Research Center for Thin Film Solar Cell
The current silicon cells have low absorption coefficients, making high-quality crystalline materials essential. Additionally, silicon solar cells are not flexible, making it difficult to apply them in various solar power generation fields. However, thin film solar cells with high absorption coefficients(Cu-In-Ga-Se, Cu-Zn-Sn-SSe) can be implemented on lightweight and flexible substrates, enabling integration into buildings, vehicles, and contributing to various solar power generation applications.
Our research center aims to secure world-class thin film solar cell technology through the development of cadmium telluride-based thin film solar cell absorber layers and devices. Furthermore, we seek to apply thin film solar cell technology using flexible and lightweight substrates for integrated solar panels in buildings and vehicles.
- Development of world-class cadmium telluride-based thin film solar cell devices.
- Development of high-quality cadmium telluride-based thin film solar cell absorber layers.
- Development of flexible and lightweight thin film solar cell technology for integrated applications in buildings and vehicles.
- Development of high-quality cadmium telluride-based thin film solar cell absorber layers
- Development of process technologies for forming high-quality absorber layers.
- Understanding of absorber layers through analysis of microstructure, secondary phases, defects, electrical, crystalline structure, and optical properties.
- Development of high-quality cadmium telluride-based thin film solar cell devices
- Development of process technologies for fabricating high-quality devices.
- Understanding of devices through analysis of electrical, spectroscopic, interface/bulk defects.
- Development of high-quality cadmium telluride-based flexible thin film solar cells
- Development of flexible thin film solar cells based on lightweight polymer/metal foil substrates.
Jin-Kyu Kang
+82-53-785-3700
apollon@dgist.ac.kr