FGNEX 310-330W MWT Mono PERC Flexible Solar Module

Temperature Coefficient

Nominal Module Operating Temperature

Temperature coefficient of Pmax

Tomporaturo coofficiont of Voc

Temperature coefficient of lsc

FGNEX ultra-flexible and ultra-thin silicon wafers use advanced organic polymer packaging materials, with a minimum bending radius of 0.25m, a thickness of 1.4mm, and a weight of 4.3kg, which are at the leading level in the photovoltaic industry.

Introduction

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FGNEX ultra-flexible and ultra-thin silicon wafers use advanced organic polymer packaging materials, with a minimum bending radius of 0.25m, a thickness of 1.4mm, and a weight of 4.3kg, which are at the leading level in the photovoltaic industry.

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In addition, MWT back contact batteries and modules adopt bus-free design, which is more efficient, so the shape and installation of BIPV applications are further integrated with the building.

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In order to protect the environment, we adopt environmentally-friendly photovoltaic design to achieve lead-free MWT modules without soldering materials.

Feature

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Ultra-Flexible: Ultra-thin silicon wafers with advanced organic polymer encapsulation materials, minimum bending radius reach 0.25m

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Light, Thin Design: 1.4mm thickness,4.3kg weight, leading level in PV industry

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High Efficiency: MWT back contact cell and modules with busbar-free design and higher efficiency

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BIPV Application: Further integrate with buildings in terms of shape and installation for BIPV application

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Lead Free: Eco-friendly PV design achieves Lead-free MWT module without soldering materials

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High Reliability: Conductive back sheet 2D encapsulation without soldering, resulted lower degradation under multiple extreme testing condition

Parameter

Electrical Characteristics at Standard Test Conditions(STC)
Spec/Model	Unit	SPP310M60S	SPP315M60S	SPP320M60S	SPP325M60S	SPP330M60S
Max-Power(Pm)	W	310	315	320	325	330
Power Tolerance	W	0-+5
Max-Power Voltage(Vm)	V	32.8	33.0	33.2	33.4	33.6
Max-Power Current(lm)	A	9.45	9.55	9.64	9.73	9.82
Open-Circuit Voltage(Voc)	V	39.9	40.1	40.3	40.5	40.7
Short-Circuit Current(lsc)	A	9.83	9.90	9.99	10.08	10.2
Effective Module Efficiency(n	m) %	20.22	20.55	20.88	21.20	21.53
STC:AM=1.5,Irradiation 100W/㎡,Module Temperature 25°℃

Electrical Characterstics at Nominal Module Operating Temperature(NMOT)
Spec/Model	Unit	SPP310M60S	SPP315M60S	SPP320M60S	SPP325M60S	SPP330M60S
Max-Power(Pm)	W	232	236	240	244	248
Max-Power Voltage(Vm)	V	30.0	30.2	30.4	30.6	30.8
Max-Power Current(lm)	A	7.73	7.81	7.89	7.97	8.05
Open-Circuit Voltage(Voc)	V	36.5	36.6	36.7	36.8	36.9
Short-Circuit Current(lsc)	A	8.05	8.12	8.20	8.30	8.41
NMOT:Irradiation 800W/㎡,Ambient temperature 20℃,Wind Speed 1m/s

Mechanical Characteristics
Effective Module Dimension(LxW)	1598.75mmx958.75mm
Module Installation Dimension(LxWxH)	1675mmx1020mmx1.4mm
Weight	4.3kg
Back material	Back Sheet(white,transparent,black)
Cell(quantity/material/type/dimensions)	60(10×6)/Monocrystalline/158.75mm
Encapsulant	EVA/POE
Frame	None
Junction box(protection degree)	IP68
Cable(length/cross-section area)	Customizable/4mm
Connector	MC4 Compatible
Mounting Hole	Aperture 5mm