Reducing the Production of Carbon Dioxide Gas by Constructing Decentralized Solar Power Plants in Different Cities in Iran

After studies carried out in this paper, it was revealed that with the construction of decentralized ۱۰۰ kW power plants in the cities of Esfahan, Shiraz, South Khorasan, and Zahedan, which are in a good position in terms of the amount of radiation, it is possible to annually in the cities of Esfahan, Shiraz, South Khorasan, and Zahedan injected ۱۹۹,۱۹۷.۳ ,۱۹۴.۲ ,and ۱۹۸ kilowatt hours of electrical energy into the main power grid, respectively , and during this operation , the amount of carbon dioxide emissions for these cities are۲۳۵۵.۶ , ۲۳۲۷.۸ , ۲۲۹۳.۴ , and ۲۳۴۹.۳ tons will be reduced in ۲۵ yeras. In this research, the equipment that is made for the geography of this region is used, so our selection of ۲۵۰-watt solar modules of the Yingli Solar brand And the ۱۰۰ kW inverter of the Growatt brand. Also, the modules are installed at the most optimal angle and are exposed to sunlight by a fixed structure.

Keywords:

Environment , Carbon Dioxide , Solar Power , Decentralized Powerplant