350W CIGS Thin Film Solar Flexible Panel For Multi-use Like Solar Car Boat RV Camping

Product Description

Product Description
Product Overview
Product Details
Light Thin Design

Light Thin Design

1.55kg weight, 1.4mm thickness, match various requirements for low-load projects

Connectors

Connectors

With 90mm cable (or customized) MC4 connectors

Strong Load-Bearing

Strong Load-Bearing

Cells are connected through conductive foil without soldering, 2D encapsulation structure, easily supporting 50kg

Specification Chart
Performance Graph
Structural Details
Our Factory
Factory Overview
Packing & Delivery
Packaging Methods
Project
Project Case Study
Certifications
Certificates
Exhibition
Exhibition Booth
Exhibition Display
Exhibition Product Show
Client Interaction
Frequently Asked Questions

Q: What are the benefits of the ultra-light and thin design of these solar panels?

Our solar panels feature a highly lightweight profile weighing only 1.55kg and measuring 1.4mm in thickness. This construction makes them ideal for low-load projects and roofs that cannot support standard heavy panels.

Q: What type of connectors and cables do these solar panels use?

Each panel is equipped with standard MC4 connectors and comes with a 90mm cable. Custom cable lengths are also available upon request to fit your specific layout needs.

Q: How durable are these panels despite being so thin?

Thanks to their advanced 2D encapsulation structure and solder-free conductive foil cell connections, these lightweight panels easily support a strong load-bearing capacity of up to 50kg.

Q: Are the solar panels certified for international safety and quality standards?

Yes, our products undergo extensive testing and hold certifications matching international industrial standards, ensuring long-term safety, efficiency, and reliable power output.

Q: How are the panels packaged for shipping and delivery?

We use professional, secure packaging structures optimized for transport to protect the lightweight solar modules during shipping, minimizing the risk of damage during transit.

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