Multi Voltage Multi Circuit Transmission Tower Design to Reduce Right of Way

Yasaswini,; Lalitha, S. V. N. L.; Talati, Shefali

doi:10.17485/ijst/2016/v9i33/95724

Cited by 3 publications

(1 citation statement)

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“…In all wind zones of India, the XBX -bracing system was determined to be more cost-effective than the XX -bracing system. Yasaswini [13] (Multi Voltage Multi Circuit Transmission Tower Design to Reduce Right of Way) An novel strategy for reducing the ROW width in MVMCT design is proposed in this research. A case study on MVMCT with three different voltages (400kV/220kV/33kV) was conducted, and it was shown that the proposed design is both technically superior and cost effective.…”

Section: IVmentioning

confidence: 99%

A Review on Analysis and Design of Transmission Tower

Jadhav¹

2022

IJRASET

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The structural planning and design process involves not just imagination and intellectual thinking, but also a thorough understanding of structural engineering science, as well as practical knowledge of modern design codes and bye laws, as well as a wealth of experience, intuition, and judgement. The goal of standards is to ensure and improve the safety of people and the environment. Tower is a steel structure developed by maintaining a delicate balance between economics and security. The transmission tower, in particular in order to establish a comfortable environment, the first thing that must be considered is safety. For the benefit of the beings in the immediate vicinity As a result, the transmission tower must be built and maintained properly. Therefore, the transmission tower has to be constructed with a proper care and maintenance. By normal designing and analysis of the tower it requires a more time so we adopt different softwares to obtain the results. So, analysis and designing of a transmission tower is done by “STAAD.Pro V8i”. Keywords: Transmission Line Tower, Analysis, Design, Staad-pro.

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Section: IVmentioning

confidence: 99%

A Review on Analysis and Design of Transmission Tower

Jadhav¹

2022

IJRASET

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Electric Fields due to A 500 kV Quadruple Circuit Transmission Line: Some Aspects Concerning Public Exposure

Prasad

Punekar

2019

2019 4th International Conference on Electrical, Electronics, Communication, Computer Technologies and Optimization Techniques

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Mathematical Simulation for Right of Way Corridor for Overhead Transmission Line

Ranjan,

Krishnan,

Kumar

2024

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Transmission lines play a vital role in the operation of a reliable electrical power system and that is why the transmission line system is considered as a lifeline system for power supply. The transmission line traverses across the length and breadth of the country, and it crosses all the natural reserves like forests, rivers, vegetation, mountains, etc., to make the system effective, Right of Way (ROW) plays a decisive role in the transmission line. But in today’s growing population and economy, land acquisition for the construction of transmission lines is a major bottleneck. This leads to huge compensations for the utilities and a threat to the natural resources. This paper attempts to arrive at a mathematical simulation for effective ROW by studying different codal provisions and utility practices. The approach is made to make efficient use of the land available without compromising any relevant parameters for ROW.

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Multi Voltage Multi Circuit Transmission Tower Design to Reduce Right of Way

Cited by 3 publications

References 0 publications

A Review on Analysis and Design of Transmission Tower

A Review on Analysis and Design of Transmission Tower

Electric Fields due to A 500 kV Quadruple Circuit Transmission Line: Some Aspects Concerning Public Exposure

Mathematical Simulation for Right of Way Corridor for Overhead Transmission Line

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