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An Asset Management Approach to Momentary Failure Risk Analysis on MV overhead Lines

机译:瞬时故障风险分析MV架空线路的资产管理方法

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Original concept of tradeoff between risk and return in asset management is more challenging in electric distribution application. Complexities of distribution network challenge asset managers within decision makings. All asset management activities should be carried out in accordance with the whole distribution network. In other words, considering assets of distribution individually would be misleading for prospective decision makings. This paper presents an asset management approach to momentary failure risk analysis in Greater Tehran Electricity Distribution Company (GTEDC). A method is presented here, using a feature selection algorithm, for identification top momentary failure modes. The sample feeders under study are then classified based on the extracted features, and the samples are allocated to the most appropriate class, which is ranked based on the relevant average momentary failure rate of each class. Subsequently, two different risk factors which address technical risk as well as network reliability risk are evaluated for each class. The classes are then compared with each other based on the relevant risk factors and different aspects of maintenance strategy allocations are discussed eventually. Results of the study indicate on significant differences considering an individual component during asset management versus whole network considerations.
机译:风险和资产管理收益之间权衡的原始概念是更具挑战性的配电应用。决定料内分销网络的挑战资产管理的复杂性。所有资产管理业务应按照整个分销网络进行。换句话说,考虑到独立分布的资产将误导未来的决定要素。本文提出一种资产管理办法,瞬间失效风险分析在大德黑兰配电公司(GTEDC)。一种方法,这里提出,使用特征选择算法,用于标识顶部瞬时故障模式。所研究的样本冒口然后根据所提取的特征进行分类,并将样品被分配到最合适的类,它是基于每个类的相关平均瞬时故障率排名。随后,其解决的技术风险以及网络的可靠性风险两个不同的危险因素为每个类进行评价。这些类然后根据相关的危险因素和维护策略分配的不同方面相互讨论,最终比较。研究结果表明在考虑资产管理对整个网络的考虑在单个组件显著差异。

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