Diseño de la carcasa de un cargador de pared para vehículos eléctricos
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Date
Authors
Mejía-Ulloa, Ashley Jeanine
Journal Title
Journal ISSN
Volume Title
Publisher
Instituto Tecnológico de Costa Rica
Abstract
La empresa Costa Rica Electric Vehicles (CREV), que desea innovar en
movilidad eléctrica, tiene como meta lanzar al mercado un cargador de
pared para vehículos eléctricos al mercado nacional. Para ello, su
equipo ingenieril ha desarrollado la tecnología electrónica para hacer
esta meta realidad, sin embargo, estos componentes no pueden quedar
expuestos. Esto implica, que requieren de un sistema que proteja estos
componentes del contexto social y entorno al que se verá sometido el
producto a la hora de usarse.
Es entonces, tarea de un diseñador industrial responder a la
problemática, y diseñar la carcasa que se encargara de proteger los
componentes y asegurar el correcto funcionamiento del cargador.
Adicionalmente, realizar una solución que por sus cualidades se distinga
de las demás en el mercado.
The Costa Rica Electric Vehicles (CREV) company, which wants to innovate in electric mobility, has the goal of launching a wall charger for electric vehicles on the national market. For this, its engineering team has developed the electronic technology to make this goal a reality, however, these components cannot be exposed. This implies that they require a system that protects these components from the social context and environment to which the product will be subjected when it is used. It is then the task of an industrial designer to respond to the problem and design the enclosure that will oversee in protecting the components and ensuring the correct operation of the charger. Additionally, make a solution that, due to its qualities, is distinguished from the others in the market.
The Costa Rica Electric Vehicles (CREV) company, which wants to innovate in electric mobility, has the goal of launching a wall charger for electric vehicles on the national market. For this, its engineering team has developed the electronic technology to make this goal a reality, however, these components cannot be exposed. This implies that they require a system that protects these components from the social context and environment to which the product will be subjected when it is used. It is then the task of an industrial designer to respond to the problem and design the enclosure that will oversee in protecting the components and ensuring the correct operation of the charger. Additionally, make a solution that, due to its qualities, is distinguished from the others in the market.
Description
Proyecto de Graduación (Bachillerato en Ingeniería en Diseño Industrial) Instituto Tecnológico de Costa Rica, Escuela de Ingeniería en Diseño Industrial, 2022.
Keywords
Vehículos eléctricos, Diseño de carcasa, Componentes electrónicos, Presupuesto, Configuraciones -- Electrónica, Energía eléctrica, Combustibles fósiles, Electric vehicles, Housing design, Electronic components, Budget, Configurations -- Electronics, Electric power, Fossil fuels, Research Subject Categories::TECHNOLOGY::Engineering mechanics::Vehicle engineering