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Aplicativo de software para la asistencia en el diseño de sistema de autogeneración que determiné el costo y el tiempo de retorno de inversión

Authors: Vega Naizaque, Maria Camila;

Aplicativo de software para la asistencia en el diseño de sistema de autogeneración que determiné el costo y el tiempo de retorno de inversión

Abstract

El presente trabajo de grado pretende explicar el desarrollo de un aplicativo de software, el cual se encarga de realizar el diseño de un sistema auto generador de energía solar fotovoltaica a pequeña escala para las ciudades de Tunja y Villavicencio, así mismo se determinará el costo del sistema y el tiempo de retorno de inversión. Para eso fue necesario obtener la información climatológica de cada ciudad como, la radiación solar promedio mensual, horas promedio al día de sol, número de días sin sol al mes y latitud y altitud, de igual forma la formula tarifaria del costo unitario del kilo vatio por hora, el precio unitario de cada elemento que componente auto generador, lo cual en conjunto permite obtener el diseño adecuado del sistema. Entre los parámetros que se desea obtener está el total de energía consumida por el usuario tanto al mes como al día, el número de paneles solares que necesita el sistema, la potencia necesaria del inversor, el valor aproximado del proyecto y el tiempo en que recuperará la inversión inicial. Para eso se tendrá un proceso de interacción entre el usuario y la interfaz en donde se deberán seguir los diferentes pasos que se muestran en el manual de usuario, para un diseño óptimo. Dicho proceso se llevará a cabo ingresando paso a paso la información que solicita la aplicación al usuario, como es el nombre, la ciudad en donde desea diseñar el sistema (Tunja o Villavicencio), el estrato socioeconómico al que pertenece y los electrodomésticos que tiene en dicha residencia. Posteriormente se calculan los parámetros ya nombrados de diseño del sistema donde el usuario podrá guardar dicha información para su uso. A su vez el usuario encontrará en la interfaz información más detallada sobre los sistemas fotovoltaicos conectados a la red (ON GRID) y cada uno de los elementos de dicho sistema (panel solar, inversor ON GRID, medidor bidireccional, entre otros).

The present degree work aims to explain the development of a software application, which is responsable for designing a small-scale solar photovoltaic system for the cities of Tunja and Villavicencio, as well as determining the cost of the system and the investment return time. For that, it was necessary to obtain the climatologically information of each city, such as the average monthly solar radiation, average hours per day of sun, number of days without sun per month and latitude and altitude, in the same way the tariff formula of the unit cost of the kilo watt per hour, the unit Price of each element that self-generating component, which together allows to obtain the appropriate design of the system. Among the parameters you want to obtain is the total energy consumed by the user both monthly and daily, the number of solar panels needed by the system, the necessary power of the investor, the approximate value of the Project and the time it will recover the initial investment. For that, there will be a process of interaction between the user and the interface where the different steps shown in the user manual should be followed, for an optimal design. Said process will be carried Out by entering step by step the information requested by the application to the user, such as the name, the city where he wishes to design the system, the socioeconomic stratum to which he belongs and the electrical appliances he has in said residence. Subsequently, the already mentioned parameters of the system design are calculated, where the user can sabe said information for its use. In turn, the user will find in the interface more detailed information about the photovoltaic systems connected to the network and each of the elements of said syste (solar panel, invertir, bidirectional meter)

Ingeniero Electronico

Pregrado

Country
Colombia
Related Organizations
Keywords

Diseño, Design, Retorno inversión, Solar energy, Fotovoltaica, Sistemas de energía fotovoltaica, Ingeniería electrónica, Return on investment, Energía solar

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citations
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
0
Average
Average
Average
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