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A new mathematical model of moisture equilibrium in mineral and vegetable oil-paper insulation

机译:矿物和植物油纸绝缘中水分平衡的新数学模型

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摘要

Moisture equilibrium characteristics of oil-paper insulation systems are important for insulation condition evaluation of oil-filled transformers. This paper presents moisture equilibrium curves of mineral and vegetable oil-paper insulation systems obtained by both direct and indirect methods. A new mathematical model is proposed to determine moisture content in oil-paper insulation systems. Experiments on moisture equilibrium in oil-paper insulation systems are conducted. The results estimated through the mathematical model agree with experimental results. The moisture equilibrium curves between vegetable and mineral oil-paper insulation systems are presented and compared. The moisture content in the vegetable oil-impregnated paper is significantly smaller than that in the mineral oil-impregnated paper, when both types of insulating oils have the same moisture content.
机译:油纸绝缘系统的水分平衡特性对于充油变压器的绝缘状态评估很重要。本文介绍了通过直接和间接方法获得的矿物和植物油纸绝缘系统的水分平衡曲线。提出了一种新的数学模型来确定油纸绝缘系统中的水分含量。进行了油纸绝缘系统中水分平衡的实验。通过数学模型估算的结果与实验结果吻合。给出并比较了植物油纸与矿物油纸绝缘系统之间的水分平衡曲线。当两种类型的绝缘油具有相同的水分含量时,植物油浸渍纸中的水分含量显着小于矿物油浸渍纸中的水分含量。

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