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Risk-based operation and maintenance planning for offshore wind turbines

机译:基于风险的海上风机运行和维护计划

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Operation and Maintenance (O&M) are large contributors to the cost of energy for offshore wind turbines. Optimal planning of O&M should include use of inspections and monitoring results to make decisions that minimize the expected costs through the lifetime of the structures. For offshore structures it is especially important because of the dependence on weather windows for inspections and repairs to be possible. A model has been developed to estimate the expected costs to corrective and condition based maintenance for a wind turbine with a single component. The deterioration of the component is simulated, and the expected costs are found for different strategies. An application example shows that condition based maintenance has the potential of reducing the costs, and a risk based approach can be used to find the optimal strategy for O&M. Further the influence of failure rate and damage parameters are evaluated.
机译:运行和维护(O&M)是造成海上风力涡轮机能源成本的主要因素。运维的最佳计划应包括使用检查和监视结果来制定决策,以在整个结构寿命期内将预期成本降至最低。对于海上结构而言,这一点尤为重要,因为可能要依赖于天气窗进行检查和维修。已经开发出一种模型来估计具有单个组件的风力涡轮机的校正和基于状态的维护的预期成本。模拟了组件的退化,并找到了不同策略的预期成本。一个应用示例表明,基于状态的维护具有降低成本的潜力,并且可以使用基于风险的方法来找到运维的最佳策略。进一步评估了故障率和损坏参数的影响。

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