The ballasted solar roof mounting kit is a versatile Flat Roof Mounting System for PV modules that can be customized to suit different needs.
Material:
Aluminum & Stainless SteelSnow Load:
Up to 1.4KN/m2Wind Load:
Up to 216km/hStandard:
AS/NZS, JIS, CEand othersCertification:
CE/ISO9001Tilt Angle:
CustomizedPanel Orientation:
CustomizedWarranty:
10 yearsService Life:
20 yearsShipping Port:
Port of XiamenDescription:
The ballasted solar roof mounting kit is a versatile Flat Roof Mounting System for PV modules that can be customized to suit different needs. It features a common angle of 10 degrees and is made of durable AL6005-T5 aluminum. This system does not require drilling and can be installed using a cement pier foundation. The solar roof mounting bracket is designed to be flexible and can accommodate various solar panel mounting directions. Additionally, the inclusion of a wind deflector enhances the stability of the bracket, making it suitable for use in areas with high wind speeds. The entire structure is straightforward to assemble, making it a convenient choice for solar panel installation.
Details:
Material: Aluminum Alloy
Type: Roof Ballast Bracket
Color: Silver
Snow Load: 1.4 Kn/M2
Wind Speed: 60 M/S
Surface Treatment: Anodized
Component: AL6005-T5
Parts: AL6005-T5/SUS304
Advantages :
1. Reduced risk of roof damage: By not requiring penetrations into the roof, ballasted systems minimize the risk of leaks and other damage.
2. Quick and easy installation: The simplicity of installation without complex mounting hardware or specialized equipment makes ballasted systems efficient.
3. Cost-effectiveness: The use of heavy weights for securing the solar panels can make ballasted systems more cost-effective compared to other installation methods.
4. Flexibility: The ease of removal and reinstallation makes ballasted systems a flexible option for both temporary and permanent solar panel installations.
Additionally, the high strength of AL-6005-T5, meeting European design standards, further enhances the reliability and performance of ballasted solar systems.