Phase change materials (PCMs) in thermal energy storage can improve energy efficiency
and sustainability, which notably makes them a potential solution to the problems of energy …

This review paper collects recent and relevant research articles on the topic of heat transfer
enhancement in phase change materials heat storage systems, covering both passive …

The combination of latent heat storage (LHS) technology with the Organic Rankine Cycle
represents a widely recognized solar thermoelectric conversion means. However, this …

With the progresses of intelligence and integration of electronic devices, the growing
demand for electrical energy will inevitably give rise to the increase of exhausted heat which …

In order to efficiently exploit solar-thermal energy, it is essential to develop form-stable
phase-change material (PCM) composites simultaneously with superior solar-thermal …

In recent years, phase change materials have played an important role in the field of energy
storage because of their flexibility and high efficiency in energy storage and release …

Microencapsulation technology solves the problems that phase change materials (PCM) are
easy to leak, difficult to transport, and vulnerable to contamination. However, the shell …

Data centers have tended to develop towards large scale and high density, with overall
power consumption reaching up to 3% of the total national electricity consumption. It is vital …

In this study, a CuS with a flower ball shape was synthesized and loaded onto cotton yarn to
develop a photosensitive interfacial material with excellent photothermal conversion …

Latent heat thermal energy storage with phase change materials can help mitigate the
imbalance between the energy supply and demand. Improving the discharging efficiency is …