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 …

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

Enhancing thermoelectric performance hinges on optimizing the geometry of thermoelectric
legs. In this study, we present a novel asymmetrical annular thermoelectric generator …

The conventional methods to improve the performance of annular thermoelectric generators
(ATEGs) heavily rely on optimizing the thermal design of individual annular thermoelectric …

Filled square cross-section shape is the common conventional structure for n-type and p-
type legs of thermoelectric generators. However, other cross-section shapes with hollow …

The objective of the present study is to evaluate the characteristics of energy and exergy
performances, environmental sustainability, and economic aspect for three configurations …

Our community currently deals with issues such as rising electricity costs, pollution, and
global warming. Scientists work to improve energy harvesting-based power generators in …

Thermoelectric devices based on the Seebeck effect can directly convert waste heat to
electricity, but the demand for better thermoelectric materials remains unfulfilled. The lead …

Generally speaking, a Peltier module obtains a high value of COP only for a small range of
applied DC voltage. Indeed, increment of DC voltage sharply reduces its COP. Hence, to get …

Annular thermoelectric generators (ATEG) are increasingly attracting attention and are
pivotal in thermal energy recovery due to their unique characteristics, which can be perfectly …