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In collaboration with The Haskell Company, Advanced Green Technologies (AGT)undertook the installation of a rooftop solar array at the Episcopal School of Jacksonville’s Student Life Center. This project was a significant step in supporting the school’s commitment to sustainability while also addressing energy costs through renewable sources. The initiative stands as a model for integrating solar energy in educational environments, blending innovative design with practical, real-world applications to reduce environmental impact and inspire future generations.
Raymond James Financial, a longstanding pillar of the St. Petersburg, Florida community since 1962, has advanced its environmental sustainability efforts with the installation of two extensive solar parking garages at its corporate headquarters. This project underscores the company’s commitment to green energy and highlights the design innovation and capabilities of the project contractor, Advanced Green Technologies (AGT).
Everglades University in Sarasota, FL, has implemented an advanced green technology project, featuring a complete solar installation with a capacity of 180 kW. This initiative aims to significantly reduce the university’s carbon footprint while promoting sustainability on campus. The project not only provides clean energy but also serves as an educational model for students and the community.
JM Family’s 150 kW solar installation in Deerfield Beach, FL, cuts emissions by 130 tons and offers a 7–10 year ROI. In 2013-2014 JM Family Enterprises engaged Advanced Green Technologies (AGT) to design, procure and install a 150 kilowatts solar photovoltaic system at the headquarters in Deerfield Beach, Florida that would meet strict South Florida fire and building codes and maintain the pre-existing GAF 20 year NDL Warranted modified bitumen roofing systems.
Moss Construction installed a 61 kW solar carport at their headquarters in Fort Lauderdale, Florida, covering 22 vehicles. This innovative installation generates up to 88,357 kWh of clean energy annually, resulting in significant energy savings of approximately $10,000 per year. With these savings, Moss Construction expects to recoup its investment within five years, thanks to the combination of rebates from Florida Power & Light Co. and federal tax credits. Completed in 2015, the project highlights the use of advanced racking systems, including Hanwha and AGT Custom Racking. AGT played a crucial role, overseeing engineering, procurement, and construction (EPC) to ensure the project’s success.
10 MW solar farm was completed in partnership with Moss Solar and is located in Sudbury, Ontario, Canada, and is part of the Ontario Power Authorities Feed-in Tariff program. The scope of work includes full turn-key engineering, procurement, and construction of a new solar farm. The solar farm includes an on-site substation, electrical control room, MV Stations, and a high-end fixed ground mount tracking system.
Raymond James Financial, a longstanding pillar of the St. Petersburg, Florida community since 1962, has advanced its environmental sustainability efforts with the installation of two extensive solar parking garages at its corporate headquarters. This project underscores the company’s commitment to green energy and highlights the design innovation and capabilities of the project contractor, Advanced Green Technologies (AGT).
Moss Construction installed a 61 kW solar carport at their headquarters in Fort Lauderdale, Florida, covering 22 vehicles. This innovative installation generates up to 88,357 kWh of clean energy annually, resulting in significant energy savings of approximately $10,000 per year. With these savings, Moss Construction expects to recoup its investment within five years, thanks to the combination of rebates from Florida Power & Light Co. and federal tax credits. Completed in 2015, the project highlights the use of advanced racking systems, including Hanwha and AGT Custom Racking. AGT played a crucial role, overseeing engineering, procurement, and construction (EPC) to ensure the project’s success.
In 2014, Lockheed Martin commissioned Advanced Green Technologies (AGT) to create a 2.25-megawatt solar carport at their facility in Oldsmar, Florida. The carport, covering 151,400 square feet and standing 24 feet high, includes 7260 solar modules and offers protected parking for 534 vehicles. AGT’s design and construction expertise secured the project against seven other national contractors. The project faced challenges like hurricane-force winds, requiring meticulous structural adjustments, and phased construction to avoid disrupting facility operations. Completed in September 2015, the carport provides significant utility savings and reduces greenhouse gas emissions, while offering shaded parking for employees.
Nautilus Solar hired Advanced Green Technologies to install an 839-kW solar carport at Konica Minolta HQ, generating 967,000 kWh annually.
Advanced Green Technologies, chosen by a utility company, will install solar canopies at over 100 Florida public schools in a five-year pilot program.
In 2013, Advanced Green Technologies installed a 63 kW solar carport for St. John’s County Council on Aging in St. Augustine, FL. Despite material sourcing challenges and an active parking lot, AGT reworked the electrical and structural designs to fit a Suniva OPT 300W PV module, maintaining the 63 kW capacity. Collaboration ensured the project met federal and aesthetic requirements within budget.
In collaboration with The Haskell Company, Advanced Green Technologies (AGT)undertook the installation of a rooftop solar array at the Episcopal School of Jacksonville’s Student Life Center. This project was a significant step in supporting the school’s commitment to sustainability while also addressing energy costs through renewable sources. The initiative stands as a model for integrating solar energy in educational environments, blending innovative design with practical, real-world applications to reduce environmental impact and inspire future generations.
Everglades University in Sarasota, FL, has implemented an advanced green technology project, featuring a complete solar installation with a capacity of 180 kW. This initiative aims to significantly reduce the university’s carbon footprint while promoting sustainability on campus. The project not only provides clean energy but also serves as an educational model for students and the community.
JM Family’s 150 kW solar installation in Deerfield Beach, FL, cuts emissions by 130 tons and offers a 7–10 year ROI. In 2013-2014 JM Family Enterprises engaged Advanced Green Technologies (AGT) to design, procure and install a 150 kilowatts solar photovoltaic system at the headquarters in Deerfield Beach, Florida that would meet strict South Florida fire and building codes and maintain the pre-existing GAF 20 year NDL Warranted modified bitumen roofing systems.
In 2011, Toys “R” Us, Inc., an international toy and electronics retailer, installed a 5.38 MW solar photovoltaic (PV) system at their Flanders, New Jersey distribution center. Designed and installed by Advanced Green Technologies with Constellation Energy Group, this project covered over 70% of the 1 million sq. ft roof, becoming the largest single rooftop installation in North America. It now supplies up to 72% of the center’s electricity needs, generating 6 million kWh annually, saving approximately $366,000 per year, and reducing carbon emissions by over 4,000 metric tons annually. The project features Uni-Solar PVL-144 panels, custom frame racking, S-5! E-Mini Clamps, and Satcon inverters on a standing seam roof.
Great Circle Solar in Ontario, Canada, installed 422 kW rooftop solar panels with AGT Solar, leveraging the Feed-in Tariff Program.
FTS Energy Solutions Inc. in Mississauga installed a 327 kW rooftop solar system by AGT Solar in 2014 to cut energy costs.
10 MW solar farm was completed in partnership with Moss Solar and is located in Sudbury, Ontario, Canada, and is part of the Ontario Power Authorities Feed-in Tariff program. The scope of work includes full turn-key engineering, procurement, and construction of a new solar farm. The solar farm includes an on-site substation, electrical control room, MV Stations, and a high-end fixed ground mount tracking system.
Marsh Hill Solar Farm, a 10 MW project in Scugog, Ontario, was completed with Moss Solar, featuring advanced technology.
John Lloyd Park in Hollywood, Florida, showcases a Solar Farm Installation as part of the Sustainable Energy Project for Nova Southeastern University. This project combines energy efficiency and renewable technologies to meet the park’s energy needs. Advanced Green Technologies engineered, procured, and installed solar electric systems at four locations: the park entrance, administration and maintenance buildings, and concession stands. These systems generate sufficient annual energy and include solar hot water systems for park rangers. The utility-interactive system returns excess energy to the Florida Power & Light Company (FPL) grid, powering the park at night and on cloudy days. Completed in 2012, the project has a 53 kW capacity with AGT’s custom racking solution, encompassing engineering, procurement, and construction (EPC).
A 10 MW solar farm in Ontario, Canada, built with Moss Solar under Ontario Power Authorities Feed-in Tariff program, features full turn-key engineering, an on-site substation, electrical control room, MV Stations, and a fixed ground mount tracking system.
Advanced Green Technologies completed a 2 MW solar carport at Lockheed Martin in Orlando, FL, expected to save $370,000 annually in energy costs.
In partnership with Siemens Corporation, Advanced Green Technologies (AGT) recently completed the first city-owned solar farm for the City of Lake Worth, Florida. The 2 megawatt (MW) solar plant sits on a five-acre site of a former landfill. The ground-mounted solar array consists of 6,490 monocrystalline solar panels and is expected to generate about two percent of the city’s energy load – enough to power more than 230 homes per year and reduce carbon dioxide emissions by more than four million pounds. That’s the equivalent of taking 445 cars off the road.