A large amount of waste heat in the industrial sector is lost to the environment in the form of
radiant heat, causing serious energy loss. In this study, thermoelectric conversion …

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 …

How to improve the performance of thermoelectric generators is an important issue to
recover waste heat and convert it into green power, which is conducive to practicing net-zero …

Thermoelectric (TE) devices can provide clean energy conversion and are environmentally
friendly; however, little research has been published on the optimal design of air-cooling …

With the significant improvement of thermoelectric material properties, the thermoelectric
generator is attracting more attention in heat recovery. The geometric parameters and …

Thermoelectric generator (TEG) is considered as promising way of clean energy generation
by recycling waste heat, but its poor performance due to several kinds of energy losses …

Thermoelectric generator has been considered as a promising device to recover industrial
waste heat for electricity generating. To figure out the heat transfer and electric conduction …

A TEG module with 199 thermoelectric (TE) couples was simulated with constant and
variable property parameters respectively. It is indicated that the simulative results with …

Thermal stress plays an important role in the lifetime of thermoelectric generators, and its
minimization can prolong the usage of the generators. To figure out and efficiently lower the …