Effect of temperature on photovoltaic panel efficiency
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
Today, the needs of societies are mostly provided by technology and the new generation technology has entered every part of our lives. New generation technology has created a high level of energy requirement. Many energy sources have started to be depleted rapidly and today's society has turned to search for renewable energy sources. The sun is the basis of all energy sources, and many solar energy systems especially photovoltaic panels have been developed. Photovoltaic panels are the system that converts light from the sun into direct electrical energy. In the photovoltaic panel system, there is a high amount of energy losses during the conversion of the incoming light to electricity. In this study, the negative effect of temperature on photovoltaic panels was investigated and in order to eliminate this effect, behind the panel was applied with water cooling method. Power comparison is carried out between normal solar panel and water cooled solar panel. It was shown that the output power in the water-cooled system is higher than the normal panel. Key word : Photovoltaics, Cell Efficiency, Solar system, Cell temperature
Author
Adem Durdağı
Institution
How to Cite
Adem Durdağı (Master Thesis). Effect of temperature on photovoltaic panel efficiency, 2019, Gaziantep University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Gaziantep University
- Conceptual design methodology for foldable shelters(2019)
- Police profession and power to use force(2023)
- Chronic effect of jumping rope exercises on inspiratory and expiratory respiratory muscles(2024)
- Pilton (pastinaca armena) katkılı beyaz peynirin duyusal ve kimyasal özelliklerinin incelenmesi(2019)
- Analysis of tooth stiffness of spur gears by finite element method(2017)
- Constructions of popular culture within viral advertising: Reception analysis of Eti Benim'O virals(2021)
