Diseño de un prototipo de trituradora que funcione con energía cinética de una bicicleta
Design of a prototype crusher that works with kinetic energy from a bicycle through an inertia flywheel to store electricity and transform Amber-PET plastic into granulated particles
Design of a prototype crusher that works with kinetic energy from a bicycle through an inertia flywheel to store electricity and transform Amber-PET plastic into granulated particles
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Author
Sosa Marentes, Derney Eduardo
Alvarado Caicedo, Julián David
Publisher
Sello Editorial UNADCitación
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Este artículo investiga la opción de generar electricidad a partir de una fuente renovable como lo es la energía cinética a través del funcionamiento de una bicicleta para actividad aeróbica en las instalaciones de la Universidad Nacional Abierta y a Distancia sede Fusagasugá. La energía inercial se mantiene desde que se crea la energía mecánica de rotación del giro de la rueda trasera de la bicicleta permitiendo que la energía eléctrica sea continua y acceda al autoconsumo del sistema que dará el funcionamiento de una trituradora que transforma el plástico PET Ambar (Envase reciclado de color) en pequeñas partículas granuladas.
This article investigates the option of generating electricity from a renewable source such as kinetic energy through the operation of a bicycle for aerobic activity at the facilities of the National Open University and at a distance Fusagasugá headquarters. Inertial energy is maintained since the mechanical rotational energy of the bike's rear wheel is created allowing the electrical energy to be continuous and access the self-consumption of the system that will give the operation of a crusher that transforms the PET Ambar plastic (Recycled container of color).
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https://hemeroteca.unad.edu.co/index.php/wpecbti/article/view/4790/5176Format
application/pdfType of digital resource
info:eu-repo/semantics/articleinfo:eu-repo/semantics/publishedVersion
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