CIFAL Istanbul - ESE4008 Wind Energy
Type
Course
Location
Istanbul, Türkiye
Date
-
Duration
90 Days
Programme Area
Decentralize Cooperation Programme
Website
Price
$0.00
Event Focal Point Email
cisil.sohodol@eas.bau.edu.tr
Partnership
CIFAL Istanbul
Bahçeşehir University
Registration
Private – by invitation
Mode of Delivery
Face-to-Face
Language(s)
English
Pillar
People
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By the end of this course, students will have learned the fundamental steps of generating electricity from wind energy. The operating mechanisms of wind turbines and the impact of various parameters affecting wind speed on energy output will be examined. Additionally, the course will cover the economic aspects of wind energy systems.
Definition of the fundamental methodologies of wind energy systems. Presentation of rotor types and key terms used in wind energy conversion. Explanation of aerodynamic theorems used in wind energy. Evaluation of the fundamental nature of wind and methods for measuring wind power. Analysis of wind data, including average wind speed, wind speed distribution, and statistical methods. Classification of wind energy conversion systems, such as wind generators, wind farms, and wind pumps. Calculation of the performance of wind energy conversion systems. Explanation of factors affecting the economics of wind energy.
Definition of the fundamental methodologies of wind energy systems. Presentation of rotor types and key terms used in wind energy conversion. Explanation of aerodynamic theorems used in wind energy. Evaluation of the fundamental nature of wind and methods for measuring wind power. Analysis of wind data, including average wind speed, wind speed distribution, and statistical methods. Classification of wind energy conversion systems, such as wind generators, wind farms, and wind pumps. Calculation of the performance of wind energy conversion systems. Explanation of factors affecting the economics of wind energy.
This course is designed to provide students with comprehensive knowledge about wind energy systems, focusing on the technology, aerodynamics, performance, and economic aspects of wind power generation. The course will combine theoretical learning with practical applications to ensure students develop a deep understanding of wind energy systems and their real-world implications.
The course methodology is to achieve knowledge of wind energy stepping in different aspects of the subject each week with the guidance of two books and lecture notes provided by the teacher. The course conducts its assessment of knowledge by one midterm exam and one final exam.
Students of Bahçeşehir University