One of the green technologies that can be used to increase energy efficiency by recovering
a part of waste heat as electrical energy is thermoelectric generators (TEG) by using the …

A thermoelectric generator (TEG) suffers from low conversion efficiency, especially when it
has been operated under non-uniform temperature distribution. Dynamic reconfiguration is …

Thermoelectric generators (TEGs) can convert heat to electricity based on the temperature
difference between their hot and cold sides. However, during practical operations, low …

The innovation of green and flexible sources of electricity is identified as one of the key
enablers to a more electric-dependent world aiming at meeting the technology needs and …

This paper innovatively proposes a modular thermoelectric generation (TEG) arrays
reconfiguration technique based on an improved cooperation search algorithm (ICSA) …

Thermoelectric generators can be used for low-grade energy conversion. However, the
design of compact and highly efficient thermoelectric generators is difficult. In this study, the …

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

The thermoelectric generator (TEG) device opens a new lighted avenue for saving waste
heat by transferring it into electrical energy. Due to the unique features of the TEG systems …

The paper presents the development of a complete analytical model of a thermoelectric
generator (TEG). Based on data coming from a small number of easily obtainable …

The output power from thermoelectric generator (TEG) system is mainly dependent on the
differential temperature between the hot side and cold side of TEG in addition to the load …