Technical and economic research of the electric energy demand of an industrial facility with hybrid power system

Today, the demand for energy is increasing day by day due to the increasing population and developing technology. In order to meet this increasing demand, it has become a necessity to turn to new energy sources. Due to the rapid depletion of fossil fuels and the sensitivity of human beings to the environment, Renewable Energy Resources (RES) have come to respond to this need. These sources vary depending on atmospheric conditions. This change brings along some problems such as "reliability" and "continuity" in energy production. In order to eliminate these disadvantages, the use of hybrid power systems is recommended. For this purpose, a sample cattle farm was determined to be used in the study. It is aimed to increase system reliability and continuity by including cattle biomass reserves in the region into hybrid power systems. In this study, the modeling of solar, wind and biogas based hybrid power systems to meet the electrical energy needs of the cattle farm in Salar village of Afyonkarahisar has been studied. Models of solar energy models were made with PVsyst and PV*SOL programs, and hybrid power system modeling using HOMER software. analyzed under different scenarios and analyzes were made taking into account the changes in economic parameters.