Due to its advantages of small size, wide adaptability and high reliability, thermoelectric
power generation (TEG) technology is attracting more and more attention in the application …

In order to improve the performance and maximize the efficiency of energy conversion of
thermoelectric generator (TEG), a mathematical model to predict the maximum energy …

Industrial production will release a large amount of waste heat into the environment and
cause serious energy waste. Currently, most waste heat recovery technologies cannot …

In this work, a three-dimensional transient numerical model of a thermoelectric generator
module considering the temperature-dependent properties and the topological connection …

To enhance the performance of thermoelectric generator (TEG) systems, a converging heat
exchanger is proposed in this work, wherein the hot side wall is designed with an inward …

The thermoelectric generator (TEG) is a promising device to convert waste heat into
electricity. This work numerically simulates the performance of a TEG system in which a TEG …

Thermoelectric generator offers many advantages such as high durability, environmental
protection, and high reliability. Since the geometric optimization of a thermoelectric …

The stability of output performance plays a very important role in the thermoelectric
generation (TEG) system since the fluctuation problem of heat source widely exists in the …

Thermoelectric generation technology, due to its several kinds of merits, especially its
promising applications to waste heat recovery, is becoming a noticeable research direction …

A two-dimensional, dynamic finite element model is developed to study the transient
characteristics of linear-shaped thermoelectric generators (L-TEG) in this paper. The model …