Affecting Factors of Efficiency in Photovoltaic Energy Systems and Productivity-Enhancing Suggestions

In recent years, hazardous gases emission from fossil fuels has attracted public concerns due to its worse effects on the ecosystem and living conditions not only mankind but also all creatures living on earth. That's why solar energy has a vital role in alternative energy resources. Solar ener...

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Bibliographic Details
Main Authors: Ay, Ilker, Kademli, Murat, Karabulut, Sener, Savas, Serkan
Format: Conference Proceeding
Language:English
Subjects:
climatic effects
Current measurement
efficiency
environmental effects
maintenance
Photovoltaic systems
smart maintenance
Solar energy
Solar energy system
Technological innovation
Temperature
Temperature measurement
Wind speed
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Summary:In recent years, hazardous gases emission from fossil fuels has attracted public concerns due to its worse effects on the ecosystem and living conditions not only mankind but also all creatures living on earth. That's why solar energy has a vital role in alternative energy resources. Solar energy sources will gain more importance in the future. As it is known, the most needed type of energy today is electrical energy. Thus, in this study, the necessary conditions for the photovoltaic (PV) systems used in solar energy production to operate at maximum performance and which parameters are required to control these conditions are examined. The results show that four parameters that we need to measure. These are: maximum operating current of a panel/cell (Impp), maximum operating voltage of a panel/cell (Vmpp), panel surface temperature and light intensity falling on the panel. Except for the panel surface temperature, the rest of the parameters can be measured directly. However, affecting the panel surface temperature; we must not ignore parameters such as ambient temperature, wind speed, humidity and light intensity. Therefore, while determining the panel surface temperature, these parameters should also be measured and a surface temperature should be determined accordingly.
ISSN:2770-7946
DOI:10.1109/ASYU56188.2022.9925271