The Experts below are selected from a list of 318 Experts worldwide ranked by ideXlab platform
Shyh-jier Huang - One of the best experts on this subject based on the ideXlab platform.
-
Determination of Suitability Between Wind Turbine Generators and Sites Including Power Density and Capacity Factor Considerations
IEEE Transactions on Sustainable Energy, 2012Co-Authors: Shyh-jier Huang, H. WanAbstract:This paper proposes a new method to assist in determining the suitability degree of site-matching between wind turbine generators and sites. For a given wind site, by considering power density and Capacity Factor, the optimum rated speed of a wind turbine generator is found to exhibit when the Capacity Factors at nonrated and rated operation region are mutually equal. A suitability function is meanwhile suggested as an aid to assess. Through the data acquired from utility, the proposed approach has been practically employed to inspect wind farms in Taiwan. Test results support the feasibility of the method for the application considered.
-
A Modular Approach to Enhance Capacity Factor Computation of Wind Turbine Generators
IEEE Transactions on Energy Conversion, 2011Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:In this letter, a modular approach is proposed to compute the Capacity Factor of wind turbine generators, with which the systematic calculation under manufacturing data can be performed with a higher flexibility. This proposed approach has been compared with existing methods through site wind speed data. Test results help confirm the feasibility of the method for wind source assessment applications.
-
Power Engineering Letters A Modular Approach to Enhance Capacity Factor Computation of Wind Turbine Generators
2011Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:In this letter, a modular approach is proposed to com- pute the Capacity Factor of wind turbine generators, with which the systematic calculation under manufacturing data can be per- formed with a higher flexibility. This proposed approach has been compared with existing methods through site wind speed data. Test results help confirm the feasibility of the method for wind source assessment applications.
-
Enhancement of Matching Turbine Generators With Wind Regime Using Capacity Factor Curves Strategy
IEEE Transactions on Energy Conversion, 2009Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:This letter presents an enhanced strategy for site-matching of wind turbine generators using Capacity Factor curves, which can be employed to determine the optimum turbine rated wind speed that yields a maximum energy at a specific site. This strategy unifies several results from the literature and enables useful extensions and generalizations.
Hsing-ho Wan - One of the best experts on this subject based on the ideXlab platform.
-
A Modular Approach to Enhance Capacity Factor Computation of Wind Turbine Generators
IEEE Transactions on Energy Conversion, 2011Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:In this letter, a modular approach is proposed to compute the Capacity Factor of wind turbine generators, with which the systematic calculation under manufacturing data can be performed with a higher flexibility. This proposed approach has been compared with existing methods through site wind speed data. Test results help confirm the feasibility of the method for wind source assessment applications.
-
Power Engineering Letters A Modular Approach to Enhance Capacity Factor Computation of Wind Turbine Generators
2011Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:In this letter, a modular approach is proposed to com- pute the Capacity Factor of wind turbine generators, with which the systematic calculation under manufacturing data can be per- formed with a higher flexibility. This proposed approach has been compared with existing methods through site wind speed data. Test results help confirm the feasibility of the method for wind source assessment applications.
-
Enhancement of Matching Turbine Generators With Wind Regime Using Capacity Factor Curves Strategy
IEEE Transactions on Energy Conversion, 2009Co-Authors: Shyh-jier Huang, Hsing-ho WanAbstract:This letter presents an enhanced strategy for site-matching of wind turbine generators using Capacity Factor curves, which can be employed to determine the optimum turbine rated wind speed that yields a maximum energy at a specific site. This strategy unifies several results from the literature and enables useful extensions and generalizations.
Leyla Ozgener - One of the best experts on this subject based on the ideXlab platform.
-
Investigation of wind energy potential of Muradiye in Manisa, Turkey
Renewable & Sustainable Energy Reviews, 2010Co-Authors: Leyla OzgenerAbstract:The purpose of this survey is about to investigate wind energy potential of Celal Bayar University Muradiye Campus. The experimental system was commissioned in November 2006 and performance monitoring tests have been conducted since then. Author also undertake a case study to investigate how varying wind speeds considered affect the electricity production of the wind turbine system and to estimate a Capacity Factor which is defined as the ratio of the average power output to the rated output power of the generator. The collected data are quantified and illustrated in the tables, 07th of November 2006 till 09st of December 2007 for comparison purposes. According to experimental studies between 2006 and 2007 years, yearly average wind velocity is found to be 3.21Â m/s at 30Â m height and Capacity Factor is estimated to be 14.1% for Enercon E48 (800Â kW) wind turbine. According to these results, the mean wind speed does not provide economical electricity production from the wind energy.
Mohammed Albadi - One of the best experts on this subject based on the ideXlab platform.
-
wind turbines Capacity Factor modeling a novel approach
IEEE Transactions on Power Systems, 2009Co-Authors: Mohammed Albadi, E F ElsaadanyAbstract:This letter presents a new formulation for wind turbine Capacity Factor using wind speed characteristics at any site and the turbine power curve parameters. When compared to the previous model, the proposed formulation is simpler and more accurate and results in a better turbine design for optimum turbine-site matching.
-
Wind Turbines Capacity Factor Modeling—A Novel Approach
IEEE Transactions on Power Systems, 2009Co-Authors: Mohammed Albadi, Ehab F. El-saadanyAbstract:This letter presents a new formulation for wind turbine Capacity Factor using wind speed characteristics at any site and the turbine power curve parameters. When compared to the previous model, the proposed formulation is simpler and more accurate and results in a better turbine design for optimum turbine-site matching.
J Burnett - One of the best experts on this subject based on the ideXlab platform.
-
investigation on wind power potential on hong kong islands an analysis of wind power and wind turbine characteristics
Renewable Energy, 2002Co-Authors: Hongxing Yang, J BurnettAbstract:Abstract This paper discusses the potential for electricity generation on Hong Kong islands through an analysis of the local weather data and typical wind turbine characteristics. An optimum wind speed, u op , is proposed to choose an optimal type of wind turbine for different weather conditions. A simulation model has been established to describe the characteristics of a particular wind turbine. A case study investigation allows wind speed and wind power density to be obtained using different hub heights, and the annual power generated by the wind turbine to be simulated. The wind turbine's Capacity Factor, being the ratio of actual annual power generation to the rated annual power generation, is shown to be 0.353, with the Capacity Factor in October as high as 0.50. The simulation shows the potential for wind power generation on the islands surrounding Hong Kong.
