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An optimization method for tidal current turbine array layout based on particle swarm optimization
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DOI：10.1016/j.energy.2026.140583.png)
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Abstract
En 中文
• Introduces a bi-objective TAM-MPMOS model balancing total generated energy and marine space use. • Defines the Marine Space Utilization Rate (MSUR) to quantify spatial efficiency in turbine arrays. • Develops an Adaptive Lévy-flight Chaotic PSO (ALCPSO) to improve global search and convergence accuracy. • Proposed method achieves 36.53% higher total generated energy and a 33.56% reduction in centroid distance compared to staggered layouts. • Demonstrates better solution stability and computational efficiency than benchmark algorithms.
Keywords:
Tidal current turbine array
Marine Space Utilization Rate
Adaptive Lévy-flight Chaotic PSO
Energy generation optimization
Layout optimization