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Modeling and simulation of water treeing in dielectric samples

机译:介电样品中水树木的建模与仿真

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A study and analysis of water tree phenomena in insulating materials was carried out on samples of XLPE. A model was prepared and simulation program was developed using the finite element technique to investigate the effect of different parameters. Alternating voltage was applied at room temperature, different needle tip angles were tried at different voltage levels. The relative permititivity of water was changed from 6 to 80. Water trees are initiated from the micro-voids in the dielectric material at the needle tip. The study included the samples with void and others without void. The results obtained from models are in good agreement with experimental findings. The conditions of inhibition of water trees were investigated, with a main goal of increasing the lifetime of dielectrics and electric equipment.
机译:在XLPE样品上进行了绝缘材料水树现象的研究与分析。 准备了模型,并使用有限元技术开发了仿真程序,以研究不同参数的效果。 在室温下施加交流电压,在不同的电压水平下尝试不同的针尖角。 水的相对混合性从6到80变为80.水树从针尖处的介电材料中的微空隙引发。 该研究包括空隙和其他没有空隙的样品。 从模型中获得的结果与实验结果吻合良好。 研究了水树的抑制条件,主要是增加电介质和电气设备的寿命。

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