The best damper of the conductor galloping as the tests confirm, the torsion and detuning damper type TDD 2.3- RO is developed and already mounted on 400 kV lines by live-line procedures in 2013

G. Florea, E. Mateescu, M. Oltean, M. Florea, M. Vaju, L. Lipan
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引用次数: 2

Abstract

The concept of the damping pendulum as torsional damper and detuner (TDD) was created and reported in 1993 by its authors led by Prof. Jean-Louis Lilien from University of Liege- Belgium. Several versions were designed, tested and even used in some minor projects, demonstrating their high capacity to solve the risk of the overhead line conductor galloping with usual frequencies in the range 0.4-0.6 Hz. The parameter describing the damping performance is the transfer function with values in the range 1.52.5 in the case of the previous versions. The new version transfer function came to 3.0, the best met value till now. A description of the pendulum parts, tests carried out and the final design are presented. The pendulum can be easy mounted in Iive-line conditions.
经试验证实,tdd2.3 - RO型扭转失谐阻尼器已于2013年研制成功,并已在400kv线路上运行
由比利时列日大学Jean-Louis Lilien教授领导的作者于1993年提出并报道了作为扭转阻尼器和失调谐器(TDD)的阻尼摆的概念。设计、测试了几个版本,甚至在一些小型项目中使用,证明了它们的高容量,可以解决在0.4-0.6 Hz范围内的常规频率下架空线路导体奔腾的风险。描述阻尼性能的参数是传递函数,在以前的版本中,传递函数的值在1.52.5范围内。新版传递函数达到3.0,是目前为止最好的满足值。介绍了摆锤的组成部分、进行的试验和最后的设计。这种钟摆可以很容易地安装在带电条件下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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