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Optimization of maintenance strategy of renewable energy production system (REPS) for minimizing production loss

机译:优化可再生能源生产系统(REPS)的维护策略,以最大程度地减少生产损失

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摘要

The concept of eco-maintenance aims to prolong the lifetime of the system to maintain while minimizing environmental losses due to maintenance. This concept is developed for renewable energy production system (Reps) like wind turbines or photovoltaic panel. REPS generate clean and inexhaustible energy. However the production of this energy is unpredictable because it depends on the weather. Moreover failures that occur on the means of production make the operation less interesting. However the implementation of technical resources (fault detection sensor, vehicles and transfer system for technicians, tools and spare parts) improves the performance of the production system. In this paper a model for REPS with an application on wind energy production system (offshore wind farm + maintenance systems) was developed and simulations have been performed. Hence we show the importance to design and optimize the maintenance the REPS for reducing cost and environmental issues.
机译:生态维护的概念旨在延长维护系统的寿命,同时将维护带来的环境损失降至最低。此概念是为可再生能源生产系统(Reps)(例如风力涡轮机或光伏面板)开发的。 REPS产生清洁,取之不尽的能量。但是,这种能量的产生是不可预测的,因为它取决于天气。此外,在生产资料上发生的故障使操作变得不太有趣。但是,技术资源(故障检测传感器,技术人员的车辆和传输系统,工具和备件)的实施会提高生产系统的性能。本文开发了一种REPS模型,并将其应用于风能生产系统(海上风电场+维护系统),并进行了仿真。因此,我们显示出设计和优化REPS维护以降低成本和环境问题的重要性。

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