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Establishing parameters of very high voltage power lines for various loadings and atmospheric conditions

机译:建立用于各种负载和大气条件的超高压电力线的参数

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The idea of establishing parameters of electro-power system elements under real conditions of work, and therefore of very high voltage power lines, was suggested at CIGRE congress of 1972. In Romania, I undertook the work on this applied research. In the classical theory of the symmetrical quadrupole of a very high voltage power line, it was considered known its uniform distributed parameters and the magnitudes of its input values and its output values unknown. The problem arising is to determine its internal parameters when the input and output values are known. It was necessary to develop an adequate mathematical method for this purpose, and in the first part of the article I present it in detail. The article presents an adequate way of measurement to reach this purpose, as well as the necessary cautions to do away with the possible errors of measurement, and a synthesis of the results obtained. It also presents one method for testing in laboratory, to double check the correctness of the results of the real high voltage line parameter measurements, because they seem to be abnormal, different from those previously considered as normal. The results of the measured parameters obtained in the laboratory model confirm the results obtained on the real high voltage lines. Finally, I present the theoretically explanation of this results.
机译:在1972年的CIGRE大会上提出了在实际工作条件下建立电力系统元件的参数的想法,因此在非常高电压的电力线条件下建立参数。在罗马尼亚,我进行了这项应用研究。在超高压电力线对称四极杆的经典理论中,人们认为它的分布参数均匀,输入值和输出值的大小未知。出现的问题是在知道输入和输出值时确定其内部参数。为此目的,有必要开发一种适当的数学方法,在本文的第一部分中,我将对其进行详细介绍。本文介绍了达到此目的的一种适当的测量方法,以及消除可能的测量误差和所得结果综合的必要注意事项。它还提出了一种在实验室中进行测试的方法,以便仔细检查实际高压线路参数测量结果的正确性,因为它们似乎异常,不同于以前认为正常的结果。在实验室模型中获得的测量参数的结果证实了在实际高压线上获得的结果。最后,我对这一结果进行理论解释。

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