In collaboration with Payame Noor University and Iranian Association For Environmental Assessment (IAEA)

Document Type : Science - Research


In recent decades due to growing prices of fossil fuels and environmental pollution as a result of increased energy demand in renewable energy research and study has been considered by researchers. Resource constraints and environmental investments in the electricity sector, including key issues that will affect the process to minimize cost and environmental impact has always been regarded experts. Environmental protection and energy security of the electricity produced by power plants solar power acts emphasized. Iran has a warm climate is semiarid due to the special geographical location and orientation on the radiation belts and desert, The more central parts of the country, especially those are with a clear sky. This increase in sunshine hours and radiation from these regions than in other parts of the world. Therefore study in the construction and deployment of solar sites in the regions of the country can achieve clean energy for residents. This paper uses the capabilities of GIS and models to predict the overall radiation, sunshine hours and the amount of radiant energy receivedin Ardekan township villages. Calculated for each of the months and years, where 7/ 7hours sunny day and average 5/3 solar radiation of more than kilowatt hours per square meter per day were suitable for solar construction sites were identified. And for embedding solar panels priority direction is south and southwest in this place, respectively.


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