136W Thin Film Amorphous Silicon Flexible Solar Panel

Type			PVL136    22L
Standard Test Conditions - ( 1000 W/m²,  AM 1.5,  25¡ãC Cell Temperature )
Maximum Power	Pmax	(W)	136
Voltage at Pmax	Vmp	(V)	33
Current at Pmax	Imp	(A)	4.1
Short-circuit Current	Isc	(A)	5.1
Open-circuit Voltage	Voc	(V)	46.2
Nominal Operating Cell Temperature - ( 800 W/m²,  AM 1.5, 1 m/sec. wind , 46¡ãC )
Maximum Power	Pmax	(W)	105
Voltage at Pmax	Vmp	(V)	30.8
Current at Pmax	Imp	(A)	3.42
Short-circuit Current	Isc	(A)	4.1
Open-circuit Voltage	Voc	(V)	42.2
Length	¡¡	mm	5486
Width	¡¡	mm	394
Area	A	m²	2.16
Power density unit area	¦Ñp-A	W/m²	62.92
Weight	W	Kg	7.7
Power density unit weight	¦Ñp-w	W/Kg	17.66
Cell Area (356¡Á239)	Acell	m²	1.8718
Available Area (336¡Á239)	AAA	m²	1.7667
Available Area Efficiency	¦ÇAAE	%	7.70%
Module Efficiency	¦Çmodul	%	6.3%

Performance Characteristcs:

Encapsulation: Durable ETFE high light-transmissive polymer

Adhesive: Ethylene propylene copolymer adhesive sealant with microbial inhibitor

Cell Type: triple junction amorphous silicon solar cells

Qualifications and Safety: Listed by Underwriter¡¯s Laboratories for electrical and fire safety

(Class A Max. Slope 2/12, Class B Max Slope 3/12, Class C Unlimited Slope fire ratings) for use in systems up to 600 VDC.

Output Cables:2.5 mm2 cable with weatherproof DC-rated quick-connect terminals 560 mm length

Feature:

High Temperature and Low Light Performance

25 Year Warranty on Power Output at 80%

Quick-Connect Terminals and Adhesive Backing

Bypass Diodes for Shadow Tolerance

UL 1703 Listed to 600 VDC, IEC 61646 v1 certified, IEC 61646 v2 and 61730, TUV certification pending

Advantages:

1. Flexible

V-laminates offer freedom of design to architects as they can even conform to curved surfaces and hence are meeting the

increasing demand for aesthetically pleasing building integrated PV (BIPV).

2. Lightweight

Lightweight PV laminates are particularly suited for retrofitting of existing buildings or applications, where additional weight and/or

wind load are critical to the statics of a building or structure.

3. No-Glass

No Glass PV-laminates in ground-mounted PV installations reduce sub-construction requirements and total system costs substantially.

4. Durable

Durable PV-products encapsulated in UV stabilized, weatherresistant polymers have proven themselves over decades under the most

extreme conditions imaginable, including satellites, ocean buoys and military applications.

5. Shadow Tolerant

Shadow tolerant PV products offer higher outdoor performance in low and diffuse light conditions due to higher absorption of light in the

blue wavelength range. The thin film PV Solar Panels can deliver power even when partially shaded or soiled.

6. High Temperature Performance

Thin Film Flexible PV products render better energy yield at high module temperatures and in warm climates. Under real outdoor conditions,

module temperature can be up to 80 celsius degree, especially if they are building integrated and directly in the sun.

At these temperatures, the thin film PV-products can yield up to 20 % more electricity compared to conventional crystalline solar modules of

the same power rating.

7. More KWh-higher ROI

Thin film flexible PV products achieve higher kWh energy output per Wp installed than most

conventional crystalline products. Make the most out of your photovoltaic investment.