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137463 https://hdl.handle.net/2286/R.I.17215 http://rightsstatements.org/vocab/InC/1.0/ 2013-05 24 pages eng Denke, Steven Michael Roedel, Ron Aberle, James Rauch, Dawson Barrett, The Honors College Electrical Engineering Program Text A hybrid PV/T module was built, consisting of a thermal liquid heating system and a photovoltaic module system that combine in a hybrid format. This report will discuss the work on the project from Fall 2012 to Spring 2013. Three stages of experiments were completed. Stage 1 showed our project was functional as we were able to verify our panel produced electricity and increased the temperature of water flowing in the system by 0.65°C. Stage 2 testing included “gluing” the flow system to the back of the panel resulting in an average increase of 4.76°C in the temperature of the water in the system. Stage 3 testing included adding insulating foam to the module which resulted in increasing the average temperature of the water in our flow system by 6.95°C. Photovoltaics Electrical Engineering Solar Hybrid Solar Module: Harnessing Solar Energy for Electrical and Thermal Applications