Standing Seam Metal Roof With Integrated Solar Panels

The best part about standing seam is that it s proven to last in pretty much any climate while providing superior durability longevity and energy savings.

Standing seam metal roof with integrated solar panels.

The combination of a standing seam metal roof and a solar array is made even more attractive by the fact that in almost every case it is possible to mount the array without physically penetrating the roof system. The only exception is a standing seam metal roof. But dark blue photovoltaic laminate applied directly to the metal roof panels does not have that same ability. Uni solar is the most well known manufacturer of thin film solar for standing seam roofs.

The right clamp for the job. With clip fastened standing seam roofs the panels can be clamped onto the raised seams so that no or very few actual roof penetrations are necessary. A standing seam metal roof integrated with solar panels is a powerful combination of durability longevity energy efficiency and most importantly value for the money. In that case the pv system is actually integrated into the building design and is almost unnoticeable on the roof.

If a solar array is installed on a roof that requires repair or replacement during the life of that array the expense will be compounded. Solar installation on a classic metal roof traditional solar panels can be integrated nicely with our metal roofs. This is achieved by clamps that engage the standing seams themselves. The solar panels are about 15 5 wide so uni solar recommends at least 16 between roof seams p 13.

You can attach an s 5 solar panel holding brackets to the raised seams of a standing seam roof. Metal roofing provides the best platform for the building integrated photovoltaic bipv system. Thin film pv solar panels are designed to integrate seamlessly with a standing seam metal 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.

In sunny warm weather conditions we ve found that the panels of a crystalline system mounted on a standing seam metal roof further reduce the heat factor by shading the metal roof surface. They have a very low profile which can be a significant architectural factor.