Description
Deepsen 210mm PERC Half Cell Solar Panel 505W
- Free Ships to the Worldwide from USA and Europe Warehouse
- Efficiency to 21.1%
- 25 Years Linear Power Warranty
Mechanical Specifications
- Dimensions: 2185x1098x35mm
- Weight: 26.5KG
- Solar Cells: Mono Crystalline 210mm(5x30pcs)
- Front Glass: AR Coated 3.2 mm tempered glass
- Frame: Anodized aluminum alloy
- Junction Box: IP68
- Output Cables: 4.0mm², 50cm (+), 50cm (-), length can be customized
- Connector: MC4 Compatible
- Mechanical Load: Front Side Max. 5400Pa, Rear Side Max 2400 Pa
Temperature Characteristics
- Pmax Temperature Coefficient: -0.362%/℃
- Voc Temperature Coefficient: -0.262%/℃
- Isc Temperature Coefficient: +0.042%/℃
- Operating Temperature: -40~+85℃
- Nominal Operating Cell Temperature(NOCT): 45±2℃
Packing Configuration
Container: 20GP 40HQ
Pieces per Pallet: 31
Pallets per Container: 20
Pieces per Container: 620
PERC 210mm Solar Cell 670W Solar Panel’s efficiency up to 21.6%
Deepsen 210mm large-size silicon wafer and mono perc solar cell,Deepsen 210mm solar panel comes with several innovative design features allowing high power output to 670W, Excellent temperature coefficient and low irradiation performance brings the greater power.Futher more, benefit form high-density encapsulation technology, the efficiency of 210mm solar panel can reach up tp 21.6%
1.High Reliability
With stronger resistance against hotspots and excessive temperature, Deepsen solar panel maintian high reliability. Deepsen optimized the frame design of the 210mm large module, which allows for better load performance and suits for various scenarios
2.MBB Technology
Deepsen 210mm Solar Panel adopts 12BB technology. More busbars of the cell decrease the current transverse propagation path by 50%, effectively reduce the internal loss, and improve power of solar panels
Low-voltage Higher Solar Panel String Power Output
Based on the aim of improving system efficiency and reducing the balance of system costs, Deepsen Solar’s reseach and development team has introduced and innovative design of low-voltage and higher module string power output
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