410W Full All Black Mono Solar Panel Stocked PV Panels Solar Modules Solar Energy Power Panels

• After-sales Service: Support
• Warranty: 25 Years
• Number of Cells: 36pcs
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Application: Industrial
• Condition: New
• Certification: EST, ISO, CE
• Material: Monocrystalline Silicon
• Type: Perc, Half Cell, All Black, Prec Half Cut Solar PA
• Certificate: CE TUV
• Panel Efficiency: 19~20.7%
• No. of Cell: 120;132;144;156
• Application Level: Class a
• Panel Dimensions: 1684*1002*35mm
• Junction Box: IP68, 3 Diodes
• Weight: 23 Kg
• Transport Package: Pallet
• Specification: 182mmx182mm, 166mmx166mm
• Trademark: lovsun
• Origin: China
• HS Code: 8541402000
• Production Capacity: 50000000 Watt/Watts Per Month

Product Description

Product Description

 

Electrical Data

166mm Series(STC)
Model	LS166 360-375W HB	LS166 395-410W HB	LS166 435-450W HB
Numbers of solar cells	120(60*2)	132(66*2)	144(72*2)
Power Tolerance	0~+5W
Maximum power range(Pmax)	360W-375W	395W-410W	435W-450W
Open Circuit Voltage (Voc)	40.79V-41.37V	45.56V-46.23V	49.4V-49.98V
Short Circuit Current (Isc)	11.18A-11.42A	11.19A-11.39A	11.36A-11.54A
Voltage at Maximum power (Vmpp)	33.71V-34.34V	36.93V-37.64V	40.81V-41.4V
Current Maximum Power (Impp)	10.68A-10.92A	10.70A-10.89A	10.66A-10.87A
MODULE EFFICIENCY (%)	19.73-20.55	19.75-20.5	19.98-20.67

182mm Series(STC)
Model	LS182 485-500W HB	LS182 530-545W HB	LS182 575-590W HB
Numbers of solar cells	132(66*2)	144(72*2)	156(78*2)
Power Tolerance	0~+5W
Maximum power range(Pmax)	485W-500W	530W-545W	575W-590W
Open Circuit Voltage (Voc)	48.34V-48.83V	49.74V-50.18V	50.45V-51.02V
Short Circuit Current (Isc)	12.99A-13.2A	13.62A-13.83A	14.41A-14.57A
Voltage at Maximum power (Vmpp)	40.08V-40.62V	41.63V-42.12V	43.04V-43.48V
Current Maximum Power (Impp)	12.10A-12.31A	12.73A-12.94A	13.36A-13.57A
MODULE EFFICIENCY (%)	20.42-21.06	20.51-21.09	20.57-21.11

STC: Irradiance 1000W/m², cell temperature 25ºC,AM1.5G

Temperature Ratings ( STC )

Temperature Coefficient of Isc +0.05%/C 

Temperature Coefficient of Voc  -0.28%/C

Temperature Coefficient of Pmax -0.36%/C
 

Mechanical Loading

Front Side Maximum Static Loading 5400Pa Rear Side Maximum Static Loading 2400Pa Operating Module Temperature -40ºC to + 85ºC
 

Details Images

Laser Half Cut Cell

*Solid PID resistance ensured by solar cell

*process optimization and careful module BOM selection

*Laser accurately cut

* Both 6BB&9BB available

 

Junction Box

*Standard photovoltaic cable, dedicated photovoltaic MC4 connector

*Waterproof grade IP68

*Good heat dissipation performance, low loss, long service life

Black aluminum frame

Heavy thickness anodized aluminum alloy, passed the salt spay test, for long-term outside use

Black backsheet

It protects and supports the solar cells, with reliable insulation, water resistance, and aging resistance

 

Pack&shipping

 

Model	LS166 360-375W HB	LS166 395-410W HB	LS166 435-450W HB
Pieces per pallet	31Pieces	31Pieces	31Pieces
20'GP Container	186Pieces/6pallet	186Pieces/6pallet	155Pieces/5pallet
40'HQ Container	806Pieces/26pallet	744Pieces/24pallet	682Pieces/22pallet

 

Model	LS182 485-500W HB	LS182 530-545W HB	LS182 575-590W HB
Pieces per pallet	31Pieces	31Pieces	31Pieces
20'GP Container	155Pieces/5pallet	155Pieces/5pallet	124Pieces/4pallet
40'HQ Container	682Pieces/22pallet	620Pieces/20pallet	496Pieces/16pallet

Residential&Commercial Projects

 

 

Our Technology

Half-Cut Cell + Twin Panel Technology

Half-cut cell + twin panel technology consists in cutting the solar cell in half by non destructive cutting infrared laser and splits the conventional layout of 3 cell-strings in 1 electric circuit into the innovative layout of 6 cell-strings + 2 electric circuits in a PV module.
 

This technology halves the electric current of the cell and reduces effectively the internal electric resistance on the cell ribbon and increases the module power by 2%. The twin panel design minimizes the power loss in shading conditions, hence improves the system mismatch and heightens the efficiency of the PV system.

 

Lower Hot Spot Temperature

By halving the electric current of both the cells and the cell-strings, the hot spot temperature can be reduced by 50%, which enhances the reliability of the PV module.

Lower Shading Loss

The twin section layout of the cell strings in a PV module enables the module to continue to produce at least 50% of the overall energy even when one part of the module or the cell string is shaded.

 

Multi-busbar Technology

In comparison with the conventional 5 busbar design, the innovative multi-busbar design on the cell can shorten the current collection transverse path by 50% and thereby reduce remarkably the cell internal resistance, which contributes a 1% - 1.5% increase in the power output compared with 5 busbar design.
The MBB design can also mitigate the performance loss caused by blocked electrical pathways in case of cell microcracks and finger electrode erosion due to external factors.

Another advantage of the MBB design is the improved light absorption thanks to the round ribbon application. In comparison with the traditional flat ribbon of 5BB, the round ribbon can increase the light utilization by 1% - 1.5%.

Tina Chen