Diminishing the Right of Way (RoW) With Multi Voltage Multi Terminal Transmission Tower

Objective: To mitigate right of way (RoW) with multi-voltage multi-terminal and a multiple circuit transmission tower. Process/Analysis: A study on electromagnetic fields and structural optimization has to be conducted, to mitigate the right of way (RoW), a. This optimization consists of different aspects like configuration of the conductor, wind loadings, & cross-arm display. Using COMSOL Multiphysics software, the tower is planned & its structure of it is authenticated for a variety of stresses & wind loadings. By preferring optimal phase sequence, electrostatic and magneto static fields in the region of the tower are studied & are dropped to maximum values. Discoveries: The designed structure resists all the stresses that are allowable. Electrostatic and magneto static fields in this tower’s region are 6 and should be enclosed in the required circumscribes stipulated by means of our Indian standards. When a transmission line is taken into account, this layout is created to be economical in relation to RoW.Applications/Enhancements: Narrow base width, which supports the optimization of the RoW, is measured. The designed tower could embrace 6 circuits and 3 voltages (400 kV, 220kV, 33kV). The tower’s peak was preserved by structural optimization in the normal range.