SET Proceedings

2978-4387

Caravel Press

10.65582/set.2011.074

2011.074

Reliability Assessment of Wind Energy System Considering Turbine Dimensions

Kekezoglu

bkekez@yildiz.edu.tr Erduman

Durusu

Nakir

İ.

Tanriöven

Yildiz Technical University, Electrical & Electronic Faculty, İstanbul

04092011

10 978-1-995850-03-0 1 6

4 September 2011

2011

The importance of renewable energy sources has increased rapidly due to run out of fossil fuels and environmental effects of conventional energy production systems. As one of the renewable energy sources, wind energy has considered to be a leading alternative energy source by reason of vast energy potential of wind. Due to random characteristics of wind speed, electric generation reliability of wind energy system is affected considerably both in stand-alone and grid connected configurations. The disadvantage could be minimized by making use of the additional wind energy potential. For this purpose, there are three basic methods i.e. increasing the hub height, rotor diameter and generator rated power, which can be utilized. In this study, reliability indices are calculated based on the measured field wind and load data for Bandırma, Turkey. As a result, the effects of hub heights for different types of wind turbines on reliability are examined. Eventually, the most appropriate options for the Bandırma region are presented.

Wind Energy Wind Turbine Dimensions Reliability

4 to 7 September 2011

10th International Conference on Sustainable Energy Technologies

SET2011

Istanbul, Türkiye

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