PSC SOLAR HJT Solar Cell 570Watt Mono Shingled ROOFING SOLAR PANELS

Name: PSC SOLAR HJT Solar Cell 570Watt Mono Shingled ROOFING SOLAR PANELS
SKU: 1355
Price: 189540 NGN
Availability: InStock

₦189,540

Product code:

Weight: 25.00kg

Dimensions: 2050.00mm x 1140.00mm x 35.00mm

PSC SOLAR HJT Solar Cell 570Watt Mono Shingled ROOFING SOLAR PANELS

DESCRIPTION:

Solar cell :HJT Solar Cell
Number of cells :72
Power range :550w-570w
Size :2056*1140*35mm
Certificate :TUV,CE
Lead time :10 days
Payment :T/T, L/C, Paypal, Western Union
Warranty :25 years

NO NEED FOR ALUMINUM OR ANY OTHER TYPE OF ROOFING SHEETS.

Compared with the normal module technology, the interconnected material of shingled module is different from that of normal module,
whose technology is simpler and more reliable, avoiding the defects such as deviation of ribbon and cold soldering.

Electrical Characteristics
Model	BSM550PM5-72SB	BSM560PM5-72SB	BSM570PM5-72SB
Max Power(Pmax) [W]	550	560	570
Open Circuit Voltage(Voc) [V]	47.9	48.1	48.3
Short Circuit Current(lsc) [A]	14.54	14.74	14.93
Max Power Voltage(Vmp) [V]	40.1	40.3	40.5
Max Power Current(lmp) [A]	13.72	13.9	14.07
Power Tolerance	0-5W
Max System Voltage	1500V/DC(IEC)
Max Series Fuse Rating	20A
Operating Temperature	-40 °C to + 85 °C
STC	Irradiance 1000W/m², cell temperature 25 C, AM1.5G

Introduction Of HJT Solar Cell Technology

HJT is the acronym for hetero-junction solar cells. As a N-type mono bifacial cell, it has the advantages of simple process, high power generation and low electricity cost,

which is considered as a potential successor to the popular PERC solar cell.

Solar Cells Technology Route— HJT Is The Future Of The Solar Cell Tech…

Solar Cells Technology Route— HJT Is The Future Of The Solar Cell Technology

Advantages Of Shingled Modules

*Under the load of IEC 5400Pa, shingled has no new micro-cracks, although both shingled module and half-cell module passed the test(attenuation < 5%).

*High load resisting capacity reduces the production of micro-crack during transportation and power station installation.

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