In addition, Hi-Float provides higher productivity considering the construction yard infrastructure and efficiency of marine operations. Seon Mook Lim, Executive Vice President of HHI, said: "Obtaining the AiP for these innovative floating offshore wind turbine foundations is a meaningful technological milestone that will enable our solutions to contribute to the global decarbonisation effort. The good performance of Hi-Float in offshore environment was verified through numerical analysis and wave basin model testing.
A passive ballast system ensures that risk is kept to a minimum during offshore operations. The offshore floating wind substructure Hi-Float is designed to support a 10 MW wind turbine with proven semi-submersible and mooring technology.īased on HHI’s vast experience with offshore projects, the offshore floating wind substructure Hi-Float is designed to support a 10 MW wind turbine with proven semi-submersible and mooring technology. The certificate was delivered to Seon Mook Lim, Executive Vice President of HHI, by Christophe Capitant, Chief Country Executive of BV Korea, at a ceremony hosted by HHI Offshore and Industrial Division in Ulsan, Republic of Korea. Ltd (HHI) for its design and development of Hi-Float, a floating offshore wind turbine foundation. Bureau Veritas (BV) has delivered an Approval in Principle (AiP) to Hyundai Heavy Industries Co.
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