Welcome to the world’s most advanced solar cell product directory. Panel manufacturers can use our advanced technical filters to find the exact PV cells that match their needs. We have collated cell data from manufacturers from all around the world into a common template, allowing you to compare and review cells easily. Finally, please also note that at the top of the page you can switch between browsing whole series of cells or individual cells models.
Cell type: | PERC | Cell Efficiency: | -- |
Power Range: | Wp | Cell Thickness: | 150 µm |
Region: |
China
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Dimensions: | 158.75×158.75 mm |
High conversion efficiencies resulting in superior power output performance
Outstanding power output even in low light or high-temperature conditions
Optimized design for ease of soldering and lamination
Long-term stability, reliability and performance
Low breakage rate
Cell type: | Monocrystalline | Cell Efficiency: | 21.3 ~ 22.6 % |
Power Range: | 5.37 ~ 5.7 Wp | Cell Thickness: | 190 ~ 200 µm |
Region: |
China
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Dimensions: | 158.75×158.75 mm |
● High conversion efficiency gives superior Power output performance
● Outstanding Power output even in low light or high temperature conditions
● Optimized design for ease of soldering and lamination
● Long-term stability, reliability and performance
● Low breakage rate
● Uniform color
Cell type: | HJT | Cell Efficiency: | 22.70 ~ 24.70 % |
Power Range: | 5.72 ~ 5.97 Wp | Cell Thickness: | 180 µm |
Region: |
China
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Dimensions: | 158.75×158.75 mm |
1. PERC+SE Technique
2. Both sides can generate electricity
3. High conversion efficiency, average cell efficiency is 22.3%, highest efficiency is 22.8%
4. Long term efficiency, stability and excellent reliability
5. Low breakage rate and Low LID rate
6. Good color uniformity
Cell type: | Monocrystalline | Cell Efficiency: | 21.5 ~ 22.8 % |
Power Range: | 5.42 ~ 5.72 Wp | Cell Thickness: | 170 µm |
Region: |
China
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Dimensions: | 158.75×158.75 mm |
· The accuracy of efficiency test is controlled within ±0.1%.
· Electrical performance, appearance, EL 100% automatic inspection.
Cell type: | Polycrystalline | Cell Efficiency: | 18 ~ 19 % |
Power Range: | 4.42 ~ 4.67 Wp | Cell Thickness: | 200 µm |
Region: |
China
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Dimensions: | 156.75×156.75 mm |
High conversion efficiency
High reliability
Uniform electrical properties, stable process
The electrical performance mismatch of the battery is low during the assembly process of the module
Cell type: | Monocrystalline | Cell Efficiency: | 21.4 ~ 23.5 % |
Power Range: | 7.065 ~ 7.759 Wp | Cell Thickness: | -- |
Region: |
China
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Dimensions: | 182x182 mm |
High conversion efficiency of up to 23.5%
Excellent PID resistance
Positive tight power tolerance
Dual stage 100% EL Inspection warranting defect-free product
Cell type: | PERC | Cell Efficiency: | 21.5 ~ 23.2 % |
Power Range: | 5.89 ~ 6.36 Wp | Cell Thickness: | 190 µm |
Region: |
China
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Dimensions: | 166×166 mm |
High conversion efficiency
Outstanding power output
Optimized design
Long-term stability & reliability
Low breakage rate
Uniform color
Cell type: | Monocrystalline | Cell Efficiency: | 20.7 ~ 22.3 % |
Power Range: | 5.22 ~ 5.62 Wp | Cell Thickness: | 180 µm |
Region: |
Cambodia
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Dimensions: | 158.75×158.75 mm |
Cambodia production base
High-efficiency solar cell ensures high performance of the solar module and creates maximum power output.
Stable electrical properties.
PERC technology is also available.
100% checked for reverse current and visual appearance.
Cell type: | TOPCon | Cell Efficiency: | 23.8 ~ 25.1 % |
Power Range: | 7.86 ~ 8.29 Wp | Cell Thickness: | 140 µm |
Region: |
China
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Dimensions: | 182x182 mm |
Warehouse: |
Suzhou![]() |
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Stock: | 3,000 Pieces |
Incorporates TOPCon technology
Utilizes bifacial layout to capture sunlight from both sides
Features half-cut cells
Utilizes 16 busbars in a fork-like shape
Applies silicon nitride anti-reflective coating
Cell type: | Monocrystalline | Cell Efficiency: | 21.6 ~ 23.2 % |
Power Range: | 5.44 ~ 7.66 Wp | Cell Thickness: | 175 µm |
Region: |
China
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Dimensions: | 182x182 mm |
1. High conversion efficiencies resulting in superior power output performance
2. Outstanding power output even in low light or high-temperature conditions
3. Optimized design for ease of soldering and lamination
4. Long-term stability, reliability and performance
5. Low breakage rate
6. Uniform color