UNI-SOLAR® PV Roofing Laminates
UNI-SOLAR® award winning roofing products are the key components of a total solar electric system. The system integrates the solar electric roofing panel or shingle with the necessary combiner boxes, inverter, and wiring to convert sunlight into electric energy and distribute it directly to the building. The solar electric roofing products are configured in series or parallel on the roof deck to form an array. The array is then used in combination with conventional roofing products. All UNI-SOLAR® roofing products are covered by a 20 year limited warranty.
Features High Temperature and Low Light Performance 20 Year Warranty on Power Output at 80% Multi-Contact Connectors (Junction Box optional) Bypass Diodes for Shadow Tolerance Lightweight & Flexible Easy Peel & Stick Application Virtually Unbreakable (No Glass) UL Listed to 600 VDC Meets IEC 61646 Requirements
Field Applied PV Roofing Laminate Field applied PV roofing laminate for existing structural standing seam and architectural standing seam roofing is available with or without a back adhesive. Retrofit your existing standing seam roof with these photovoltaic roofing laminates and convert your roof into one large PV array! Uni-Solar's newest product line is the Field Applied Flexible Roofing Laminate. This solar electric roofing laminate simplifies the solar roofing installation process. The Field Applied Flexible Roofing Laminates are designed to be bonded on 16-inch wide, flat Galvalume® pans. They come with the bonding adhesive factory-installed on the back of the laminate. Included is a rugged, weatherproof junction box that is field applied on the top of the finished product. The laminates are appropriate for a wide variety of applications, from single-module solar home systems (SHS) to large village hybrids or grid-connected installations. The Galvalume® pan can be obtained from metal roofing companies or Uni-Solar.
	Uni-Solar Roofing Products in Action	Photo : Hailey, Idaho Residential 5kW system
	PV Laminates make a portion of this roof into an array.	Photo : Aspen, Colorado 2kW grid connected school features shade canopy on existing structure.