Function | Glass Curing Tunnel Oven |
Configuration | Independent temperature zone, heating and cooling |
Max. Temp. | 500℃ |
Length | 180meters |
Thermal Annealing of Perovskite Layers: During the fabrication of PSCs, the Perovskite layer must be annealed to form a uniform, crystalline structure that is crucial for high efficiency. This process often involves heating the substrate with the Perovskite layer to a controlled temperature for a specific amount of time.
Solvent Removal and Film Drying: After the deposition of the Perovskite layer, solvents used during the fabrication process need to be removed. The oven facilitates the evaporation of these solvents and ensures that the Perovskite layer is dried and solidified properly.
Crystallization and Film Formation: Perovskite films need to be crystallized through controlled heating to achieve the desired microstructure. The process affects the material’s electrical properties, so precise control of temperature, time, and atmosphere is critical.
Stability and Performance Optimization: Perovskite materials are sensitive to temperature, humidity, and other environmental factors. The oven helps ensure the stability of the material during processing to prevent defects and enhance the final performance of the solar cells