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A GA-based grey prediction model for predicting the gas-in-oil concentrations in oil-filled transformer

机译:基于遗传算法的灰色预测模型,用于预测充油变压器中的油中气体浓度

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Dissolved-gas-analysis (DGA) techniques are widely used to diagnose oil-filled transformer insulation, but the conventional procedure acquiring the gas-in-oil concentrations is not timely. To make up the disadvantage, a new method based on a genetic algorithm and the grey theory to predict the gas-in-oil concentrations is proposed in This work. The grey model (GM(1,1)) has been improved and a new optimized grey model (GM(1,1,/spl beta/)) has been constructed. The genetic algorithm has been applied to search the optimal parameters of the GM(1,1,/spl beta/) model. The validity of the GA-based GM(1,1,/spl beta/) model was verified with two prediction examples.
机译:溶解气体分析(DGA)技术被广泛用于诊断充满油的变压器绝缘,但是获取油中气体浓度的常规程序并不及时。为了弥补这一缺点,在这项工作中提出了一种基于遗传算法和灰色理论的预测油中瓦斯浓度的新方法。灰色模型(GM(1,1))已得到改进,并且构建了新的优化灰色模型(GM(1,1,/ spl beta /))。遗传算法已被应用于搜索GM(1,1,/ spl beta /)模型的最佳参数。通过两个预测示例验证了基于GA的GM(1,1,/ spl beta /)模型的有效性。

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