Diseño línea de transmisión a 115 kv multi circuito mediante uso de PLS CADD

Abstract

In the dynamic and changing world of electrical engineering, the efficient design of transmission lines is essential to ensure a reliable and sustainable supply of electrical energy. The continuous technological advancement and exponential growth in energy demand has made it of vital importance. optimize the capacity and effectiveness of electrical transmission networks, just as roads allow the transport of vehicles, transmission lines act as pathways for the flow of electrical energy, adapting to load conditions. However, these infrastructures face important challenges, such as environmental and topographic impacts, among these, climate emerges as a crucial factor that can influence the operation and integrity of transmission lines, in response to this complexity, technological innovation has given way to the development of specialized software capable of simulating and predicting the behavior of lines under different environmental and topographic conditions. One of the most prominent programs in this area is PLSCADD recognized for its ability to accurately model the terrain and configure the design parameters efficiently in contrast to traditional methods, which lack computational assistance, the use of PLS ​​CADD offers more detailed engineering and a better understanding of key aspects of transmission line design. Over time, these software have evolved, integrating a wide range of tools that optimize the design process and allow greater precision in the planning and construction of electrical transmission lines. In this context, the present work explores the design of a transmission line using the PLS CADD software, highlighting its advantages over conventional methods and its contribution to the development of more efficient and resilient electrical infrastructures.