초록
Optimum performance and reliable operation of wind turbines and/or wind farms are crucial parameters for stakeholders such as OEMs, operators, owners and investors. The efficiency and life time of wind power heavily depends on operation and maintenance efforts. Every manufacturer or owner wants to have wind turbines with high reliability, which can be defined as the probability that a wind turbine will perform its designed function for a certain period of time under stated conditions. In this regard, IEC WG26 is now developing a technical specification defining information categories from which reliability metrics can be identified and reported.
키워드
풍력발전단지, 풍력발전기, 신뢰성, 신뢰성 블록 선도, 위험관리
참고문헌(4)
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[단행본] T. Ackermann / 2005 / Wind Power in Power Systems / John Wiley and Sons
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[단행본] Wallace R. Blischke / 2000 / Reliability: Modeling, Prediction, and Optimization / Wiley and Sons
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[단행본] Burton, T. / 2011 / Wind Energy Handbook / John Willey & Sons, Ltd
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[보고서] R. R. Hill / 2008 / Wind Turbine Reliability: A Database and Analysis Approach