Modeling and analysis of grid connected hybrid distributed generation system

It seems unlikely that the energy demand, which continues to increase day by day, will be met from fossil fuel resources alone in the future. As a result, interest in renewable energy sources is constantly increasing. The cost analysis of microgrid systems with various scenarios designed in the study was carried out to determine the most reasonable option that can be integrated into the grid. The load profile of Nevşehir Hacı Bektaş Veli University was obtained by obtaining the average of the electrical energy consumption values between 2016-2022. It was tried to determine the hybrid system that will meet the demanded electrical energy with the systems to be designed. After the literature review, four different scenarios were created. System modeling was designed with the help of "HOMER" program. Solar panels, wind turbines and hydrogen technologies were utilized in the system designs that are considered grid-connected. It is aimed to provide continuity in energy by creating hybrid systems by using renewable energy sources together. The benefits of clean energy are emphasized by reducing the damage to the environment. As a result of the analyzes carried out in the thesis study, it was understood that the most feasible system design was the fourth scenario among the proposed ones. In the design, 800 kW wind turbine and 1000 kW solar panel were used. The unit energy cost is 0.446 ₺ and the renewable energy rate is 94.4%.