Apoyo a ingeniería para la renovación de equipos inductivos en subestaciones: La Virginia, Betania y Ibagué

Abstract

Ventura Ingenieros is an organization specializing in providing consulting, design, and execution services for electrical and civil infrastructure projects. Its main activity focuses on delivering high-precision technical solutions for the energy sector. However, the company faced a strategic challenge related to optimizing its workflows and overcoming limitations in data processing capacity. Given the increased demand for detailed engineering projects, the need was identified to integrate specialized profiles to ensure timely contract fulfillment and the efficient management of large volumes of geospatial information. The importance of the work carried out lay in guaranteeing the geometric and positional consistency of the topographic information used in the detailed engineering phase for the renewal of inductive equipment at the La Virginia 500 kV, Betania 230 kV, and Ibagué 230 kV substations. Therefore, this internship was undertaken to strengthen the company's operational processes through technical support in the management of high-throughput data capture technologies. The study focused on applying advanced surveying engineering skills to data management. A hybrid methodology was employed, combining the rigor of GNSS positioning (supported by the Magna-Eco Active Network) and high-precision geometric leveling with the capabilities of 3D LiDAR scanning (FJD Trion S1 scanner) and photogrammetry using unmanned aerial vehicles (Mavic 2 Pro). This approach enabled the generation of complex spatial products with the highest quality standards in active substation environments