To solve the problems of the current optimization methods for solar segmented
thermoelectric generator performance based on numerical methods, this paper applied …

The rising levels of global warming in the environment owing to emissions from fossil-fuel-
based engines has increased the search for efficient clean energy systems. Thermoelectric …

Despite the desirable perks offered by solar thermoelectric generators (TEGs), their
efficiencies are nowhere close to those of solar photovoltaic systems. This has limited their …

The performance of thermoelectric devices improves either by changing the thermoelectric
material properties or the geometry of the thermoelectric leg. Many research papers show …

The negative Poisson's ratio (NPR) structure is the typical metamaterial structure that has
excellent mechanical performances and other functional properties. This paper employs the …

The photovoltaic-thermoelectric (PV-TE) device is one of the most promising pollution-free
devices along with the booming demand for green electricity. The multilayered PV-TE device …

Research into improving the performance of photovoltaic (PV) systems using thermoelectric
generators (TEGs) has gained increased interest in recent times. Few studies have …

Due to the adverse impacts of fossil fuel sources on the environment and human health,
research aimed at generating electricity from the sun has gained increased interest. These …

High performance, high stretchability and high strength are the urgent demands for the
wearable thermoelectric generators. This paper proposes a novel idea of the stretchable …

To facilitate the attainment of higher performance in the tandem perovskite/silicon solar cell,
this work seeks to conduct the thermodynamic modeling and analysis of a spectrum splitting …