Researchers cut floating wind costs 40 percent just by using basic geometry

Researchers at the University of Queensland developed a simpler geometry-based floating offshore wind platform.

The design uses conventional marine materials and internal stabilization features to cut costs.

Simulations showed about a 40% cost reduction versus similar existing platforms while remaining stable in extreme weather.

The platform could support a 3.6-megawatt turbine in deep water, potentially boosting floating wind adoption.