Abstract
The significance of renewable energy resources has become increasingly prominent in light of the global population growth and the inadequacy of existing energy sources. Among these resources, wind energy stands out as a highly efficient option for sustainable power generation worldwide. Türkiye, with its capacity to accommodate both onshore and offshore wind turbines, has emerged as an attractive hub in this field. Given Türkiye's favourable geographical location, wind energy holds great potential in the country. Consequently, there has been a steady rise in the number of wind power plants established for electricity generation in Türkiye, along with an increase in their installed power capacity. However, the regions hosting these wind power plants face dynamic challenges, such as the risk of earthquakes, which can jeopardize their continuous operation. This study focuses on providing a comprehensive analysis of the causes of wind turbine damage, offering statistical insights into this subject. Additionally, the study discusses the various factors influencing the selection of suitable locations for wind turbine power plants, while also exploring relevant international laws and regulations. To initiate the research, an initial step involves creating a map illustrating the existing wind turbine plant locations. The study also presents statistical data regarding the distribution of wind turbine plants in earthquake-prone regions. Subsequently, by considering the earthquake map established in Türkiye's 2018 earthquake regulation, an assessment of earthquake risks is conducted based on the existing wind turbine power plant locations. As a result, new locations characterized by low earthquake risk and high wind efficiency are proposed for future wind power plant projects.
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