Modelling and simulation of atmospheric conditions impact on photovoltaic production in Saint Louis area
Author(s) -
Bouya Diop Abdoulaye,
Diop Bouya,
Karim FAROTA Abdou,
THIAM Ababacar,
DIA Aichetou,
SARR Djiby
Publication year - 2019
Publication title -
african journal of environmental science and technology
Language(s) - English
Resource type - Journals
ISSN - 1996-0786
DOI - 10.5897/ajest2018.2576
Subject(s) - photovoltaic system , environmental science , atmosphere (unit) , sunshine duration , meteorology , work (physics) , aerosol , engineering , mechanical engineering , geography , relative humidity , electrical engineering
In this study, we worked on the modelling and the simulation of atmospheric conditions impact on photovoltaic production in Saint Louis area. Using Ineichen's model based on the disorder factor of Link, an assessment of sunshine in the study area was made. A characterization of the irradiation is elaborated by modelling the radiation and by simulating outputs of a photovoltaic power plant. We can estimate aerosols impact on photovoltaic production in the river area thanks to results obtained. We evaluated the sunshine rate of this area by using the modelling process. We chose an irradiation model to estimate the outputs of a photovoltaic power plant subjected to an atmosphere disturbed by aerosols. This work enabled us to set up a system of alerts and specific warnings for populations benefiting from this type of resource. Key words: Photovoltaic output, atmosphere, aerosol, sunshine, alert, Saint Louis area.
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