ABS said the HyfloWind Float is a hybrid floating offshore wind structure developed to enhance production efficiency and simplify deployment. The company noted that the design differs from traditional all-steel platforms through the adoption of a concrete-based steel composite structure. According to ABS, this approach allows fabrication in locations where steel production is limited and reduces the costs linked to importing steel materials.
The company explained that integrating a steel frame with a concrete foundation decreases overall structural weight. This feature is intended to improve installation flexibility and help developers adapt to local industrial conditions.
Rob Langford, ABS Vice President of Global Offshore Renewables, emphasized the importance of technological progress within the wind energy sector. He said: “Innovation is essential as the global offshore wind industry seeks to scale and provide countries with renewable and reliable energy sources. The HyfloWind Float represents a groundbreaking method for constructing floating wind platforms, empowering nations to leverage regional materials and labor. ABS is proud to support pioneering developments like SHI’s platform.”
Ahn Young-Kyu, Vice President of Samsung Heavy Industries, said the solution responds to customer needs in emerging offshore wind markets. He said: “This hybrid floating solution is tailored to meet the needs of customers who prioritize local content. Together with our existing steel models, we are establishing a flexible supply system to support global offshore wind expansion, including key markets across Asia.”
ABS said it continues to offer offshore services and evaluate new technology to support safe asset management in offshore operations. The company noted that its work includes reviewing innovative structures and assisting developers as they introduce new floating wind concepts.
The announcement underscores ongoing efforts by global industrial players to advance offshore wind technology, widen material sourcing options, and support the expansion of renewable energy. The HyfloWind Float is presented as a solution for regions seeking to increase domestic participation in project development while adopting designs that may reduce logistical challenges and support efficient deployment processes.
Overall, the approval in principle marks a step for SHI’s hybrid platform design as it moves toward broader commercial application. The project aligns with industry trends toward diversified materials, optimized structures, and support for local industries in the development of offshore wind resources.
