Solar Cell R&D
Leading solar cell research and development, focusing on advancing photovoltaic technology, exploring new materials like HJT and Perovskite, and optimizing cell performance. We drive innovation to create more efficient, sustainable energy solutions, meeting future energy demands with cutting-edge technology.
Cell Metrology
Cell Spot
Budget-Priced EL/PL System
1 or more Photoluminescence Light Sources Power Supply for Light Sources EL-PL Camera with Filters Lightproof Enclosure
EL/ Pl System
Measure:
– contact resistivity
-line resistance
-sheet and bulk resistivity
– Conductive adhesives
Pan EL
EL Imaging of cell defects – Cracks in silicon solar cells
-Cell processing defects (e.g. broken fingers)
-Silicon quality (lifetime) variations
-Wire soldering problems
-Potential Induced Degradation
-Thin-Film Shunting
Cell IV Testing
Auto IV Seter
This device is mainly used for automatic sorting and collect the IV characteristic curve with additonal functional of EL imaging of crystalline silicon photovoltaic cells.
Manual IV Tester
This device is mainly used to simulate sunlight and collect the volt ampere characteristic curve of crystalline silicon photovoltaic cells.
Power Plant Solutions
UVF System
Quickly see cell cracks on site
– UV Fluorescence quenched near cracks
– No need to disconnect modules
– 1000+ modules/hour
– Also available in a drone-mount kit
Travel EL
Electroluminescence imaging on field
-Cracks in silicon solar cells
-Wire soldering problems
-Wire breakage
-Potential Induced Degradation
-Thin-Film Shunting
Drone Spot
Advance inspection on field
-Cracked glass
-Bill of Material differences in backsheet & encapsulant
-Hot spots & encapsulant yellowing
-Gridline corrosion/delamination
-Sealing problems at edges & J-boxes