Interest in thermoelectric generators for waste heat recovery has flourished in recent years.
Typically, the efficiency of thermoelectric generators (TEGs) is quite low. Investigations are …

This paper presents a comprehensive review of recent studies in electrical power generation
from various thermal-consuming processes. In particular, the paper concentrates on TEG …

A solid-state thermoelectric generator (TEG) can be impelled by heat flow to generate
power. The device has been applied in heat recovery, with sources ranging from hot liquids …

The practical application of heat recovery using thermoelectrics requires the realization of
reasonable cost effectiveness. Therefore, a thermoelectric generator (TEG) structure that can …

Many military systems produce thermal energy as a by-product. Generally, this so-called
waste heat is lost to the surroundings. Capturing the waste heat and putting it to beneficial …

The recent development of potable power sources is of considerable interest. A mesoscale
combustor-powered thermoelectric generator integrated with a mesoscale stagnation-point …

Thermoelectric generators (TEGs) convert temperature gradient into electrical power. The
shape (or topology) of thermoelectric (TE) leg has a significant impact which can directly …

Military systems greatly depend on the availability of energy. This energy comes mostly in
the form of burning fuel in order to produce mechanical work or electricity. The ability to …

Thermoelectric generation (TEG) has its unique advantages in terms of distributed energy
supply, low‐grade heat recovery, and clean energy technology, but its low efficiency has …

The recovery of energy from exhaust gases using thermoelectric generators is of growing
interest. The electrical loading of the thermoelectric system impacts the amount of energy …