Ultrasonic Perovskite Batteries Coating System FS2000-15
Advantage
Product Configuration
-
Conventional Arrangement
1. Ultrasonic nozzle: optional 20-200Khz multiple nozzle systems
2. Ultrasonic power supply: fully CNC precision power supply, fully intelligent frequency following, frequency tracking, stable performance
3. Liquid supply equipment: precision injection pump+biological grade sampler, liquid supply accuracy of 0.1 μ L/min
4. Sports system: XYZ three-axis imported servo motor+fully enclosed precision screw module
5. Operating System: Based on the Windows system, FUNSONIC independently developed a spraying control system, PLC control, and full-color touch screen
-
Optional Configuration
1. Ultrasonic dispersion liquid supply system: It can continuously disperse and stir nanoparticles during the spraying process, effectively reducing the precipitation phenomenon of the spraying liquid and greatly improving the uniformity of the film layer
2. Heating and drying platform: using aviation aluminum porous platform or precision microporous ceramic platform, precise temperature control of 200 ℃ (higher heating temperature can be customized)
3. Vacuum adsorption platform: equipped with multiple vacuum generators, can be controlled by zones, and accurately adsorbs film substrates without deformation.
4. Nozzle alignment device: using laser alignment to quickly align the material spraying position.
We can also customize other configurations according to your needs.
Product Application
1.Active layer spraying: Ultrasonic spraying can be used to spray perovskite materials, related electron and hole transport materials onto the battery substrate, forming an active layer for photoelectric conversion. Ultrasonic spraying technology can achieve high-quality spraying at lower temperatures, which helps to improve the performance of perovskite solar cells.
2.Interface modification: Ultrasonic spraying can also be used to form an interface modification layer between perovskite materials and battery substrates. These modification layers can improve the interface contact and charge transfer efficiency between materials, thereby enhancing the efficiency and stability of perovskite solar cells.
3.Sealing layer spraying: Ultrasonic spraying technology can also be used to spray protective sealing layers on perovskite solar cells. These sealing layers can prevent damage to perovskite materials from moisture, oxygen, and other external environmental factors, improving the long-term stability and durability of batteries.
The application of ultrasonic spraying technology in the preparation of perovskite solar cells can improve the efficiency and controllability of the preparation process, as well as improve the performance and stability of the cells.
