Hibrit Sistemler ile Mikro Şebeke Tasarımı: Nevşehir Hacı Bektaş Veli Üniversitesi Örneği

Abstract

While the need for energy is increasing day by day with the increase in world population, rapid urbanization and technological developments, the use of fossil fuel resources to meet this need is quite common. However, the use of fossil fuel resources brings with it many disadvantages. While air pollution occurs due to harmful gases released into the atmosphere, climate changes occur with global warming. In addition to the damage to the environment, the tendency towards alternative energy sources has been increasing recently due to the limited nature of these resources. In our country, clean energy can be obtained by using renewable energy resources. Continuity in energy production can be achieved with hybrid systems where resources such as sun and wind are used together. Necessary investigations have been carried out for Nevşehir province, which has high solar and wind energy potential. With this study, hybrid systems containing grid-connected solar, wind and hydrogen energy were designed to meet the electricity needs of Nevşehir Hacı Bektaş Veli University. While the excess energy produced in the designed systems is transferred to the grid, the energy needs of the university are met and additional income is provided. Based on the analyses, the most suitable system was determined.