Sinoltech Thin Film CIGS 230W Flexible Solar PV Panel (FLEX-03M 230W)

1 / 5

Sinoltech Thin Film CIGS 230W Flexible Solar PV Panel (FLEX-03M 230W)

Still deciding? Get samples of $ !

Request Sample

Send Inquiry

Product Description

📊

Basic Information

Model NO.

FLEX-03M 230W

Application

Industrial

Condition

New

Certification

Material

Copper Indium Gallium Selenide

Product Name

Thin Film CIGS 230W Flexible Solar PV Panel

Capacity Rating

230W

Voltage (Vmpp)

19.4V

Current (Impp)

11.9A

Open Circuit Voltage

24.2V

Short Circuit Current

13.7A

Dimensions

1710mm x 973mm

Max Thickness

2.5mm

Weight

3.4 Kg (without adhesive)

HS Code

8541430000

💡

Technology & Production

CIGS Technology: Our flexible solar panel adopts Copper Indium Gallium Selenide (CIGS) technology, which has an aperture efficiency as high as 17%, rivaling that of rigid glass panels.

Production Process: We begin with high-grade stainless steel foil and use an advanced semiconductor deposition process, PVD, to produce the most controlled, stable, and powerful flexible stainless steel CIGS cell. The structure is protected by special transparent conductive oxides and a specialized plastic-cell interconnect mesh-wire system. A transparent water barrier and a backsheet with internal aluminum film prevent water transmission, ensuring long-term durability.

🚀

Key Benefits

Light weight: Less than 2.4 kg/m². Ideal for structures with low load limitations like RVs, trucks, and buildings with snow load concerns.
High Efficiency: Highest efficiency flexible thin-film CIGS modules in production, providing over four times the power generation per kilogram of silicon.
Easy Installation: Peel-and-stick application eliminates roof penetrations, reducing leak risks and lowering installation complexity.
Flexibility: Conforms to curved surfaces, enabling power generation where traditional rigid panels cannot be installed.
Disaster Resistance: Thin (2.5mm) profile provides excellent wind and seismic resistance. Shatterproof design ensures safety from debris.
Reliability: Unique redundant interconnect design enables industry-leading reliability.

⚙️

Electrical & Mechanical Data

Parameter	Unit	210W	220W	230W	240W
Tolerance of Pmax	%	+10 / -0%	+10 / -0%	+10 / -0%	+10 / -0%
Aperture Efficiency	%	14.2%	14.9%	15.6%	16.3%
Max Power Voltage (Vmpp)	V	18.1V	18.8V	19.4V	20.0V
Max Power Current (Impp)	A	11.6A	11.8A	11.9A	12.0A
Open Circuit Voltage (Voc)	V	23.2V	23.7V	24.2V	24.7V
Short Circuit Current (Isc)	A	14.0A	13.9A	13.7A	13.6A

Mechanical Specifications (FLEX-03M-1.7M Series)
Length	1710mm
Width	973mm
Max Thickness at J-Box	17mm
Weight (without adhesive)	3.4 kg
Weight (with adhesive)	4.0 kg
Junction Box Type	IP68
Cable Connections	Amphenol H4
Cell Type	CIGS

📸

Product Gallery

🏠

Applications

Membrane Roofing Solutions: These CIGS flexible panels are specifically designed for membrane roofing and curved surfaces.

❓

Frequently Asked Questions

What makes CIGS technology different from traditional panels?

CIGS (Copper Indium Gallium Selenide) technology allows for high efficiency in a flexible, thin-film format, offering a superior power-to-weight ratio compared to traditional rigid silicon panels.

How are these flexible panels installed?

They feature a "peel-and-stick" application using a factory-applied adhesive, which eliminates the need for mechanical penetrations, racks, or ballast.

Are these panels suitable for mobile applications like RVs or trucks?

Yes, their low weight (less than 2.4 kg/m²) and ability to conform to curved surfaces make them ideal for transportation and non-traditional structures.

How do these panels handle extreme weather conditions?

The panels are shatterproof and provide excellent wind and seismic resistance because they bond directly to the surface. They won't break if struck by debris.

What is the warranty for these CIGS flexible solar panels?

The modules come with a 5-year workmanship warranty and a 10/25 year warranty against power loss.

Do bypass diodes help with shading issues?

Yes, integrated bypass diodes are used to reduce PV system shading losses, ensuring more consistent power generation.