Textile electronics possess unique characteristics such as breathability, deformability, and
flexibility, making them ideal platforms for wearable devices that offer maximum comfort …

The clean energy transition demands a complete revamp of the global energy sector from
fossil fuels to renewables. Accelerating this transition shall be greatly beneficial for the …

The thermoelectric conversion efficiency of an exhaust thermoelectric generator is relatively
limited and can be increased by optimizing the structure of the exhaust heat exchanger to …

The annular thermoelectric generator (ATEG) matches the shape of the exhaust pipe. To
improve the power generation efficiency of the ATEG in automobiles, a scheme is proposed …

Phase change materials (PCMs) are useful means for energy storage and thermal
management of thermoelectric generators (TEG) systems. Nevertheless, energy storage rate …

Annular thermoelectric generators (ATEG) are increasingly attracting attention and are
pivotal in thermal energy recovery due to their unique characteristics, which can be perfectly …

Thermoelectric generator systems are often exposed to unstable heat loads with high-
amplitude temperature variations and there is a risk for overheating and system damage …

Thermoelectric (TE) generation technology plays an increasingly significant role in a global
environment. A desirable approach to improve the efficiency of thermoelectric generator …

Using phase change materials (PCM) can effectively ensure the stable operation of
semiconductor thermoelectric generators (TEGs). Conventional PCM-TEG structures exhibit …

Flat thermosyphon (FTS) has gained wide attention in solving heat dissipation problems of
data centers. The miniaturization of densely packed electronics has led to a demand for …