Marine wind power generation technology is attracting attention as an eco-friendly future technology because it can maintain stable efficiency compared to land wind power generation and has excellent spatial, environmental, and economic effects. Early offshore wind power platforms are land-like fixed platforms (Jacket, Drilled shaft), which pose several problems due to lack of consideration for marine environmental factors.

Since the 1990s, floating offshore wind power platforms and technology development have been actively carried out, showing higher power generation efficiency than fixed offshore wind power platforms installed in shallow waters, and opening the possibility of building large-scale wind farms

BANDI serves as the lead research institute for a large national technology development research project for the development of new concept floating bodies, which is an important part of the super-large floating offshore wind power generation platform. The objectives of these technology development research projects are.

1. Development of LCOE-saving 20MW+ class floating offshore wind platform

2. Development of super-large hybrid floating bodies using CFDS (Concrete Filmed Double Skin) and HDS (High Ductility Steel)

3. Development of design technology for hybrid mooring lines and innovative mooring devices capable of rapid installation