Thin Film Solar Standing Seam Roof

Unisolar panels are 15 5 inches wide and fit perfectly into a 16 standing seam panels and are attached or laminated with special butyl adhesive that is on the back of each uni solar pv panel.

Thin film solar standing seam roof.

When applied directly to a dark colored standing seam metal roof flexible thin film pv is hardly discernible. Thin film solar panel manufacturer sunflare has released a new module that nestles in between seams of a metal standing seam roof the powerfit 20. Uni solar is the most well known manufacturer of thin film solar for standing seam roofs. One of the latest technological innovations in solar metal roofing is the integration of thin film pv solar laminates with standing seam metal panels through the use of a peel and stick method.

Unisolar thin film pv laminates were originally designed to fit into and be integrated with standing seam metal roof panels. The 60 w cigs panels come with butyl adhesive backing that peel and stick to the metal roof. Thin film laminates are designed to stick onto the 16 inch wide standing seam metal panels by removing the peel and sticking the laminates coated in adhesive over the metal panel in between the seams. Thin film pv systems are flexible lightweight and adhere directly to the pan of a metal standing seam roof.

Integrating your standing seam metal roof with thin film pv solar laminates simplicity is the ultimate sophistication. Thin film pv solar laminates are designed specifically for energy efficient and long lasting standing seam metal roofs. The real issue is which one of the two most popular solar rooftop photovoltaic pv technologies you will recommend for your project the more traditional crystalline photovoltaic array or the more flexible pv laminate thin film systems. The solar panels are about 15 5 wide so uni solar recommends at least 16 between roof seams p 13.

Metal roofing provides the best platform for the building integrated photovoltaic bipv system. Because of its low profile and uniform color thin film pv appeals to those with a concern for aesthetics architects designers and end users for streamlined building integrated applications and maximum freedom of design. In that case the pv system is actually integrated into the building design and is almost unnoticeable on the roof. If you re worried about durability uni solar claims the solar panels are rated against winds up to 130 mph p 16 of the report above.