Implementación de un sistema para medir y controlar el abastecimiento del agua para el acueducto comunitario del Barrio Pablo Neruda del Municipio de Sibate Cundinamarca.
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Date
2021-12-14
Authors
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Volume Title
Publisher
Corporación Universitaria Minuto de Dios
Type
Thesis
Rights
Atribución-NoComercial-SinDerivadas 2.5 Colombia
Abstract
El presente trabajo de grado se diseña e implanta un sistema para medir y controlar el
abastecimiento de un tanque de reserva el cual será llenado con el rebose del tanque principal
cuando el sistema de control detecte un nivel superior a 240.000 Litros aprovechando el resto de
agua evitando la escases y la problemática de racionamientos que atraviesa los habitantes del
barrio Pablo Neruda, llenado el tanque de 400 litros de reserva para temporadas de verano o
cuando esta se necesite para situaciones especiales sin afectar el suministro de agua.
En el acueducto comunitario barrio Pablo Neruda ubicado en el municipio de Sibate
(Cundinamarca) cuenta con bajos recursos por lo cual se diseña una implementación utilizando
componentes económicos y de bajo consumo de energía.
La implementación ayuda a llevar una base estadística del nivel de agua en tiempo real, como
de la temperatura que nos servirá para estudio y análisis en futuras investigaciones, ya sea para el
medio ambiente de manera cronológica se podrá determinar los tiempos de abundancia y escases
del agua como los cambios climáticos que afectan la región.
El aprovechamiento de este sistema va a beneficiar a los habitantes de esta región haciendo
una mejor distribución del agua y haciendo uso de nuevas tecnologías podríamos mejorar el
sistema a futuro colocando paneles solares y resistencias que calienten el agua y le den mejor
confort a los habitantes de la región ya que la temperatura llega a 10ºcelsius y la temperatura de
confort son de 24ºcelsius.
This degree work is designed to implement a system to measure and control the supply of a reserve tank which will be filled with the overflow from the main tank when the control system detects a level higher than 240,000 liters, taking advantage of the rest of the water. Avoiding the shortages and the problem of rationing that the inhabitants of the Pablo Neruda neighborhood face, filling the 400-liter reserve tank for summer seasons or when it is needed for special situations without affecting the water supply. In the Pablo Neruda neighborhood community aqueduct located in the municipality of Sibate (Cundinamarca), it has low resources, so an implementation is designed using low-price components and low energy consumption. The implementation helps to keep a statistical base of the water level in real time, as well as the temperature that will serve us for study and analysis in future investigations, either for the environment in a chronological way it will be possible to determine the times of abundance and scarcity of the water as the climatic changes that affect the region. The use of this system will benefit the inhabitants of this region by making a better distribution of water and making use of new technologies, we could improve the system in the future by placing solar panels and heating elements that heat the water and give better comfort to the inhabitants of the region since the temperature reaches 10º Celsius and the comfort temperature is 24ºcelsius.
This degree work is designed to implement a system to measure and control the supply of a reserve tank which will be filled with the overflow from the main tank when the control system detects a level higher than 240,000 liters, taking advantage of the rest of the water. Avoiding the shortages and the problem of rationing that the inhabitants of the Pablo Neruda neighborhood face, filling the 400-liter reserve tank for summer seasons or when it is needed for special situations without affecting the water supply. In the Pablo Neruda neighborhood community aqueduct located in the municipality of Sibate (Cundinamarca), it has low resources, so an implementation is designed using low-price components and low energy consumption. The implementation helps to keep a statistical base of the water level in real time, as well as the temperature that will serve us for study and analysis in future investigations, either for the environment in a chronological way it will be possible to determine the times of abundance and scarcity of the water as the climatic changes that affect the region. The use of this system will benefit the inhabitants of this region by making a better distribution of water and making use of new technologies, we could improve the system in the future by placing solar panels and heating elements that heat the water and give better comfort to the inhabitants of the region since the temperature reaches 10º Celsius and the comfort temperature is 24ºcelsius.
Description
Implementar un sistema de automatización industrial con medición y control del tanque
de agua del acueducto comunitario del barrio Pablo Neruda.
Keywords
Automatización industrial, Agua, Acueducto, Racionamiento, Nivel de agua, Industrial automation, Water, Aqueduc, Rationing, Water level