Examinando por Materia "Vehículos eléctricos"
Mostrando 1 - 7 de 7
Resultados por página
Opciones de ordenación
Ítem Esquemas de movilidad compartida con vehículos eléctricos : actitudes en el Valle de Aburrá(Universidad EAFIT, 2023) Gómez Correa, Maria Paula; Ceballos Ochoa, Lina María; Bejarano Botero, Luis MauricioÍtem Estudio de factibilidad para el cambio del uso de vehículos de combustible por vehículos eléctricos en la compañía IPS Servicios de Salud Suramericana S.A.(Universidad EAFIT, 2020) Salazar Restrepo, Guillermo Alejandro; Díez Benjumea, Jhon MiguelThe Company, IPS Servicios de Salud Suramericana S.A provides in home health services to patients with specific illnesses all around the country. The company’s functioning brings balance to patients into their homes through proper health care treatments in a 24-hour service, in which all health care personnel is transported by fuel vehicles. In fact, the costs of our own transportation service in 2019 increased to 1.400 million Colombian pesos. As part of the evolution of the automatic industry based on new tendencies of global consumers, it is necessary to implement in the current company operations the use of electric vehicles. This research project aims to conduct a feasibility study including diverse aspects with the purpose of verifying if this new type of technology based on electric mobility is convenient to the company previously mentioned.Ítem Estudio de factibilidad para la creación de un modelo de negocio, basado en diseño e implementación de espacios de infraestructura de recarga para vehículos eléctricos, en un corredor vial colombiano(Universidad EAFIT, 2022) Arboleda Jaramillo, Andrés Felipe; Uribe Jerez, María Fernanda; Giraldo Hernández, Gina María; Salazar Gómez, Francisco JavierThe energy transition is undoubtedly a step that the world and therefore Colombia must take sooner rather than later since the sustainability of human processes and activities is a non-negotiable for the viability of life itself on our planet. The mobility and transportation sector are currently the third economic sector with the highest carbon emissions, which in turn makes it a priority and gives urgency to the energy transition process within this sector. Given the above, the initiatives that contribute to open the way, find solutions to problems and set up companies within this sector are consolidated as great business opportunities with an interesting economic growth outlook for entrepreneurs, shareholders and even governmental entities. This paper presents a feasibility study of a business model of fast energy charging stations for private and transportation electric vehicles, whose implementation was conceived in the Medellin-Turbo road corridor, with the aim of solving the charging needs of this type of vehicles to ensure the autonomy of travel in a single complete journey. This work exposes to the reader the market research, the study of the commercial environment and economic sector; exposes technical and engineering requirements and finally exposes the financial feasibility of the project, as well as the contemplations in terms of organizational structure, configuration of human talent for the operation and legal obligations necessary for the implementation of the business model.Ítem Estudio de prefactibilidad para el montaje de un taller de mantenimiento y reparación de vehículos eléctrico e híbridos(Universidad EAFIT, 2023) Gómez Ortiz, Sebastián; Carmona Arboleda, Frank Esteban; Díez Benjumea, Jhon Miguel; Múnera Hoyos, DiegoBased on secondary information obtained for the development of this research work, it was determined that due to different factors of the world environment and international policies such as the UN Sustainable Development Goals, in the world they are massifying electric and hybrid vehicles, for which according to experts consulted, in some countries there are no after-sales services that can guarantee proper maintenance and/or repair. Due to the above, based on the identified need, through this research work it is intended to evaluate the pre-feasibility for the assembly of a repair and maintenance workshop for electric and hybrid vehicles in the Aburrá Valley, using the methodology proposed by UNIDI for the preparation of projects, with which it was concluded that probably in the short term there is no demand to make the project viable.Ítem Factibilidad de crear una empresa de transporte especial que ofrezca el servicio con carros híbridos y eléctricos en Bogotá(Universidad EAFIT, 2023) Torrado Pérez, María Angélica; Romero Fonseca, Natalia Andrea; Salazar Gómez, Francisco Javier; Uribe de Correa, Beatriz AmparoÍtem Proceso de ASC - ESTUDIO DEL CICLO DE VIDA Y DISPOSICION FINAL DE BATERIAS DE VEHICULOS ELECTRICOS-FASE EXPLORATORIA(Universidad EAFIT, 2020) Palacio Espinosa, Claudia Constanza; Rodríguez, Valentina; Gil, María José; Rendón, José Manuel; Machado, José Manuel; Hernández, Edxaidys; Restrepo, Vanessa; Herrera, Adrián; Otálvaro, Felipe; Universidad EAFITThe high levels of air pollution that have been documented in recent years in the country's main urban areas, consistent with global patterns, have prompted national authorities to consider tax incentives for mobility options that encourage environmentally friendly practices. These measures are designed to not only mitigate existing air pollution but also promote sustainability. As a result, there has been a significant increase in the purchase of electric vehicles. According to Andemos Colombia, as of January 31, 2019, there are 2,826 electric cars and motorcycles in Colombia, including 1,048 cars and 1,778 motorcycles, which is just 0.02% of the total 14,104,129 vehicles in the national fleet. However, some concerns focus on the future, as without proper planning, one problem could be replaced by another, or even worsen. Batteries, which are essentially chemical systems for energy production, are made of materials that can be difficult to recycle without the proper disposal processes, potentially leading to significant soil and water pollution in the future. This concern has raised questions such as: What will be done with the batteries from electric vehicles when they need replacement? How will they be recycled? What processes are necessary for the environmentally responsible disposal of these batteries? Therefore, the materials research group aimed to investigate the composition of these batteries more deeply and explore recycling methods to prevent further environmental damage.Ítem The charging station location problem with photovoltaic systems : a case study(Universidad EAFIT, 2021) Tamayo Ángel, Andrés Felipe; Montoya, Jose Alejandro; Vélez Gómez, Camilo; Montoya, Jose Alejandro