Renewable Energy from Thermal: Electrical Power Generation in Ceramic and Tile Industry
Year: 2018
Type: article
Abstract: In recent years, global warming and environmental pollution caused a limitation of the use of natural energy and resource use has become more important Renewable resources. In the industrial sector, most of factories such as Ceramic tile production, glass, and cement of devices that are used for heat production of biofuel. After heat generation, thermal energy balance of heat production is wasted. Thermoelectric modules with exposure to ambient air temperature difference between the devices and electrical energy will generate. Ultra long life, lack of moving parts, quiet and relatively low price thermoelectric modules, they are a very attractive option for use in the field. Since the temperature above the ambient heat is transferred from wasted heat energy transferred to the surrounding environment can be used to produce electrical energy. In this study, a review of the development of Thermoelectric cooling briefly introduced first. Next, the Ceramic Tile Production Process has been summarized. To improve performance, have been described thermoelectric cooler modeling and numerical compact model. Finally, simulation results are presented. The electrical energy generated can be transmitted to electrical energy to the distribution network that the production process is simulated by MATLAB software.
Source: Innovative Energy & Research
Author: Ail Madani Mohammadi
Language: English
Subfield: Materials Chemistry
Field: Materials Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W2884749811