Potential Benefits of Including Motion Sickness Predictions in an Offshore Wind Operational Planning Tool
article
The challenges of offshore wind energy maintenance, particularly in addressing motion sickness among technicians, have implications for both safety and operations. Current methodologies often rely on simplistic metrics such as Motion Sickness Incidence (MSI), which fail to capture symptoms preceding emesis. This study introduces a novel motion sickness model based on the Motion Illness Symptoms Classification Scale (MISC), which accounts for a broader spectrum of symptoms and integrates three-dimensional linear accelerations. By incorporating motion sickness predictions into decision-making processes, this approach enables more informed planning strategies, optimizing technician well being and operational efficiency. Through case studies evaluating various scenarios, including vessel speed adjustments, route deviations, and technician rest periods, the model offers insights into mitigating motion sickness and improving offshore wind operations
Topics
TNO Identifier
1021321
Source
Journal of Physics - EERA DeepWind Conference 2025, pp. 1-11.
Pages
1-11