A review to refrigeration with thermoelectric energy based on the Peltier effect

Abstract

Currently, energy demand and environmental pollution have boosted the evolution of different environment friendly technologies for the development of clean and renewable energies. That is why scientific research allows us to demonstrate the use of solid state based devices implementing temperature changes by electric induction. Given the above, a combined thermic generation system is taken into consideration, consisting in an environmentally friendly thermoelectric generator and refrigerator, wich is fueled and controlled by an electric fluid. Therefore, this study gives an approch and mathematic demonstrations to the concepts of greater relevance about the thermoelectric device and the effects of greater incidence, responsible for giving advantageous characteristics to the implementation of Peltier cells as a basic device in a cooling system for smaller applications, maintaining an ecological system, clean and without detrimental effects to the ozone layer, since there is no C02 emissions into the atmosphere.

Design of A Thermoelectric Generator System for Coupling in Air Conditioning Equipment’s

“…that depends on the type of material used for the making up of [32][33][34][35][36]. The power generation in a Peltier cell requires the presence of an current that is delivered by the cell as a function of the kind of materials use making up as well as of the effective cross section of the cell itself [37][38][39].…”

“…that depends on the type of material used for the making [32][33][34][35][36]. The power generation in a Peltier cell requires the presence current that is delivered by the cell as a function of the kind of materi making up as well as of the effective cross section of the cell itself [37][38][39] According to these premises, the power generation of a Peltier cell can be…”

Recent trends in thermoelectrochemical cells and thermally regenerative batteries

“…Inverting the current direction the thermoelectric device can move heat between two sources at different temperatures therefore working as cooler or heater [11], [12].…”

Control mediante rechazo activo de perturbaciones de la temperatura de un módulo termoeléctrico

“…Como enfriador genera una cierta temperatura en la cara fría que depende del voltaje de alimentación, de la temperatura ambiente y de las características intrínsecas del TEM. Comúnmente la demanda de corriente de un TEM es alta, lo que se ve reflejado en la eficiencia energética y en la capacidad de enfriamiento/calentamiento (Mardini-Bovea et al, 2019).…”