Denver Airport Solar Panels

Since 2008 den has been committed to investing in on site renewable energy technology.

Denver airport solar panels.

Denver is a solar america city. Denver international airport has four solar farms totaling over 10 mw including a 4 4 mw project commissioned in 2011 and owned by constellation. The solar power panels parking lot and battery system are a public private partnership between dia xcel and panasonic. The solar technology acceleration center solartac is the largest test facility for solar technologies in the united states.

The denver international airport dia features a 2 megawatt mw photovoltaic pv system. Combined these projects provide more than 8 megawatts of energy for the airport. Dia also hosts to a second 1 6 mw system. Some of the electricity produced is used directly at the airport and the rest is sold back to the grid.

Den is a short train ride or drive away from the sustainable colorado convention center and a variety of other conference venues making denver a. Solar technology acceleration center. In total the vast solar farm generates 20 megawatts mw ac and 25 mw. Dia s contribution was the 4 5 million parking lot and carport solar.

During three phases the solar farm sprawled across 183 acres. 87 478 panels generate as much power as 3 650 homes would use. Being environmentally friendly is a core value at denver international airport den. Se provided civil structural and permitting services for these projects.

The second and third solar arrays 1 6 mw north solar array and 4 5 mw solar arrray iii on dia property are located in the vicinity of the airport s fuel storage facility. Denver june 18 2014 denver international airport s fourth solar array is now online bringing the airport s total solar generating capacity to 10 megawatts. Denver international airport photovoltaic system department of energy. That s enough electricity to power over 2 500 typical denver area homes.

The 10 megawatts of denver international airport s solar panels generate enough electricity to power 2 500 homes. It provides an exciting venue for researching demonstrating testing and validating a broad range of solar technologies at the early commercial or near commercial stage of development. The system is expected to supply approximately 7 000 megawatt hours of electricity to dia each year utilizing approximately 19 000 yingli solar photovoltaic panels none listed see when people check in.