In gas-to-liquid thermoelectric generators (TEG), the stream-wise gas temperature drop on
hot side is inevitable and then the problem of decreased power output appears due to the …

Significant amounts of residual heat are contained in the exhaust of internal combustion
engines. In this regard, thermoelectric generation is recognized as one of the techniques …

The use of thermoelectric modules can be effective in recovering waste heat in combustion
gasses due to their special properties. In this study, due to the low efficiency of …

Thermoelectric generator (TEG) is a promising technology for low-grade heat recovery,
whereas the scalability of TEGs remains challenging. Modular design with an ideal thermal …

In this work, a segmented converging thermoelectric generator is proposed and optimized
by designing a variable converging angle in each segment of the heat exchanger. A …

The application of thermoelectric generator (TEG) systems in waste heat recovery has
attracted more and more attention. In this work, the effect of interfacial heat transfer on the …

In typical gas-to-liquid thermoelectric generators for waste heat recovery, the stream-wise
gas temperature drop in the hot-side heat exchanger leads to the decrease of power output …

Printed circuit heat exchangers (PCHEs) are employed to improve the compactness of a
thermoelectric generator (TEG). PCHEs allows miniaturization of the heat exchanger without …

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 …

The industrial production process consumes electricity and generates a lot of waste heat.
Recycling waste heat for power generation can effectively improve energy efficiency. This …