Akademik Veri Yönetim Sistemi
ENERGY INNOVATIONS: FUNDAMENTALS AND INNOVATIVE ENGINEERING SOLUTIONS, Ürgenç, Özbekistan, 9 - 10 Nisan 2025, cilt.1, sa.1, ss.1325-1341, (Tam Metin Bildiri)
In recent years, the increasing issues related to fossil fuels, such as diminishing reserves and growing environmental problems, have led countries and energy
companies worldwide, including Turkey, to seek clean and renewable energy sources. Establishing wind energy farms has become one of the fastest-growing
sectors among renewable energy installations in Turkey, driven by the country's high population growth, economic development, and reliance on imported energy.
Turkey, particularly along its Marmara and Aegean coastlines, has significant wind energy potential. Efficient utilization of this potential depends on accurate
measurement and careful analysis of wind data. In 2025, Turkey's wind energy production reached record levels, especially in February, and this trend is expected
to continue, significantly contributing to the country's clean energy goals. In 2025, wind energy production in Turkey reached record levels, particularly in February.
This trend is expected to continue, contributing significantly to the country's clean energy goals. Wind speed parameters, including velocity, frequency, and directional
distributions, are crucial for calculating electrical energy production from selected wind turbines and determining the appropriate turbine types. In this study, a wind
measurement mast was installed, and annual wind data from the Sakarya-Esentepe region in Turkey were analyzed using specialized wind energy software such as
WindPro and WASP. Based on this analysis, suitable wind turbine types were selected, and the annual electrical energy production was estimated as a case study
for this type of wind farm