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10MW 이상급 해상풍력 복합재(EVA)적용 구조물 타당성에 대한 연구 The Feasibility Study of Float Structure with EVA for Offshore Wind Turbine(10MW or higher)

강성민, 장호철, 최용석, 박경렬, 정경은, 김운성, 정재호, 박영진, 이경준
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  • URLhttp://db.koreascholar.com/Article/Detail/429412
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한국기계기술학회지 (韓國機械技術學會誌)
제25권 제6호 (2023.12)
pp.1151-1157
한국기계기술학회 (Korean Society of Mechanical Technology)
초록

In alignment with South Korea's “3020 Renewable Energy Expansion Plan,” this study focuses on the developing large-scale floating wind turbines. It addresses the challenges of increased size and cost in floating structures for wind turbines over 10MW. This paper details the preliminary design of a novel floating substructure utilizing composite materials(ie, EVA). Structural analysis was performed using ABAQUS, accounting for both typical and extreme wind conditions. Results from the analysis validate that the substructure design is adequately feasible for implementation.

키워드
Renewable EnergyFloating Wind TurbinesFloating Structures DesignComposite Material
저자
  • 강성민(가천대학교) | Seong-Min Kang
  • 장호철(가천대학교) | Ho-Cheol Chang
  • 최용석(가천대학교) | Yong Seok Choi
  • 박경렬(가천대학교) | Park Kyeongryeol
  • 정경은(가천대학교) | kyung eun Jeong
  • 김운성(가천대학교) | kim un-seong
  • 정재호(가천대학교) | Jae-Ho Jeong
  • 박영진(경상국립대학교) | 박영진
  • 이경준(가천대학교) | KYUNGJUN LEE Corresponding author