Encountering the consumption of fossil fuels on a large scale and contamination of the
environment due to chemical batteries, along with the rapid growth of various wearable …

Thermoelectric generators are devices that directly convert heat flux or the temperature
difference between two hot and cold surfaces into electricity. With the advancement of the …

Recently, flexible thermoelectric (f-TEG) power generators have attracted great attention due
to their ability to capture waste heat from curved heat sources and convert it into useful …

Antibacterial electrotherapy is currently activated by external electric field or self-powered
generators, but usually needs complicated power management circuits. Herein, near …

Flexible and easy processing lightweight thermoelectric materials for energy harvesting
applications have shown an increasing interest. Thermoplastic polyvinylidene fluoride …

Thermoelectric devices based on the Seebeck and Peltier effects enable both converting
heat into electricity and energize cooling, presenting a promising potential for personalized …

Most thermoelectric (TE) materials used to convert heat energy into electrical energy are
expensive and, to a certain degree, toxic. Moreover, due to the chemical complexity in the …

This paper aims to present new trends in energy-harvesting solutions pertaining to wearable
sensors and powering Body Area Network nodes. To begin, we will present the capability of …

This review summarizes the current trends and developments in the field of polyvinylidene
fluoride (PVDF) for use mainly as a nanogenerator. The text covers PVDF from the first steps …

Thermoelectric power generation (TEG) technology is a green energy utilization technology
that is spread over a wide range of industrial fields. Based on the Seebeck effect, in order to …