Research Information System
Thesis Type: Postgraduate
Institution Of The Thesis: Uludağ Üniversitesi, Turkey
Approval Date: 2014
Thesis Language: Turkish
Student: HAYDAR İZZETTİN KEPEKÇİ
Supervisor: MUHSİN KILIÇ
Abstract:Each passing day because of rapidly developing technology and industrial activity is increasing need for energy. In today's world used this energy comes from fossil fuels. Resulting from the use of fossil fuels emissions in both global warming and environmental pollution is caused. Due to the limited life of the reserves of these resources are not infinite. In the energy field some government who want to reduce dependence on foreign countries have turned to renewable energy sources over time. These sources does not harm the environment, easily findable and unlimited. Although a wide variety of renewable energy sources, solar energy is more popular than others due to of the cost is cheaper and higher energy which can be supplied. While technology advances every day, worked on the production of electricity from solar energy and success have been achieved. This production was provided by high-temperature steam obtained. To provide power generation, the steam obtained to need for high temperature applications are used in concentrated solar power systems. Parabolic trough solar collectors are the most common type of these systems. Mirror on parabolic collector is intensifying solar radition to receiver tube located at the focal point. The solar radiation heats the fluid in the pipe and used for energy production in the cycle. In this study was examined theoretically parabolic collector. This system is designed to generate electricity from parabolic collector. According to data from between the years of 2013 and 2009 to 2013 average in Bursa conditions calculations were performed. Found amount of energy that can be obtained in the calculations, electric power values obtained from the system and annual revenue of the system is calculated.