| Title |
Experimental Study of Standalone Cooling and Heating System using Thermoelectric Element for Vehicles |
| DOI |
http://dx.doi.org/10.6110/KJACR.2014.26.8.375 |
| Keywords |
열전소자 ; 독립형 열전 냉난방시스템 ; 제벡 효과성적 계수 Thermoelectric module ; Standalone thermoelectric system ; Seebeak effect ; Coefficient of performance |
| Abstract |
The purpose of this paper is to investigate the cooling and heating performance of a standalone-type thermoelectric system equipped with a thermoelectric module. The system consists of a blower and two thermoelectric modules with a fin, which is soldered onto both sides of the thermoelectric module and a courtesy light. The thermoelectric system experiment is conducted with the intake voltage to find the optimum cooling and heating performance of each. The results showed that the cooling capacity and coefficient of performance (COP) were 22 W and 0.31, and the heating capacity and COP were 147 W and 1.1, respectively. In the vehicle cooling and heating performance test in a climate wind tunnel, the results showed that the standalone thermoelectric system's cooling performance was slightly better than the base system; and the heating performance of the standalone thermoelectric system was 54.1°C and the COP was 1.3, compared to the base system. |