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Project is first for ����Ӱҵ and will result in reduced carbon emissions on the campus

����Ӱҵ University is in the process of installing 1,716 solar panels on the ����Ӱҵ Field House located on the Kent Campus. ����Ӱҵpanels will cover almost one acre of roof area or nearly 0.5 megawatt of panel capacity. This installation is believed to be the largest roof- mounted system among Ohio’s public universities.

����Ӱҵproject, scheduled for completion in early July, is the first renewable energy project for ����Ӱҵ.

����Ӱҵsolar panels will generate about 500,000 kilowatt hours of electricity per year, which is about one-third of the annual power used by both the university’s Field House and Dix Stadium – enough to power about 50 average homes. ����Ӱҵproject will eliminate an average of 779,000 pounds of carbon dioxide (CO2) emissions per year, which is roughly equivalent to removing 70 cars from the road per year.

“We have been searching for funding opportunities to install solar panels on this roof for many years, and it is great to see the installation under way,” says Tom Euclide, ����Ӱҵ’s associate vice president for Facilities Planning and Operations. “ ����Ӱҵbenefits of adding this renewable energy source to our campus energy portfolio will not only help keep our costs lower for decades to come, but will also provide a visual reminder of ����Ӱҵ’s leadership in sustainability, energy conservation and the use of renewable energy.”

����Ӱҵsolar panels will be installed by Ohio developer Third Sun Solar and Wind Power located in Athens, and contractor Thompson Electric Inc. in Munroe Falls.

“Facilitating the installation of energy-saving technologies and now, renewable solar energy systems, is extremely satisfying,” says Robert Misbrener, project manager, sustainability, energy conservation, commissioning in the Office of the University Architect at ����Ӱҵ. “ ����Ӱҵtrue goal is to demonstrate our stewardship of the environment and empower generations of students to carry that mission to the world.”

����Ӱҵ does not initially own the solar panel system, but will purchase all the electricity produced with the option to purchase the system after seven years. Some larger electrical system components are being included for the potential expansion of the ����Ӱҵ Field House facility.

“ ����Ӱҵsun’s energy can fulfill the world’s power needs many times over,” Misbrener says. “Sunlight contains energy that can be turned into electrical current, which can be harnessed for power. There are no harmful emissions from the sun as an energy source; it won’t run out, and best of all it’s free.”

����Ӱҵ already produces most of its own energy in its combined heat and power plant that uses natural gas to power electric turbines. ����Ӱҵheat typically wasted to the atmosphere in a power plant is saved and used to heat and cool the campus, making the university’s power production substantially more energy efficient than utility power systems. ����Ӱҵuniversity will reduce the amount of fossil fuel used as it continues to explore renewable energy as one of its sustainability initiatives.

“ ����Ӱҵplans for ����Ӱҵ’s sustainability are new and exciting,” says Melanie Knowles, sustainability manager for Facilities Planning and Operations at ����Ӱҵ. “ ����Ӱҵphase that follows will help us use energy wisely across campus.”

����Ӱҵ continues to work on energy conservation projects and new ideas that drive its momentum in sustainability. ����ӰҵOffice of the University Architect is currently managing three large energy conservation projects, including a 340,000-square-foot project at ����Ӱҵ University at Stark, 810,000 square feet at its Ashtabula, East Liverpool, Geauga, Salem and Trumbull campuses, and a 1.8 million-square-foot project on the Kent Campus’ Residence Services buildings. ����Ӱҵuniversity’s combined reduction in greenhouse gas emissions is equivalent to removing 1,287 cars from the road each year with annual utility cost savings of about $2.4 million. ����Ӱҵfinal phase of planned large energy conservation projects will be at the Kent Campus and will address about 3.6 million square feet.

For more information about ����Ӱҵ’s sustainability efforts, contact Knowles at mknowle1@kent.edu.

For more information about ����Ӱҵ’s sustainable construction projects, visitwww.kent.edu/universityarchitect/energy_conservation/index.cfm.