Abstract
In order to insure the safe running of wind turbine in high efficiency under the premise of lowest maintenance cost, preventive maintenance cycles need to be determined reasonable. In this paper, the special operation environment, complicated fault type and diversified situation of wind turbine are full considered, preventive maintenance cycle decision making optimization model is established under the minimum maintenance cost and availability constraints. Finally, gear box system is taken as an example for analysis and calculation to show the feasibility and rationality of model, the results can provide scientific decision basis for planning maintenance of wind turbine.
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