Energy crisis and associated environmental issues are the main challenges in today's
changing world, where there is a growing demand for electricity. To address such …

We present a continuum theory for analyzing the interaction between the thermoelectric and
mechanical fields in piezoelectric semiconductors. The balance laws and dissipation …

The operating temperature of the novel bifacial concentrated photovoltaic-solar
thermoelectric generator (PV-STEG) system is a decisive factor in determining the working …

In this study, we utilized a novel passive evaporative cooling heat sink (PECHS) to enhance
the waste heat recovery capacity of a thermoelectric generator (TEG). When heat is applied …

The technical advantages of using evaporative cooling have drawn the attention of many
researchers and industrialist in the world. Moreover, evaporative cooling techniques have …

The dependable and efficient thermal regulation technology for combined photovoltaic-solar
thermoelectric generator (PV-STEG) system is of great importance to ensure output …

This paper introduces a design of an annular water-cooled automotive exhaust-based
thermoelectric generator (TEG). A comprehensive numerical model of TEG system is …

Combining the photovoltaic (PV) and thermoelectric (TE) technologies to form a hybrid PV-
TE system is considered as a promising way to utilize the unwanted heat accumulated in the …

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

In case of photovoltaic (PV) most of the solar energy gets dissipated in the form of heat into
the PV module. In the current context, efforts are made to improve the efficiency by utilizing …