Energy harvesting technology may be considered an ultimate solution to replace batteries
and provide a long‐term power supply for wireless sensor networks. Looking back into its …

This paper presents a comprehensive review of recent studies in electrical power generation
from various thermal-consuming processes. In particular, the paper concentrates on TEG …

Unique properties of thermoelectric materials enable the conversion of waste heat to
electrical energies. Among the reported materials, Zinc oxide (ZnO) gained attention due to …

Abstract Calcium cobaltite Ca3Co4− xO9+ δ (CCO) is a promising p‐type thermoelectric
(TE) material for high‐temperature applications in air. The grains of the material exhibit …

Operation of the thermoelectric converters requires hot-and cold-side insulating plates with
low thermal resistance. In this work, we developed anodized aluminum substrates with …

In this work, the thermoelectric material calcium cobaltite Ca 3 Co 4 O 9 (CCO), a promising
p-type conducting thermoelectric oxide with anisotropic properties, was processed by the …

SnSe has been recently reported as an attractive thermoelectric material, with an
extraordinarily high, positive, Seebeck coefficient. Here, we describe the synthesis …

Thermoelectric generators are very attractive devices for waste heat energy harvesting as
they transform a temperature difference into electrical power. However, commercially …

To develop highly efficient thermoelectric materials, the generation of homogeneous
heterostructures in a matrix is considered to mitigate the interdependency of the …

The majority of waste heat sources are industrial steel and automobile where the operating
temperature is higher than 673 K. However, the development of the thermoelectric (TE) field …