environment is increasing, leading to
a surge in energy consumption. This study proposes an innovative approach to tackle …

Silica Aerogel (SAG) mortar is an ultra-lightweight cementitious composite. It has high heat-
insulating properties, which helps to reduce building heating energy consumption. However …

Developed lightweight components of building envelope to improve thermal mass of the
building has a crucial role in building sector. There are many studies on this topic around the …