Publicaciones
Repositorio Institucional
Navegar
Slide 1 of 5 Ítem Solo Metadatos
Sistema inteligente de monitoreo de la calidad de la energía en tiempo real
(Universidad Tecnológica de Bolívar UTB, 2025) Peña Rodríguez, Linda Marcela; Serpa Pereira, Ariel Andrés; Ligardo Orozco, Gabriel Segundo; Duque Pardo, Jorge Eliecer
El objetivo de este proyecto de titulación es el diseño e implementación de un sistema portátil para el monitoreo inteligente de la calidad de la energía eléctrica en tiempo real, orientado a fortalecer los procesos de formación en la Universidad Tecnológica de Bolívar. El sistema surge como respuesta a la necesidad de contar con herramientas didácticas modernas que permitan a los estudiantes comprender, de forma práctica y segura, el comportamiento de los sistemas eléctricos bajo distintas condiciones de carga. La solución integra un medidor de parámetros eléctricos con un dispositivo de comunicación IoT, que transmite datos de voltaje, corriente, potencia y distorsión armónica a una plataforma en la nube para su visualización y análisis remoto. Los productos desarrollados incluyen el sistema de medición, paneles de visualización en la nube y guías de laboratorio estructuradas. El proyecto fue desarrollado de acuerdo a estándares de ingeniería como IEEE 1159, IEC 61000-4-30, IEEE 519 y NTC 2050, garantizando
Slide 2 of 5 Ítem Solo Metadatos
Air quality monitoring system with predictive model
(Universidad Tecnológica de Bolívar UTB, 2025) Mendoza Ruiz, Santiago; Leal Echenique, Pablo; Acevedo Patiño, Oscar; Monterrosa Barrios, Rafael Enrique
Given the constant need to monitor air quality due to increasing human activity, different alternatives for monitoring air quality under the guidelines provided by authorities such as the World Health Organization are increasingly necessary. In the case of countries like Colombia, specifically the city of Cartagena, which has its own air quality monitoring system for monitoring high-pollution areas, monitoring potential risk indicators such as particulate matter less than 10 and 2.5 micrograms (PM10 and PM2.5), and ozone (O3), despite having made significant progress in environmental policies, air quality monitoring systems must be strengthened. Therefore, the proposed solution is a solar-powered air quality monitoring system with a predictive model, using a group of sensors to take measurements of ambient pollutants. and through a Wi-Fi wireless connection, these data are transmitted to the server and database for display in the interface with the prediction algorithm, so that it contributes to the improvement objectives, and acts as a guide to ensure compliance with the guidelines proposed by entities such as the World Health Organization and the Institute of Hydrology, Meteorology and Environmental Studies. This document also describes a software system developed to receive, store, and analyze environmental data collected by sensors deployed in Cartagena since 2014. The system also includes predictive models capable of forecasting pollutant levels one hour into the future using machine learning techniques.
Slide 3 of 5 Ítem Solo Metadatos
Data acquisition system for unmanned surface water vehicle
(Universidad Tecnológica de Bolívar UTB, 2025) Ortega Cohen, Rafael Alfonso; Acevedo Patiño, Oscar; Ojeda Caicedo, Vilma Viviana
Esta tesis describe el dise˜no y construcci´on de un sistema de adquisici´on y transmisi´on de datos para un veh´ıculo superficial aut´onomo (USV). El sistema se compone de varios componentes electr´onicos que permiten la adquisici´on de datos de diferentes sensores y su transmisi´on a trav´es de la red. Se abordan aspectos como la selecci´on de sensores, la implementaci´on del hardware, la programaci´on del software y las pruebas realizadas para verificar su funcionamiento. El sistema desarrollado es capaz de capturar y transmitir datos de diferentes variables f´ısicas en tiempo real, lo que lo hace ´util para aplicaciones como monitoreo ambiental, inspecci´on de estructuras submarinas y exploraci´on de recursos naturales.
Slide 4 of 5 Ítem Solo Metadatos
Design and installation of a solar energy system at “La Cuatra” farm
(Universidad Tecnológica de Bolívar UTB, 2026) Cuevas Mantilla, Esley Javier; Blanco Romero, Cesar Luis; Arrieta García, Marcela Patricia
This project aims to design and implement a photovoltaic system on the "La Cuatra" farm, located in the village of El Bongo, in the municipality of San Onofre, Sucre, Colombia. Currently, the proposed sector of the farm for the implementation of this system does not have electricity, which limits the development of productive activities and the comfort of its occupants. This system will allow the farm to be supplied with a reliable, continuous and sustainable electricity supply for the first time, taking advantage of the high solar potential of the region. Subsequently, the technical design will be carried out, prioritizing efficiency and sustainability. In addition, a financial analysis will be included that evaluates the costs and benefits of the project, ensuring its economic viability. The project will be implemented over an eight-month period, from February to November, with a clear focus on sustainability and the efficient use of renewable resources. It is expected that the results will include a stable electricity supply that can supply the basic needs of the farm. In this way, it will contribute to the national objectives of diversification of the energy matrix and the reduction of greenhouse gas emissions.
Slide 5 of 5 Ítem Solo Metadatos
Design of an automated industrial lighting system in the Vaisand assembly plant
(Universidad Tecnológica de Bolívar UTB, 2025) Ramos Pajaro, Rafael Andres; Sabalza Mendez, Jorge Ivan; Arrieta García, Marcela Patricia
This project presents the design of an automated industrial lighting system for Vaisand's assembly plant, located in the Parque Central Free Trade Zone in Cartagena, Bolívar. The plant, dedicated to the assembly of cargo motorcycles, currently faces inadequate lighting conditions that affect the efficiency and accuracy of its operations. The proposed solution involves the design and implementation of a lighting system that complies with Colombian regulations RETILAP, RETIE, and NTC 2050, integrating automation technologies through occupancy sensors installed in specific areas according to the client's requirements. The materials and components used are easy to acquire and available in the local market. The project deliverables include lighting and electrical calculation reports, lighting plans, sensor location and connection diagrams, block and single-line diagrams, electrical conduit plans, luminaire maintenance plan, 3D visualizations, and cost estimates. Design and simulation tools such as DiaLux, Revit, and AutoCAD were used in the development of the project, ensuring technical accuracy and visual clarity for implementation and maintenance.
