【Product introduction】
Cell	Mono 156.75mm HJT bifacial
No. of cells	60（6×10）
Rated Maximum Power(Pmax)	320W
Junction Box	IP68
Maximum System Voltage	1000V/1500V DC(IEC)
Operating Temperature	-40℃～+85℃
Dimensions	1658mm×992mm×5mm
Weight	20kg±3%

【Product description】

Photovoltaic systems using heterojunction technology (HJT) modules outperform any other PV systems which will help PV power to survive without feed-in tariffs and be competitive with grid electricity costs.

Therefore levelised cost of electricity (LCOE) is one of the primary metrics for the cost of electricity produced by both utility scale and distributed power systems. The fastest path to lower LCOE is to introduce high efficiency solar cell concepts like the heterojunction technology (HJT).

Bifacial BIPV HJT solar panel achieves high power of 320W.

The compact and lightweight dual-glass module with 2.0mm tempered glass was successfully developed in 2014. Now, thinner, lighter dual-glass module with 1.6mm tempered glass encapsulated with high efficiency HJT solar cell can be produced. Due to the material and structure characteristics, dual-glass module fundamentally avoid defects such as PID, micro cracks of cells, and snail trail ,which can reduce the investment cost, transport cost and the operation risk of power plants, etc.

60 cells 320W dual glass HJT solar pv panel R

1 KEY FEATURES

2 MECHANICAL DIAGRAMS

Dimension of 60 cells 320W dual glass HJT solar pv panel 300250

3 ELECTRICAL PARAMETERS at STC

Rated Maximum Power(Pmax) [W]	305	310	315	320
Open Circuit Voltage(Voc) [V]	39.85	40.15	40.46	40.86
Maximum Power Voltage(Vmp) [V]	33.23	33.59	33.92	34.25
Short Circuit Current(Isc) [A]	9.73	9.77	9.84	9.89
Maximum Power Current(Imp) [A]	9.18	9.23	9.29	9.35
Module Efficiency [%]	18.5	18.8	19.2	19.5
Power Tolerance	0~+5W
Temperature Coefficient of Isc(α_Isc)	0.048%/℃
Temperature Coefficient of Voc(β_Voc)	-0.271%/℃
Temperature Coefficient of Pmax(γ_Pmp)	-0.336%/℃
STC	Irradiance 1000W/m², cell temperature 25℃, AM1.5G

Frame: the aluminum alloy frame has high strength and strong resistance to mechanical impact. It is also the most valuable part of the solar photovoltaic system. Its function is the solar radiation capacity into electricity, or sent to storage batteries, or to promote the load work.

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