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The renewable energy sources were considered as a potentially promising and far less harmful alternative to traditional methods of electrical production. The main aim of this paper is to evaluate the seasonal weather influence on the electrical power generation from solar cells. Experimental and quantitative methodologies were used to analysis the data were collected from two sources the primary data were collected from PhotoVoltaic (PV) system of capacity 1200W for one year. The second source of data were collected from the Kuwait Directorate General of Civil Aviation. The key findings of the results showed that the daily sunlight hours are considered an important factor for electrical power generation; the temperature had reverse impact when it raised to more than 30oC, and the relative humidity had reverse impact when it raised to more than 49%. The CO2 avoided by this system was 1.325tonnes per year. The recommendation of this study is to depend on PV cells to reduce dependence on fossil fuels.

Evaluating the Seasonal Weather Influence on the Electrical Power Generation From Solar Cells