Amid energy crises and environmental concerns, thermoelectric generators have gained
interest as eco-friendly power sources by directly converting heat to electricity. Given the …

Thermoelectricity technology offers a new perspective for the development of geothermal
energy but its large-scale application still remains challenges. Modularization of the …

Materials are the backbone of our technology-driven society. Cutting-edge research on new
materials is trying to shape a better world. In this regard, the use of property-enhanced …

Nowadays, geothermal energy in shallow hot dry rock fields is not exploited enough due to
the high economic and environmental impact as well as the lack of scalability of the existing …

Since centralized thermoelectric power generation (TEG) system presents multiple local
maximum power points (LMPPs) at different temperature gradients (DTG), thus its optimal …

There have been many reports on laboratory experiments measuring TEG (thermoelectric
generator) power output at different flow rates of water, different temperatures, and other …

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 …

Although in the last years thermoelectric generators have arisen as a solution to boost
geothermal power generation, tests on field are still scarce. The vast majority of the available …

In this study, a novel compact heat sink module with water as the working fluid in a closed-
loop thermal (Peltier effect) to electrical (Seebeck effect) thermoelectric generator (TEG) is …

Thermoelectric devices hold significant promise for generating electricity from geothermal
heat, enabling the powering of measuring equipment in remote locations without the need …