Title of article :
Analysis of Wind Speed Data Based on the New Upper Truncated Inverse Weibull Distribution; A Case Study: Ardabil, Iran
Author/Authors :
Yari, Gholamhossein Iran University of Science and Technology , Karimi Ezmareh, Zahra Iran University of Science and Technology
Abstract :
In this paper, for the first time, the upper truncated inverse
Weibull (UTIW) distribution is proposed for modeling wind speed data.
Since there is a upper limit for empirical wind speed data, this data can
be represented by using the UTIW distribution. In this study, the UTIW
distribution is introduced and some of its statistical properties are studied.
Then, the parameters of this distribution are estimated by using different
methods. Simulation studies for these estimators are presented. In addition,
the mentioned distribution performance is tested on real wind speed data of
Ardabil province in Iran. Based on the results of the analysis, it is found that
the presented distribution in this study for modeling wind speed data is more
appropriate than recently introduced distributions. Finally, this distribution
can be used as an alternative model for evaluating wind speed data.
Keywords :
Inverse Weibull distribution , model selection criteria , Monte-Carlo simulation , parameters estimation , wind speed , upper truncated inverse Weibull distribution
Journal title :
Journal of Theoretical and Applied Physics