El ejercicio físico como fuente de energía renovable : desarrollo de un sistema de carga de baterías a partir del uso de la bicicleta
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Archivos
Fecha
2017
Profesor/a Guía
Facultad/escuela
Idioma
es
Título de la revista
ISSN de la revista
Título del volumen
Editor
Universidad Andrés Bello
Nombre de Curso
Licencia CC
Licencia CC
Resumen
Objetivo principal: Desarrollar un sistema que pueda transformar la
energía del ejercicio físico producido por la bicicleta en energía eléctrica
utilizable y almacenable.
Metodología: Se utilizó el método tecnológico, el cual emplea diferentes
etapas, valorando el éxito o el fracaso del proyecto. Se realizaron diferentes
pruebas de campo con el fin de evaluar el comportamiento del dispositivo y
estudiar las diferentes variables de interés.
Resultados: Se logró generar energía eléctrica mediante una bicicleta
impulsada por el movimiento humano, esta energía fue almacenada en una
batería, la cual más tarde se utilizó de distintas formas, el tiempo mínimo para la
carga de la batería es de 216 minutos a una velocidad de pedaleo de 25 km/h,
en un terreno plano.
Conclusiones: El dispositivo funciona correctamente, está bien
ensamblado y acoplado a la bicicleta no existen mayores pérdidas de energía
en el proceso, la energía producida es completamente sustentable, pero el total
de dicha energía es menor en comparación con la que pueden producir otros
sistemas, se hacen necesarias mejoras en la eficiencia del sistema para que
esta energía sea mayor y logre tener un posible impacto en la sociedad.
Main objective: To develop a device that can transform the energy of the physical exercise produced by the bicycle into usable and storable electrical energy. Methodology: The methodology used was the technological method, which uses different stages, assessing the success or failure of the project. Different field tests were carried out in order to evaluate the behavior of the device and study the different variables of interest. Results: Electric energy was generated by a bicycle driven by human movement, this energy was stored in a battery, which was later used in different ways, the minimum time to charge the battery is 216 minutes at a speed of pedaling of 25 km/h, on a flat terrain. Conclusions: The device works properly, is well assembled and coupled to the bicycle there are no major energy losses in the process, the energy produced is completely sustainable, but the total energy is lower compared to what other systems can produce, Improvements are made in the efficiency of the system so that this energy is greater and achieves a possible impact on society.
Main objective: To develop a device that can transform the energy of the physical exercise produced by the bicycle into usable and storable electrical energy. Methodology: The methodology used was the technological method, which uses different stages, assessing the success or failure of the project. Different field tests were carried out in order to evaluate the behavior of the device and study the different variables of interest. Results: Electric energy was generated by a bicycle driven by human movement, this energy was stored in a battery, which was later used in different ways, the minimum time to charge the battery is 216 minutes at a speed of pedaling of 25 km/h, on a flat terrain. Conclusions: The device works properly, is well assembled and coupled to the bicycle there are no major energy losses in the process, the energy produced is completely sustainable, but the total energy is lower compared to what other systems can produce, Improvements are made in the efficiency of the system so that this energy is greater and achieves a possible impact on society.
Notas
Tesis (Kinesiólogo)
Palabras clave
Recursos Energéticos Renovables, Actividad Motora