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• W2188881780 abstract "The degree of dependence of power delivered by a so lar panel on input solar irradiance was examined with a 10watt p olycrystalline silicon (Si) solar panel and a 10watt polycrystalline gallium Ar senide (GaAs) solar panel, each at a fill-factor of 0.7.The research was carri ed out at Ilesa city located at coordinates 7037 '0N 4 0 43 '0 0 E / 7.61667 0 N4.71667 0 E, in Osun State of Nigeria. The research experiment was carried out fr om December 10 th to 23 rd , 2013 and March 10 th to 23 rd , 2014. Average solar isolation figure for Ilesa measured in kWh/m 2 /day onto a solar panel where the angle is adjusted each month to get optimum sunlight is 4.44 in March and 5.0 in December.The solar panels were hindered by different quantities of dus t particles from receiving the appropriate sunlight. The particles used are si eved fine mud dust used in the following concentrations: 0.0ml, 2.5ml, 5.0ml, 7.5ml, 10.0ml, 12.5ml and 15ml respectively to shield the surface of the pane ls from normal exposure to the rays of sunlight. Measurements were taken of sh ort circuit current (I sc ) and open circuit voltage (V oc ) values at intervals 1hour from 10.00am and 5.00pm.The output power and percentage power loss w ere calculated. The results show that the effect of any shielding the s urface of a solar panel from receiving sunlight in appropriate abundance is vita l. At 0.0ml dust particles on the surface of the solar panels, that is, when the surfaces are free from dust particles, the power loss is 0.00%. The percentage power loss rose from 0.00% to as high as 71.69% in polycrystalline silicon sol ar panel and 75.35% in polycrystalline GaAs solar panel during December, 2 013 as the shielding dust particles volume rose up to15.0ml. Also, in March, 2014 the percentage power loss rose from 0.00% to as high as 71.94% with poly crystalline silicon solar panel and 75.60% with polycrystalline GaAs solar pa nel. These high values of power loss in both panels and periods of experiment al investigation, suggest that the surface of solar panels should be kept fre e of dust particles or any" @default.
• W2188881780 created "2016-06-24" @default.
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• W2188881780 date "2014-01-01" @default.
• W2188881780 modified "2023-09-27" @default.
• W2188881780 title "Correlation between the Power Output and Exposure to Sunlight of a Solar Panel" @default.
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