Advanced SearchSearch Tips
A Study on the Structural Analysis of Jacket Type of Substructure With respect to 5MW Offshore Wind Power Generation
facebook(new window)  Pirnt(new window) E-mail(new window) Excel Download
 Title & Authors
A Study on the Structural Analysis of Jacket Type of Substructure With respect to 5MW Offshore Wind Power Generation
Sun, Min-Young; Lee, Ki-Yeol; Moon, Byoung-Young;
  PDF(new window)
The currently applied structure and fatigue assessment of support structure for offshore wind energy converter was based on common design rules. The accurate evaluation for environments of sea floor as to installation of support structure, loads of generator, dynamic loads in operation, and offshore environmental loads might be an essential requirement to acquire a safety design for the substructure. This study aims at dedicating to offshore-relevant technology fields by suggesting design methods of structures and estimating their safety in relation to the structural analysis of the substructure requiring high safety to various environment conditions. Especially, with respect to 5MW Offshore Wind Power System, this study will provide information about major wind directions and duration in combination with the developing wave climate at the test field. In this study in the dynamic analysis for 5MW offshore wind power substructure which is considered to be proper in Korea, it is expected that reliability of domestic technology is confirmed with respect to its structural stability.
Substructure;Jacket Type;Offshore Wind Turbine;CFD Analysis;Structural Analysis;Ocean Environment;
 Cited by
Bloomberg New Energy Finance/ League Table Result Book, (2011).

C.Y. Son, Offshore Wind Turbine Technology, (2010).

G. Haake, Research on Support Structures in the German Offshore Wind Farm Alpha Ventures, (2009).

GL, Rules and Guidelines, (2003).

IEC, IEC 61400-1 : Wind Turbine Generating Systems - Part1 : Safety Requirements, IEC, (1999).

Issue Quest, The Market State and Prospect of Offshore Wind Turbine, (2011).

J.B. Won and M.E. Kim, Maritime Meteorological Tower Design Evaluation, (2010).

J.D. Jeon and E.C Jeon, Optimize Design for 5MW Offshore Wind Turbine Sub-structure Jack-up Platform, Journal on the Korean Society of Manufacturing Process Engineers, Vol.11, 6, (2012) 115-122.

Korea Register of Shipping, Rules Fixed Offshore Structures, (2000).

Korea Offshore Wind, Southwest basic design of the offshore wind turbine foundation structure report, (2013).

M.Y. Sun, Support structures for offshore wind farm optimal design and maintenance of the internat ional joint research, Korea Marine Equipment Research Institute, (2011).

Y.C. Oh, 5MW offshore wind substructure system-level design and safety analysis of a survey resear ch, (2013).