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UToledo participates in World Future Energy Summit

As your news organization plans coverage of the World Future Energy Summit in Abu Dhabi, United Arab Emirates, please note The University of Toledo, known internationally for advancing thin-film photovoltaics research, is participating for the fifth consecutive year.

Dr. Alvin Compaan, UT Distinguished University Professor Emeritus in Physics and Astronomy, is a 2013 World Future Energy Summit speaker discussing “Solar Energy – The Technologies” on Thursday, Jan. 17.

Dr. Alvin Compaan, UT Distinguished University Professor Emeritus in Physics and Astronomy, is a 2013 World Future Energy Summit speaker.

One of few American universities actively participating in the energy summit that convenes world leaders committed to renewable energy and sustainable development, The University of Toledo, located in Toledo, Ohio, will promote its unique expertise and research, as well as competitive academic programs.

Dr. Alvin Compaan, UT Distinguished University Professor Emeritus in Physics and Astronomy who has been leading a research effort for more than 25 years in thin-film photovoltaic materials and devices, is a 2013 World Future Energy Summit speaker discussing “Solar Energy – The Technologies” on Thursday, Jan. 17.

In addition to his research and partnerships with industry, Dr. Compaan is known for his practical experience with PV applications powering his home for the past eight years with electricity from photovoltaic panels manufactured in Perrysburg, Ohio, by First Solar. His 4.3-KW system generates nearly all the electricity needed for the home as well as for his battery-operated electric truck used for 20 miles of daily commuting.

The University of Toledo Scott Park Campus of Energy and Innovation includes a 1.12 megawatt solar array and wind turbine.

The University of Toledo Scott Park Campus of Energy and Innovation includes a 1.12 megawatt solar array and 100-foot wind turbine.

The University of Toledo continues to make strides in solar energy with research underway to develop solar modules using earth-abundant elements that will be safer and less expensive than the rare and toxic materials currently used in thin-film solar cells. And UT’s expertise extends beyond solar to include algae as a biofuel source, solutions to “fouling” issue of water filtration, water loss through evapotranspiration as a measurement of climate change, and other environmental and energy research and development.

The University itself is working to reduce its carbon footprint with the Scott Park Campus of Energy and Innovation that features a 1.12-MW solar array and a 100-foot wind turbine.

Prospective students also would be interested to learn of the University’s unique Professional Science Master’s Degree in Photovoltaics, competitive co-op programs in the College of Engineering, and robust environmental sciences programs related to sustainability.

For more than a decade the University has helped alternative and renewable energy businesses get started in an incubation program committed to assist university spin-off businesses and startups. UT’s Innovation Enterprises also answers the call from private industry looking to partner with higher education for economic development.

Larry Burns, UT vice president for external affairs, is a member of the UT delegation attending the World Future Energy Summit. He is happy to provide additional information or assist with interviews. Reach Mr. Burns at (+001) 419-261-3049 or lawrence.burns2@utoledo.edu.

Media Coverage
Inter Press Service (Jan. 15, 2013)
World Future Energy Summit (Jan. 15, 2013)
AME (Jan. 15, 2013)
Khaleej Times (Jan. 15, 2013)
Zawya (Jan. 15, 2013)

is UT's Director of University Communications. Contact her at 419.530.2410 or meghan.cunningham@utoledo.edu.
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