Wearable thermoelectric generators (WTEGs) have the potential to transform body heat into
electrical energy, thereby establishing a sustainable power reservoir for wearable …

This paper demonstrates that resistance–capacitance models provide equal results than
models based on finite-element software when predicting the performance of a …

This experimental study investigates thermal rectification via asymmetric far-field thermal
radiation on a fused silica slab. An asymmetrical distribution of surface emissivity is created …

High–temperature aerodynamic heat threatens the safe cruise of hypersonic vehicles, but it
also contains huge energy utilization potential. In this study, the thermal–electric energy …

Photovoltaic (PV) cells, widely adopted in solar energy applications, achieve a maximum
efficiency of only 30% and remain inactive during nighttime. In contrast, solar-thermal power …

This study investigates the near-field radiative heat flux in a three-body system made of Bi 2
Se 3, a topological insulator that supports hyperbolic phonon polaritons (HPPs) in the …

Recent research on combining photovoltaic (PV) modules with radiative sky cooling (RSC)
technology has elicited much interest. Such cross‐disciplinary technology coupling provides …

Radiative cooling (RC) is a cost-effective and electricity-free method of heat dissipation
through infrared radiation, offering potential energy savings and reduced reliance on …

A comprehensive analysis of solar thermoelectric generators integrated with radiative
cooling technology (STEG-RC) is presented in this study. Basically, the STEG-RC operates …