Estudio De Factibilidad Sobre El Uso Y Optimización De La Tecnología Li-Fi En La Carrera De Ingeniería En Sistemas Computacionales Facultad De Ciencias Matemáticas Y Físicas
Fecha
2017-07
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Universidad de Guayaquil.Facultad de Ciencias Matematicas y Fisicas.Carrera en Ingenieria en Sistemas Computacionales
Resumen
Este proyecto de tesis con lineamiento investigativo se basa en el estudio de
factibilidad sobre el futuro uso de la tecnología Li-Fi en la Carrera de Ingeniería en Sistemas de la Facultad de Ciencias Matemáticas y Físicas, se busca optimizar esta tecnología mediante la generación de energía fotovoltaica a través de paneles Fotovoltaicos.
La tesis se basa en este diseño ya que Li-fi en pruebas ha demostrado ser 1000 veces más rápido que la conexión inalámbrica actual (WiFi) pero su mayor desventaja es tener que ocupar energía constantemente para su uso lo que generaría un gran consumo eléctrico que afectaría no solo la economía de la universidad sino que también causa un gran impacto al medio ambiente.
El propósito principal de este diseño es hacer de li-Fi una tecnología eco- sostenible en el tiempo reduciendo el consumo de energía eléctrica ya que la naturaleza se demora millones de años en producir la energía que ocupamos en un año.
Al finalizar el estudio de factibilidad se hará el análisis de costo correspondiente para su respectiva posible futura implementación.
This thesis project with research guidelines is based on the study of Feasibility study on the future use of Li-Fi technology in the Systems Engineering Career of the Faculty of Mathematical and Physical Sciences, seeks to optimize this technology through the generation of photovoltaic energy through Photovoltaic panels. The thesis is based on this design since Li-fi in tests has proven to be 1000 times faster than the current wireless connection (WiFi) but its biggest disadvantage is having to constantly take up power to use which would generate a large electricity consumption Would affect not only the university's economy but also have a great impact on the environment. The main purpose of this design is to make li-Fi an eco-sustainable technology over time by reducing the consumption of electrical energy as nature takes millions of years to produce the energy we occupy in a year. At the end of the feasibility study, the corresponding cost analysis will be made for its respective possible future implementation.
This thesis project with research guidelines is based on the study of Feasibility study on the future use of Li-Fi technology in the Systems Engineering Career of the Faculty of Mathematical and Physical Sciences, seeks to optimize this technology through the generation of photovoltaic energy through Photovoltaic panels. The thesis is based on this design since Li-fi in tests has proven to be 1000 times faster than the current wireless connection (WiFi) but its biggest disadvantage is having to constantly take up power to use which would generate a large electricity consumption Would affect not only the university's economy but also have a great impact on the environment. The main purpose of this design is to make li-Fi an eco-sustainable technology over time by reducing the consumption of electrical energy as nature takes millions of years to produce the energy we occupy in a year. At the end of the feasibility study, the corresponding cost analysis will be made for its respective possible future implementation.
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Energía Fotovoltaica, transmisión mediante espectro de luz