Product Details

72 watt Thin-film roll out flexible solar panels

Specification Data of Thin-film roll out flexible solar panels:

Power(±10%)	Pm (W)	72	144
Open circuit volt	Voc (V)	24.2	48.4
Short circuit current	Isc (A)	5.1	5.1
Voltage at Max Power	Vm (V)	17.60	35.20
Current at Max Power	Im (A)	4.09	4.09
Length(±5 mm/0.20in)	L (mm/in)	2741/107.9	5392/212.3
Width (±3 mm/0.12 in)	W (mm/in)	378/14.9	378/14.9
Weight	M (kg/lbs)	2.8/6.2	5.3/11.7
Thickness	T (mm/in)	1.5/0.06	1.5/0.06

Characteristics for system design:

Max System Voltage	600 V (US/Canada), 1000 V (Europe)
Series Fuse	10 A (UL 1703/US NEC), 8 A (Europe/IEC)
Temp Coefficient of Power	- 0.23 %/°C
Temp Coefficient of Voc	- 0.38 %/°C
Temp Coefficient of Isc	+0.12 %/°C
NOCT	51.5 °C
UL 1703 Fire Rating	Class A*

Non-adhesive film back, offers a wide options of installation methods for customers.

Thin-film roll out flexible solar panels are specifically designed for rooftop installations.
These products all use the bandgap-tuned triple-junction thin-film silicon solar cells.

We also welcomes inquiries for custom sized product.

Our Thin-film roll out flexible solar panels manufacturing process can allow us to offer custom product at relative low
minimum volumes.
Our Thin-film roll out flexible solar panels can be utilized for either on-grid or off-grid
applications and they come backed by our 25 year power-output warranty.

Our Thin-film roll out flexible solar panels are produced using the innovative and patented manufacturing process and
are designed to deliver high energy efficiency at a low cost for years to come.

Thin-film roll out flexible solar panels on stainless steel plates are manufactured by a roll-to-roll
process.Which allows the company to produce triple-junction thin-film silicon solar cells on rolls
of thin stainless steel substrates, three feet wide and up to one mile long. The long
stainless steel web is guided through a series of vacuum chambers for the deposition
of nine semiconductor layers using a plasma enhanced chemical vapor deposition
process, and back-reflector and top electrode layers using a sputtering process. The
combined thickness of the layers for the triple-junction solar cell is approximately one
hundredth of the thickness of a typical sheet of paper. Therefore, only a small amount of
silicon is used.