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 …

Enhancing thermoelectric performance while minimizing exhaust back pressure is a crucial
step in advancing the commercial viability of automotive thermoelectric generators. To …

Low-temperature waste heat has great potential for renewable power because it accounts
for around 60% of total industrial waste heat. This study develops a model of integrating …

Thermoelectric generators have gained extensive attention for the waste heat recovery of
internal combustion engines. This work develops a three-dimensional numerical model of a …

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 …

To harvest waste heat from flue gas in the industry, this study develops an advanced
simulation technology by integrating computational fluid dynamics (CFD) and a …

To enhance the utilization efficiency of exhaust gas in thermoelectric generator (TEG)
systems, a polygonal heat exchanger with embedded sickle-shaped fins was proposed in …

The automobile thermoelectric generator is a promising energy conversion technology to
enhance fuel economy and decrease the fuel consumption of vehicles. In order to boost the …

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

It is critical that the exhaust heat exchanger of the thermoelectric generator (TEG) that is
used in automobile waste heat recovery provides a high heat transfer performance while …