A Study on the Performance of 100 W Thermoelectric Power Generation Module for Solar Hot Water System
Year: 2019
Type: article
Abstract: Solar hot water system produces hot water using solar energy. If it is not used effectively, overheating occurs during the summer. Therefore, a lot of research is being done to solve this. This study develops thermoelectric power module applicable to solar hot water system. A thermoelectric material can directly convert thermal energy into electrical energy without additional power generation devices. If there is a temperature difference between high and low temperature, it generate power by Seebeck effect. The thermoelectric module generates electricity using temperature differences through the heat exchange of hot and cold water. The water used for cooling is heated and stored as hot water as it passes through the module. It can prevent overheating of Solar hot water system while producing power. The thermoelectric module consists of one absorption and two radiation part. There path is designed in the form of a water jacket. As a result, a temperature of the absorption part was 134.2°C and the radiation part was 48.6°C. The temperature difference between the absorption and radiation was 85.6°C. Also, The Thermoelectric module produced about 122 W of irradiation at 708 W/m2. At this time, power generation efficiency was 2.62% and hot water conversion efficiency was 62.46%.
Institution: Korea Institute of Energy Research
Language: English
Subfield: Materials Chemistry
Field: Materials Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W3124910133