Investigation on the influence of mooring material and configuration on energy conversion efficiency and extreme mooring tension in a novel multi-body floating-point absorber

Key Points

• Energy conversion efficiency is significantly influenced by mooring material and configuration, affecting system performance.
• The configurations tested led to variations in extreme mooring tension, impacting structural integrity during operation.
• Analysis of multi-body floating-point absorber systems emphasizes the role of optimal mooring designs for improved energy capture.
• Findings highlight the need for tailored mooring solutions to maximize efficiency and ensure safety in marine energy systems.