Optimization model for power generation using thermoelectric generator

Energy Payback Optimization of Thermoelectric Power Generator Systems

An analytic model for optimizing thermoelectric power generation system is developed and utilized for parametric studies. This model takes into account the external thermal resistances with hot and cold reservoirs. In addition, the spreading thermal resistance in the module substrates is considered to find the impact of designing small fraction of thermo elements per unit area. Previous studies...

Micro Solar Thermal Power Harvesting using Thermoelectric Generator

ABSTRACT The use of a thermoelectric generator (TEG) in generating useful power from solar thermal energy is demonstrated. This device represents a portable and autonomous power generation system operating from solar power, capable of powering micro/nano systems. The TEG was integrated with a micro solar thermal collector plate to enhance the thermal radiation absorption capacity of the hot sid...

Thermoelectric Power Generation by Clathrates

Clathrate compounds combine aesthetic beauty of their crystal structures with promising thermoelectric properties that have made them one of the most explored family of compounds deemed as base for thermoelectric generators for midand hightemperature application. This chapter surveys crystal and electronic structure and structure-related transport properties of selected types of clathrates and ...

Fabrication and thermoelectric properties of eco-friendly silicides for thermoelectric power generation using waste heat

Thermoelectric Power Generation Using Large Area pn - Junctions

A new approach to thermoelectric power generation using large area pn-junctions is presented [1]. Thermally generated electron-hole pairs are separated by the built-in potential gradient of the pn-junction. A temperature gradient applied along this pn-junction causes a flux of both carrier types from the hot to the cold region. This principle allows us to use layer structures similar to solar c...