4.8-megawatt solar power system completed at Jersey Gardens Mall

Solar array among the largest rooftop systems in North America.

February 16, 2012 |
The project is comprised of more than 15,000 high efficiency SunPower panels, an

Glimcher Realty Trust announced the completion of a 4.8-megawatt SunPower rooftop solar system at Jersey Gardens in Elizabeth, N.J. The project, which is among the largest rooftop systems in North America, broke ground in June 2011 and began producing power this week.

Anchored by tenants like Gap Outlet, H&M, Lord & Taylor Outlet, Neiman Marcus Last Call, Nike Factory Store and Saks Fifth Avenue Off 5th, Jersey Gardens is the largest outlet mall in New Jersey. The mall was built by Glimcher Realty Trust in 1999 on the site of a former landfill.

The project is comprised of more than 15,000 high efficiency SunPower panels, and generates approximately the amount of power required for 564 New Jersey homes. It is expected to generate the equivalent of 11 percent of the mall’s electrical demand.  

The solar power system at Jersey Gardens was made possible through a partnership with Gerding Edlen Development, Inc. and Gerding Edlen Sustainable Solutions.

 This project is the result of a power purchase agreement between Glimcher Realty Trust and Clean Focus Corporation. Under the agreement, Clean Focus financed and owns the system. All solar renewable energy credits and environmental benefits associated with the system will be owned by Clean Focus. Jersey Gardens will buy the electricity at a predetermined, predictable price, providing a long-term hedge against rising power prices with no initial capital investment.

 The Jersey Gardens solar system was designed and installed by SunPower Corp., which will also operate and maintain the system. The system uses the SunPowerT5 Solar Roof Tile, which is the solar industry’s first non-penetrating rooftop product that combines a high-efficiency SunPower solar panel, frame and mounting system into a single, pre-engineered unit. Tilted at a 5-degree angle, the system will approximately double the energy generated per square meter compared to other systems that are mounted flat onto commercial rooftops. BD+C

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