Estimating Solar Electricity Potential of Uludag University Agricultural Faculty Lecture Theater Rooftop

Nowadays, the electricity demand is meeting mostly by using fossil fuels. However, there are difficulties of this method such as the loss of prolongation losses of transmission lines, the emission of CO2 and other greenhouse gas emissions, and the high operating and maintenance costs of transmission lines. With this study, 8 different scenarios were created with the PV-SOL software on the rooftop of the Uludag University Faculty of Agriculture Lecture Theater building in order to "produce the place where the energy is consumed". In all scenarios, the highest and lowest electricity production was realized in July and January, respectively. It has been determined that the total power delivered to the grid and the avoided CO2 emissions ratio increase due to the increased number of solar panels. As a result, considering all the buildings of the Uludag University Agricultural Faculty, it was chosen that the roof of the Lecture Theater building is the most suitable for solar electricity production. This method should be developed within the buildings of other faculties in order to meet all the electricity needs of the university