干燥和油浸条件及温度循环对电力变压器绕组夹紧力的影响

C. Krause, W. Goetz, B. Heinrich
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引用次数: 19

摘要

本研究报告了加工条件对变压器绕组静态夹紧力的影响以及夹紧力随时间的变化。采用不同的干燥和浸渍工艺,以及不同的夹紧和温度条件,建立了小型圆盘绕组模型。结果证实了合理控制工艺参数的重要性。此外,研究了时间和温度变化的影响,因为它们通常发生在负载循环中。观察到夹紧力的显著变化,这意味着静力与最初设定的值有很大偏差,在油浸渍之前。即使在10天的短时间内,夹紧压力也略有下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The impact of drying and oil impregnation conditions and of temperature cycles on the clamping force of power transformer windings
This study reports on the effect of processing conditions on the static clamping force of transformer windings and on the variation of the clamping force with time. Small scale disc winding models were submitted to various drying and oil impregnation procedures, as well as different clamping and temperature conditions. The results confirm the importance of properly controlled processing parameters. Furthermore, the impact of time, and of temperature variation as they typically occur at load cycles, was investigated. Significant change of the clamping force was observed, which means that the static force deviated considerably from the value as set initially, prior to oil impregnation. Even within a short period of 10 days, a slight overall decrease of the clamping pressure was measured.
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