Projects
Arizona State University, Fulton Center Parking Structure 420kW elevated tracking array
The Fulton Project was ViaSol Energy’s final commissioning in a series of sustainability solar projects at Arizona State University (ASU). The top deck of The Fulton Center Parking Structure was retrofitted with the ViaSol UI-G7 Urban Integrated Single Axis Tracker which provides shade from the Arizona sun and produces electricity for ASU. The first ViaSol UI-G7 installation resides on the neighboring parking structure and was the world’s first single axis tracker installed on a parking garage.
Arizona State University, Stadium Parking Structure 731kW elevated tracking array
ASU’s Stadium Parking Structure was the site of ViaSol Energy Solutions’ first commissioned project. It was also the first location in the United States that a single axis tracker was installed on a parking garage. ViaSol’s design concept covers the garages’ entire top deck, maximizing energy capacity and production. ViaSol provided an entire turnkey solution for the project, including design, engineering, fabrication, construction, and operation. ViaSol is listed as the operator under the master APS Interconnect Agreement.
CARBON FREE TECHNOLOGY / CASE STUDY / ASU STADIUM PARKING STRUCTURE
Arizona State University, Apache Parking Structure 864kW elevated tracking array
The Apache Parking Structure is the site of the second project commissioned by ViaSol Energy Solutions. This projects was engineered and constructed concurrently with the Stadium Parking Structure array, but was completed and commissioned approximately 6 weeks later. Like the Stadium Parking Structure project, ViaSol provided an entire turnkey solution for the project, including design, engineering, fabrication, construction, and operation. ViaSol is listed as the operator under the master APS Interconnect Agreement.
Oxnard CA, 1.3 MW elevated tracking array over retention pond
The Oxnard project is located at the largest collection of green houses in California. It was ViaSol’s concept to elevate the single axis tracker over a rainwater retention pond, placing the module more than 16 feet above the ground below. This project demonstrated ViaSol’s ability to develop innovative designs that enable solar in areas that are not normally considered as “viable” for construction of solar power facilities.