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首页> 外文期刊>IEEE Transactions on Power Delivery >A moisture-in-oil model for power transformer monitoring - Part II: Experimental verification
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A moisture-in-oil model for power transformer monitoring - Part II: Experimental verification

机译:用于电力变压器监控的油中水分模型-第二部分:实验验证

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For Part I see ibid., p.1417-22, 2005. In the companion paper, a model to detect failures leading to an increase of the water content in transformer oil was proposed. In this paper, the experimental verification of the model is presented. The model was tested in a 1500-kVA test transformer constructed as a reduced scale model of a 60-MVA 220-kV transformer. In order to load the transformer to have the capability of varying load and power factor over a wide range, the opposition method described in IEC 60076-2 Standard was used. Sensors to measure temperature and moisture in oil were installed in the test transformer. The model was adjusted and validated using a set of data corresponding to different operating conditions. The transformer was submitted to an accelerated aging process studying the model response in such a case. In order to verify the model's ability to detect failures, a water ingress in the transformer was simulated.
机译:对于第一部分,请参见同上,第1417-22页,2005年。在配套文件中,提出了一种检测导致变压器油中水含量增加的故障的模型。本文对模型进行了实验验证。该模型在1500 kVA测试变压器中进行了测试,该变压器构造为60 MVA 220 kV变压器的缩小比例模型。为了使变压器具有较大的负载和功率因数变化的能力,使用了IEC 60076-2标准中描述的对立方法。测试变压器中安装了用于测量油中温度和湿度的传感器。使用与不同操作条件相对应的一组数据来调整和验证模型。在这种情况下,变压器经历了加速老化过程,研究了模型响应。为了验证模型检测故障的能力,对变压器进水进行了仿真。

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