Optimum Design of the Battery Powered 6 Kwp Grid-Tie Photovoltaic System Under Kilis Conditions

The energy need is ever-increasing with the developing technology and increasing population. Fossil sources are widely being used in energy production since the past. Due to decline and even depletion of the fossil source reservoirs and the carbon dioxide emissions during their use, renewable energy sources are taking their place. In this study, electrical energy was produced from the renewable energy source, solar energy. The photovoltaic system is grid-tied and battery powered. When an electrical outage originating from the grid occurs, the battery steps in and provides the energy need of the system. The system was set in a Southeast Anatolia Region city of Turkey, Kilis. PV_Solar premium 2016 demo was used in system installment and analyses. In order for performance values of the program to reflect the real values, the regions geographical features, radiation, temperature, and insolation values are livingly defined. Photovoltaic system performance ratio, the amount of the energy that is given to the grid from the system, the amount of the energy that is stored within the battery from the system are obtained on a daily and a monthly basis in the system analyses. Existing conditions were accepted and the economic condition of the system in the following twenty-five years is examined.