Modeling the Solar Radiation in Baghdad Climate Station and Its Effect on the Production of Electrical Energy
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Abstract
The research is concerned with the study of applied climatic geography, which aims to understand and analyze solar radiation models in Baghdad climate station and its impact on the production of electrical energy because of its great impact on human life and the possibility of producing electric energy by environmentally friendly means that reduce the size of environmental pollution and contribute to providing electrical energy by adopting the expected scenario through models of actual short, moderate and long solar brightness with a standard deviation of the station amounted to (6.8) degrees. The values of total solar irradiance are calculated according to the actual brightness models for Baghdad Climate Station during the study period (1989-2018) with a low, moderate and high model for total solar radiation according to the display circle on which the station is located and the actual hours of solar brightness based on the law of total solar radiation calculation of the Food and Agriculture Organization Converting the year values of the total solar radiation models to the production of electrical energy using a monocrystalline pv silicon solar panel with an efficiency of 12.5% according to the standard specifications for the production of the panel from electrical energy.
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