지붕 설치형 결정질 실리콘 태양전지모듈의 온도 특성

To expect accurately the maximum power of solar cell module under various installation conditions, it is required to know the performance characteristics like temperature dependence. Today, the PV (photovoltaic) market in Korea has been growing. Also BIPV (building integrated photovoltaic) systems are diversified and become popular. Hut thermal dependence of PV module is little known to customers and system installers. In IEC 61213, a regulation for testing the crystalline silicon solar cell module, the testing method is specified for modules. However there is limitation lor testing the module with diverse application examples. In extreme installation method, there is no air now between rear side or module and ambient, and it can induce temperature increase. In this paper, we studied the roof type installation or PV module on the surface or one axis tracker system. Vie measured temperature on every component of PV module and compared to open-rack structure. As a res Lilt, we provide the foundation that explains temperature characteristics and NOCT (nominal operation cell temperature) difference. The detail description will be specified as the following paper.