PAC Solar Series

"Finally, an affordable, best-of-breed solar standing seam roof system has arrived."

Architects and building owners challenged our industry with five key essentials for a successful solar roofing products, all of which Petersen Aluminum's PAC Solar Series delivers.

1. Photovoltaics that are integrated into the roofing panel.
2. A complete, standardized solar roof system that includes all schematics and specifications for all electrical components.
3. Product delivery and installation from a reputable standing seam roof manufacturer.
4. Payback in 10 years or less in some states.
5. 20-year warranty.

Premium Building Integrated Photovoltaics (BIPV)
In manufacturing PAC Solar Series, thin-film solar laminate is fused to the surface of the roofing panel substrate. The panel/laminate bond that's created has been tested and proven to withstand winds of 160 mph.

The flexibility and durability of this laminate make them ideal for metal roofs, where expansion, contraction and curving are considerations. Unlike polycrystalline photocells that are heavy and fragile, no roof penetrations and no additional structural support are required. In fact, you can walk on the laminates, which maintains the roof's overall serviceability.

And when it comes to generating electricity, compared to any other technology, PAC Solar Series' solar laminates, manufactured by United Solar Ovonics, achieve higher relative efficiency under high temperatures and low light.

System Size for Any Budget or Requirement
No matter what your budget or your building's requirement, Petersen Aluminum has a PAC Solar Series solar standing seam roof system for you, including 5, 10, 15, 30, 60, and 120 kW systems.

Electric is Included
When you specify PAC Solar Series, you get the complete system. This includes all schematics and specifications for wiring and electrical components for an electrical subcontractor to implement. Upon commissioning of the system, your PAC Solar Series will begin generating clean, renewable electric power that's sent directly into the power grid through the building's electric meter.