Simulation of Continuous Tension Stringing Process of Conductor with Bending Stiffness Model

At present, there is no research on the calculation of tension variation of the conductor with bending stiffness model between the continuous span during tension stringing construction. Aiming at the typical terrain with large elevation difference in UHV project, a vector finite element method for calculating the tension of the conductor with bending stiffness model passes through the pulley in the process of tension stringing is proposed. The process of the wire rope under the action of the tractor pulling the conductor passes through the pulley continuously is realized. The variations of tension of tensioner and tractor, reaction force of pulley and envelope angle of the conductor passes through the pulley are obtained by simulation of tension stringing conditions such as 1 pulls 1, 1 pulls 2, etc, which provides reference for equipment selection for the tension stringing construction of mountain terrain with large elevation difference.

Transmission line, bending stiffness, conductor, tension stringing, vector finite element method, numerical simulation

Chen Liu, Jian Qin, Jiancheng Wan, Simulation of Continuous Tension Stringing Process of Conductor with Bending Stiffness Model. 2019 Scientific Conference on Network, Power Systems and Computing (NPSC 2019), 2019: 31-34. DOI: https://doi.org/10.33969/EECS.V3.008.