The Mediterranean Sea is becoming a key region for marine renewable energy (MRE), particularly for floating wind turbines (FOWTs), which can harness wind energy in its deep waters. This paper presents the research conducted at MaRELab, a field laboratory off the coast of Naples Harbour, established to test and develop multi-modular floating structures. MaRELab is pivotal in advancing and de-risking MRE technologies by providing critical insights into their performance, scalability, and sustainability. This study explores the design, testing, and continuous development of MRE technologies at MaRELab, focusing on the experimental campaign conducted on a floating wind turbine. The knowledge gained is essential for fostering MRE advancements in the Mediterranean and scaling up these technologies to contribute to global renewable energy goals.
Advancing Marine Renewable Energy in the Mediterranean Sea: Devices Development and De-Risking Strategies at MaRELab
Azzellino, Arianna;
2025-01-01
Abstract
The Mediterranean Sea is becoming a key region for marine renewable energy (MRE), particularly for floating wind turbines (FOWTs), which can harness wind energy in its deep waters. This paper presents the research conducted at MaRELab, a field laboratory off the coast of Naples Harbour, established to test and develop multi-modular floating structures. MaRELab is pivotal in advancing and de-risking MRE technologies by providing critical insights into their performance, scalability, and sustainability. This study explores the design, testing, and continuous development of MRE technologies at MaRELab, focusing on the experimental campaign conducted on a floating wind turbine. The knowledge gained is essential for fostering MRE advancements in the Mediterranean and scaling up these technologies to contribute to global renewable energy goals.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


