Fernando Martínez Gil

This lecture offers a comprehensive introduction to wave energy, one of the planet's most reliable reservoirs of kinetic energy, distinguished by its high energy density and predictability compared to solar or wind resources. The session begins by analyzing wave formation and the transfer of energy from wind to the sea's surface, identifying geographic regions best suited for large-scale deployment.

The core of the presentation examines the diverse landscape of Wave Energy Converters (WECs), including point absorbers, oscillating water columns, and attenuators, explaining how these technologies capture water motion to drive electrical generators. The talk also addresses the realities of offshore operations, covering engineering strategies for structural survival during extreme weather, long-term maintenance, environmental impact on marine ecosystems, and socio-economic challenges of grid integration.

The lecture concludes with an outlook on the future of wave energy, reviewing current pilot projects and the potential of hybrid wind-wave offshore platforms, providing perspective on how wave energy can contribute to a resilient, diversified global energy portfolio.

Biography:

Fernando Martínez Gil is an Industrial Engineer specialized in automation and management. He holds a dual academic background from the University of Skövde (Sweden) and the University of Malaga (Spain), along with a Master's degree in Connected Industry 4.0 from the University Carlos III of Madrid. He is currently pursuing a PhD in Renewable Energy, supported by an FPU fellowship from the Spanish Ministry of Universities. His research focuses on wave energy, covering resource assessment, extreme event analysis, and optimal siting of wave energy farms. He applies optimization algorithms integrating orographic, regulatory, and cost analyses to advance sustainable marine renewable deployment.

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