Wind energy continues to play a vital role in achieving global decarbonization objectives by providing reliable, scalable, and environmentally sustainable electricity generation. Technological innovations in turbine design, offshore installations, floating wind platforms, and digital asset management are significantly improving energy production while reducing operational costs.
This scientific session will examine engineering advancements in onshore and offshore wind systems, aerodynamic optimization, structural integrity, predictive maintenance, environmental assessment, and grid integration. Discussions will also explore offshore transmission networks, floating foundations, digital twins, artificial intelligence for operational optimization, and innovative approaches to extending turbine lifespan.
Researchers and industry professionals are invited to share cutting-edge research on wind resource assessment, project development, environmental sustainability, offshore engineering, and future trends shaping the global wind energy sector. The session aims to promote interdisciplinary collaboration that supports the expansion of efficient and resilient wind energy infrastructure.