Solar Integrated Roof

Transcription

1 M.C. Dean, Inc. Baltimore, Maryland M.C. Dean, Inc. Baltimore, MD Project Type: Solar-Integrated Roofing System System Size: kw Completion: January 2011 Pfister Energy of Baltimore, LLC teamed up with Kinsley Construction to install a solarintegrated roofing system on a 200-year-old building, which is adjacent to the Baltimore Ravens Stadium. The project incorporated several renewable energy technologies. First, Pfister replaced the existing roof with a premium Firestone two-ply modified bitumen roofing system to create a watertight barrier for the life of the solar system (25+ years). Following that, Pfister installed a thin-film solar array that fully adhered to the roof membrane ( kw(dc) Uni-Solar PV and kw(dc) of Trina Solar PV). The remainder of the roof was coated with white elastomeric to reduce heat transfer into the building, thus achieving a solar integrated roofing system. The new roof is expected to produce 76,954 kwh per year and more than 1.7 million kwh over a 25-year period, which will significantly reduce electric costs. Solar Integrated Roof Pfister Energy Inc. 80 East Fifth Stret Paterson, NJ Phone: (973) Fax: (973)

2 st Avenue st Avenue Flushing, NY Project Type: Solar-Integrated Roofing System System Size: kw Completion: February 2009 The installed system is a truly solar integrated roofing system in that it is applied as an integral part of the roof system. The flexible, lightweight, Uni-Solar Photovoltaic Laminates are applied directly to the surface of the roofing system. The combination creates a most durable, practical energy-producing roof possible. Access to the roof is not restricted due to the ruggedness of the photovoltaic laminates, so compromises for servicing roof-mounted equipment do not have to be made. Roof loading is a non-issue due to the fact that the Uni-Solar photovoltaic laminates weigh less than one pound per square foot, a tiny fraction of the weight of glass-based photovoltaic panels. Solar Integrated Roof Flushing, New York

3 East Lyme, Connecticut East Lyme High School East Lyme, CT Project Type: Solar Photovoltaic System System Size: kw Completion: January 2009 Pfister Energy was responsible for the electrical installation of the East Lyme High School Photovoltaic System. Pfister s Team installed the wire and conduit, including the AC, DC and communication wiring for the system. H ar d Pa n e l Ph o t ovo ltaics East Lyme High School

4 Parker Hannifin Parker Hannifin New Britain, CT Project Type: Thin-Film Solar System System Size: kw Completion: February 2009 Parker Hannifin had a 215 kw thin film solar electric system installed on their corporate headquarters in Connecticut. This solar electric system will help offset electrical usage costs to the company. Necessary roof repairs were made before the thin film panels were laid allowing the solar system and the roof to work in conjunction with each other. T h in Film Ph o t ovo l t a ics New Britain,Connecticut

5 South Pole/Wicked Fashions South Pole/Wicked Fashions Fort Lee, NJ Project Type: Building Integrated Photovoltaics System Size: 30kW Completion: January 2009 The proposed system is a truly integrated BIPV system in that it is applied as an integral part of the roof system. The flexible, lightweight, UniSolar Photovoltaic Laminates are applied directly to the surface of the roofing system. The combination creates a most durable, practical energy-producing roof possible. Access to the roof is not restricted due to the ruggedness of the photovoltaic laminates, so compromises for servicing roof-mounted equipment do not have to be made. Roof loading is a non-issue due to the fact that the Uni-Solar photovoltaic laminates weigh less than one pound per square foot, a tiny fraction of the weight of glass-based photovoltaic panels. Thin Film Photovoltaics Fort Lee, New Jersey

6 Pennsauken, New Jersey Pennsauken Landfill Pennsauken, NJ Project Type: Utility-Scale Solar Ground Mount System System Size: 1.09 MW Completion: February 2008 The reclaimed landfill at Pennsauken, New Jersey was equipped with over 1 megawatt of solar electric power. This large-scale project is a ground mount design using hard panel photovoltaic modules. Over the life of the system, greenhouse gasses such as Nitrogen, Sulfur and Carbon will be reduced by over 56 million pounds per kilowatt hour, collectively. Utility-Scale Ground Mount Solar Pennsauken Landfill

7 Stowaway Self Storage, LLC Stowaway Self Storage Building Integrated Photovoltaics Mine Hill, New Jersey Lebanon, New Jersey Whitehouse, New Jersey Flemington, New Jersey Phillipsburg, New Jersey System Size: kW - Mine Hill, NJ kW - Lebanon, NJ kW - Whitehouse, NJ kW - Flemington, NJ kW - Phillipsburg, NJ Completion: June-August 2008 Pfister Energy installed over 243kW of solar electric power to 5 separate Stowaway Self Storage facilities throughout New Jersey. The standing seam metal roofs were equipped with thin film, uni solar photovoltaic panels. The annual estimated electric production for each of the facilities is as follows: Mine Hill - 47,572 kwh Lebanon - 93,350 kwh Whitehouse - 47,520 kwh Flemington - 43,533 kwh Phillipsburg - 53,856 kwh Thin Film Photovoltaics Various Locations, New Jersey

8 Conboy Residence Avalon, New Jersey Conboy Residence Avalon, NJ Project Type: Solar-Integrated Roofing System System Size: 10.2 kw Completion: 06/2008 Uni-Solar flexible solar panels were adhered directly to the roofing material to create a lightweight solar roof with an ROI of only a little more than four years. With a lifespan of thirty years and a twenty-year warranty from the roofing and solar panel manufacturers, this home s new roof will be generating revenue for over 20 years. This system is expected to meet 90% of the homeowners electricity demands. Solar Integrated Roofing System

9 Pfizer B98 Ops & Logistics Groton, Connecticut Pfizer B98 Operations & Logistics Warhouse Groton, CT Project Type: Solar-Integrated Roofing System System Size: kw Completion: November 2008 The installed system is a truly solarintegrated roofing system in that it is applied as an integral part of the roof system. The flexible, lightweight, Uni-Solar Photovoltaic Laminates are applied directly to the surface of the roofing system. The combination creates a most durable, practical energyproducing roof possible. Access to the roof is not restricted due to the ruggedness of the photovoltaic laminates, so compromises for servicing roof-mounted equipment do not have to be made. Roof loading is a non-issue due to the fact that the Uni-Solar photovoltaic laminates weigh less than one pound per square foot, a tiny fraction of the weight of glass-based photovoltaic panels. Solar Integrated Roof

10 Valley National Bank Valley National Bank Paramus, NJ Project Cost: Solar-Integrated Roofing System System Size: 22.4 kw Completion: March 2007 Valley National Bank made the choice to distinguish themselves by integrating solar into their Paramus facility. Becoming pillars of the community helped Valley National Bank s business grow and caused their operating costs to shrink. A 22.4 kw solar integrated roofing system was installed on the Paramus Valley National Bank, offsetting over 37,000 lbs/kwh of carbon in the first year of operation. The expected electric production is estimated to be over 619,000 kwh over the life of the system. S o lar I n t e g r at e d Ro of Paramus, New Jersey

11 Valley National Bank Valley National Bank Wayne, NJ Project Type: Solar-Integrated Roofing System System Size: kw Completion: August 2007 Valley National Bank made the choice to distinguish themselves by integrating solar into their Paramus facility. Becoming pillars of the community helped Valley National Bank s business grow and caused their operating costs to shrink. A kw solar integrated roofing system was installed on the Paramus Valley National Bank, offsetting over 80,300 lbs/kwh of carbon in the first year of operation. The expected electric production is estimated to be over 1,322,000 kwh over the life of the system. S o lar I n t e g r at e d Ro of Wayne, New Jersey

12 Oakland, New Jersey Estee Lauder - Aramis Facility Oakland, NJ Project Type: Solar Hard Panel Roof Installation System Size: 603 kw Completion: August 2007 Pfister Energy was responsible for installing the racking and solar modules for the photovoltaic project at Estee Lauder s Aramis Facility. Prior to installing the photovoltaic system, Pfister also made minor roof repairs where necessary to ensure that the roof and photovoltaic system work in conjunction with eachother. Har d Panel Photovolta ic s Estee Lauder, Aramis Facility