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Rentabilidad de la implementación de paneles fotovoltaicos en relación con el consumo promedio por vivienda en las 4 regiones naturales del Ecuador.

 

Profitability of the implementation of photovoltaic panels in relation to the average consumption per home in the 4 natural regions of Ecuador

 

David Ricardo Merchán Sacoto. [1]

 

Recibido: 05-05-2021 / Revisado: 16-05-2021 /Aceptado: 09-06-2021/ Publicado: 05-07-2021

 

Abstract.                                           DOI: https://do= i.org/10.33262/concienciadigital.v4i3.1762

Introduc= tion. Technol= ogical development is an important part of the global framework of our development= , in addition to negatively affecting all ecosystems, we also consume a large pa= rt of the resources. Therefore, fundamental measures must be taken to countera= ct this reality. One of these actions is the application of more self-sustaina= ble constructions in current homes, such as photovoltaic panels. Objective. Evaluate t= he profitability of the application of the photovoltaic panel system with a vi= ew to the sustainability of the building in an economic way. Methodology. In the present study, it was based on the elaboration of an Excel book in w= hich the different calculation methods of the sustainability system are applied based on subsequent comparisons of the behavior of the photovoltaic panels,= as previously mentioned it was established in 4 different areas of the country that is Costa; Sierra Oriente and Insular, base= d on the solar radiation of each area. Results. Among the results in the areas where the implementation of photovoltaic energy occurs based on the average consumption per dwelling, it is not economically feasible, given th= at to recover the initial investment, the useful life of the equipment is exceeded, which is 20 years. which accumulated savings reaches a value of 8,046.36 USD and recovering the investment at 31 years. Conclution. As for the generation of energy in our country, it is at its peak, so it is= not necessary to install photovoltaic panels in places where electricity is generated in a sustainable way, except for affordable electricity. However,= the effectiveness of implementing these systems lies in areas where they cannot= be accessed.

Keywords: sustainable building, energy, construction, solar heaters; photovoltaic panels.

Resumen.

Introducción. El desarrollo tecnológico es parte importante del marco global de nuestro desarrollo, además de afectar negativamente a todos los ecosistemas, también consumimos gran parte de los recursos, Por tanto, se deben tomar medidas fundamentales para contrarrestar esta realidad. Una de estas acciones es la aplicación de construcciones más autosustentables en las viviendas actuales, tales como son los paneles fotovoltaicos. Objetivo. Evaluar la rentabilidad de la aplicación del sistema de panel= es fotovoltaicos con miras a la sostenibilidad del edificio de manera económic= a. Metodología. En el presente estudio, = se basó en la elaboración de un libro de Excel en el que se aplica los diferen= tes métodos de cálculo del sistema de sostenibilidad en base a posteriores comparaciones del comportamiento de los paneles fotovoltaicos, como antes mencionado se estableció en 4 diferentes zonas del país que es Costa; Sierra Oriente e Insular, en base a la radiación solar de cada zona. Resultados. Entre los resultados en = las zonas donde se da la implementación de energía fotovoltaica en base al cons= umo promedio por vivienda no es factible económicamente, dado que para recupera= r la inversión inicial se supera el tiempo de vida útil de los equipos, que es d= e 20 ańos el cual el ahorro acumulado llega a un valor de 8046,36 USD y recupera= ndo la inversión a los 31 Ańos. Conclusión. En cuanto a la generación de ener= gía en nuestro país, está en su apogeo, por lo que no es necesario instalar paneles fotovoltaicos en lugares donde se genera electricidad de forma sostenible, salvo electricidad asequible. Sin embargo, la efectividad de implementar es= tos sistemas radica en áreas donde no se puede acceder a ellos.

Palabras claves: edificio sustentable; energía, construcción; calentadores solares; paneles fotovoltaicos.

Introducción.

Desde la invención de las herramientas de piedra, la invención de la rueda, el control del fuego hasta toda la existencia de la humanidad, incluso en la tecnología, la arquitectura y las innumerables industrias existentes de nue= stro tiempo, los logros de la humanidad alguna vez fueron inimaginables. hoy es = más obvio que nunca, como la contaminación excesiva, trae consigo el consumo acelerado de recursos, el cambio climático, el deshielo y el aumento del ni= vel del mar, temperaturas extremas y muchas otras consecuencias. La Asamblea General en 1987 el Informe “Nuestro Futuro C= omún”, aunque es más conocido como Informe Brundtland (IB), afirma (capítulo 2) que los países No-OCDE no pueden desarrollarse con el modelo de la zona OCDE, debido a la escasez de recursos naturales (especialmente “de la energía, de= los materiales, del agua y de tierras”), estos límites “se manifestarán como co= stes crecientes y rendimientos decrecientes, y no como una pérdida repentina de = una base de recursos”, por ello el IB urge en el sumario a transformar el modelo económico: “Somos unánimes en la convicción de que la seguridad, el bienest= ar y la misma supervivencia del planeta dependen de esos cambios ya”, que deben producirse “en los viejos enfoque del desarrollo y la protección del medio ambiente” (Bermejo Gomez De Segura, 2014). En la 21Ş Conferencia en París de 2015, alcanzaron un acuerdo histórico con el objetivo de combatir el cambio climá= tico y acelerar e intensificar las acciones y las inversiones necesarias para un futuro sostenible con bajas emisiones de carbono (Organización de las Naciones Unidas, 2011). El desarrollo sostenible es el desarrollo con futuro que garantiza la satisfacción de las necesidades de las generaciones actuales y futuras sin comprometer los recursos naturales y humanos, aplicando tecnologías para disminuir la producción de agentes contaminantes ADDIN CSL_CITAT= ION {"citationItems":[{"id":"ITEM-1","itemDa= ta":{"DOI":"10.4067/S0718-07642013000200013","= ;ISSN":"07168756","abstract":"The objective of this article is to discuss and clarify the difference in Spani= sh between development \"sostenible\" and \"sustentable\", explaining which describes human development in the social, economic and environmental areas. This is documented reflection that discusses and analy= zes the use of the term \"sustainable\" in the English literature according to the Brundtland report. Its translation into Spanish as \"sostenible\" , the incorrect translation into Spanish as \"sustentable\", the Latin American concept of the terms: \"desarrollo sostenible\" and \"desarrollo sustentable\"= ; as two different development streams are analyzed. \"Desarrollo sustentable\" is the economic growth that does not consider the environmental and social damage that it causes. \"Desarrollo sostenible\" is the development with a future that ensures the fulfill= ment of the needs of present and future generations without compromising natural= and human resources. It is concluded that the Spanish term \"desarrollo so= stenible\" is \"sustainable development\", described by the United Nations Organization for the integral development of the human beings.","author":[{"dropping-particle":"&quo= t;,"family":"Fernández","given":"Lilia&q= uot;,"non-dropping-particle":"","parse-names"= :false,"suffix":""},{"dropping-particle":&quo= t;","family":"Gutiérrez","given":"M= irella","non-dropping-particle":"","parse-nam= es":false,"suffix":""}],"container-title"= ;:"Informacion Tecnologica","id":"ITEM-1","issue":"= ;2","issued":{"date-parts":[["2013"]]},&= quot;page":"121-130","title":"Bienestar social, económico y ambiental para las presentes y futuras generaciones","type":"article-journal","volum= e":"24"},"uris":["http://www.mendeley.com/doc= uments/?uuid=3D37094c52-a567-44b5-a430-65cba390e59f"]}],"mendeley= ":{"formattedCitation":"(Fernández & Gutiérrez, 2013)","plainTextFormattedCitation":"(Fernández & Gutiérrez, 2013)","previouslyFormattedCitation":"(Ferná= ndez & Gutiérrez, 2013)"},"properties":{"noteIndex"= :0},"schema":"https://github.com/citation-style-language/sch= ema/raw/master/csl-citation.json"}(Fernández & Gutiérrez, 2013)<= !--[if supportFields]>.

Por otro lado, si no se considera de antemano el concepto de desarrollo sosteni= ble, es imposible resolver el problema de la construcción sostenible, que es un desarrollo que satisface las necesidades actuales sin comprometer las capacidades ambientales y no tendrá un impacto negativo en las necesidades = de las generaciones futuras. Por lo tanto, las reflexiones aquí presentadas de= ben comenzar primero con el significado global del desarrollo sostenible, desde= su significado original hasta los planes, acuerdos, compromisos y declaraciones producidos por las distintas reuniones del organismo de Naciones Unidas des= de entonces. 80, 90 y fecha, anteriormente explicados. Posteriormente, el acue= rdo del "Programa Hábitat" incluía los siguientes derechos: Obtener u= na vivienda adecuada, las consideraciones conceptuales de la construcción sustentable y los principios de su aplicación e implementación de los principios arquitectónicos (Delia & López, 2010).

Con el uso de combustibles fósiles y En Ecuador, representará alrededor del 50%= de la generación total de electricidad para 2013, y la energía renovable está = Se consideran sostenibles porque sus características les permiten satisfacer la demanda energética sin reducir futuro (F & Espinoza, 2016). Sin embargo, estamos apenas iniciando una campańa de uso de energías sustentable dentro de nuestro país, esto debido a los grandes incentivos qu= e se realiza a las grandes empresas por parte del gobierno central, mencionados incentivos son subsidios a combustibles fósiles que fortalecen el consumo d= e los mismos por parte de la población dentro del país.

Sin embargo, en la última década las políticas públicas que se han formulado actualmente abren acortan la brecha para fomentar energías limpias, tales c= omo vehículos exonerados que contaminan menos, crecimiento de la producción de electricidad por la construcción de hidroeléctricas, construcción sustentab= le, impuestos verdes entre otros. El 82% de la matriz energética de Ecuador obt= uvo Petróleo, como diésel, gasolina y gas licuado de petróleo. Sin embargo, Ecu= ador es internacionalmente como uno de los países con mayores subsidios al combustible, el mayor número de registros el porcentaje de estos subsidios supera el porcentaje de educación y salud. Subsidio de combustible la deman= da anual de Ecuador supera los US $ 3.000 millones, lo que equivale al 17% de = la demanda total del país. Presupuesto General del Estado (PGE) (Rivera, 2018).

El derivado del petróleo más subsidiado de Ecuador es el diésel, el precio del producto en el país es aproximadamente el 50% de su precio en el mercado internacional, también seńaló los principales problemas relacionados con es= tos subsidios. Además del impacto ambiental causado por el aumento de los costos presupuestarios y del consumo, el bajo precio de venta de los hidrocarburos= en comparación con el mercado internacional también ha provocado el traslado de productos a la frontera, provocando enormes pérdidas económicas para Ecuado= r (Rivera, 2018).

La implementación de impuestos justos sociales y ambientales evitará el abuso = de los recursos naturales, los cuales alentará la recolección de recursos que pueden usarse para financiar programas de los mismos y promover el desarrol= lo de tecnologías limpias (Rivera, 2018).

Un programa de implementación de energías limpias es la construcción el cual h= ace referencia a la gran importancia para el crecimiento de largo plazo. Sin embargo, hay una gran dependencia de recurs= os naturales para la industria, el comercio y la construcción lo que demanda grandes cantidades de energía fósil, además = de la notable explosión demográfica global (Antero & Ramírez, 2014).

La demanda de energía se distribuye por sectore= s, encabezando el consumo energético mundial el cual corresponde al industrial, seguido del transporte y el residencial principalmente con participaciones del 28,9%, 2= 8,8% y 21,9% respectivamente, debido a esto el abastecimiento de demanda energét= ica mundial proporcionada por fuentes primarias no renovables advierte un desce= nso para 2040, constituyendo el 75% de la demanda comparado al 81% de ańos anteriores (Lady & David, 2019). Por todo ello, es vital que la industria de la construcción tome medidas drásticas para reducir sus impactos con el fin de reducir su huella ecológi= ca. Si bien algunos países han dado el primer paso para implementar medidas que requieren la instalación de sistemas de protección ambiental, sistemas de generación de energía limpia y otras medidas. Sin embargo, esto no es sufic= iente porque solo representan una pequeńa parte de la energía consumida por estos países y están en el consumo global de energía. En países en vías de desarr= ollo como Ecuador, estas normas son relativamente nuevas y casi no tienen aplicación, por lo que además de la obvia necesidad de cambiar el pensamien= to, la educación y la construcción su socialización también es fundamental y su aplicación debe ser obligatoria.  La Arquitectura Sostenible reflexiona sobre el impacto ambiental de todos los procesos implicados en una vivienda desde los materiales de fabricación que= no produzca desechos tóxicos y no consuma mucha energía, las técnicas de construcción que supongan un mínimo deterioro ambiental, la ubicación de la vivienda y su impacto con el entorno; el consumo de energía de la misma y su impacto continuando con el reciclado de los materiales cuando la casa ha cumplido su función (Velepucha, 2014).  La generación de energía eléctrica a ba= se de fuentes solares y eólicas se ha facultado en el Ecuador a través del organi= smo responsable de regular el mercado eléctrico, como alternativa para reducir = las emisiones de CO2 y fomentar el uso de fuentes limpias para la generación de corriente eléctrica, cumpliendo con los parámetros técnicos que le permitan evacuar energía eléctrica al Sistema Nacional Interconectado (Moncayo Picerno, 2016).

Sin embargo, en Ecuador se han realizado varios proyectos a pequeńa escala, particularmente en aplicaciones fotovoltaicas las mismas que piden apoyo por parte del estado, tanto en la investigación como desarrollo y su aplicación, por eso el instituto nacional de eficiencia energética y energías renovables (INER, 2016), está dando los primeros pasos para evaluar el recurso solar y utilizar esta información como base para futuros proyectos (Rayas, 2016).

Un ejemplo de construcción sustentable es la instalación de paneles fotovoltai= cos, pues debido a los altos niveles de radiación de Ecuador (aproximadamente 4.2 kWhm), es rentable considerar el uso de recursos solares, lo que abre una r= ealidad para el sector productivo. La energía anima activamente a todos los ciudada= nos a participar en la protección del medio ambiente, porque la energía del sol= no produce residuos tóxicos ni gases de efecto invernadero y permite que sus beneficios económicos se distribuyan democráticamente entre toda la poblaci= ón. Como en muchos países el desarrollo en Ecuador la popularización y el desarrollo de sistemas de energía fotovoltaica y/o eólica han sido conectad= os a la red aún está en su infancia (Velasco, n.d.).

El desarrollo energético de Ecuador a través de re= cursos renovables aumentará el nivel de producción de energía y aumentará la propo= rción de viviendas que brindan servicios de electricidad. Además, la expansión, desarrollo e innovación tecnológica del sistema de generación de energía brindará una fuente de trabajo para la comunidad y traerá beneficios económ= icos al Ecuador.

Este articulo pretende = mostrar la capacidad energética que se podría obtener a través de un sistema fotovoltaico para abastecer a una edificación en el sur de la ciudad de Cue= nca.

Módulos fotovoltaico= s.

Los módulos fotovoltaicos o también llamados colectores solares fotovoltaicos están formados por un conjunto de celdas fotovoltaicas interconectadas entre ellas en modo de serie o paralelo, dependiendo de este tipo de conexiones es que se pueden obtener paneles sol= ares de diferentes tensión y corrientes generadas (Minotta Marin, 2017), Los paneles fotovoltaicos son los encargados de convertir directamente la energía de la radiación solar en energía eléctrica.

Las fabricaciones de estos paneles solares son c= on materiales como el silicio es uno de los más usados, los cuales derivan de paneles de silicio monocristalinos y policristalinos, lo cual hace altamente aplicable su uso. (Laborde, 2016)

En las últimas dos décadas los líderes académico= s y de opinión pública han publicado artículos interesantes y técnicamente vali= osos sobre la aplicación de componentes generadores de energía limpia a las viviendas. La existencia de toda esta información puede basarse en artículos científicos. La experiencia y los trabajos académicos han inspirado el anál= isis de rentabilidad actual del uso de elementos que generan energía limpia en Ecuador.

Esta investigación tiene un carácter documental experimental y se apoya en una extensa consulta bibliográfica sobre el mismo y/o temas relacionados en el medio. Siguiendo la misma lógica, el experimen= to se llevó a cabo en cuatro áreas de la región Sierra, Costa y Zona Amazónica= e Insular con el fin de determinar en cual zona es rentable la aplicación del módulo fotovoltaico.

Aplicaciones.

Los fotovoltaicos aprovechan la radiación solar = debido a que es una de las fuentes que nunca se va acabar, además como ya se ha mencionado con anterioridad es amigable con el ambiente y muy silenciosa pa= ra la producción de electricidad (Pasqualino, 2015), por lo que se puede aplicar aprovechando de dos formas:

•   Insta= laciones aisladas de la red eléctrica: con sistemas fotovoltaicos autónomos que nos sirve para electrificación rural, seńalización, bombeo de agua, comunicacio= nes y más ejemplos como se muestra en el diagrama  (Rayas, 2016).

•   Insta= laciones conectadas a la red eléctrica: centrales fotovoltaicas y edificios conectad= os a la red (Rayas, 2016).

Posición del módulo fotovoltaico.

Las posiciones de los módulos fotovoltaicos están especificadas mediante dos coordenadas angulares:

•   Angulo acimutal: Está formado por la proyección sobre el plano horizontal perpendicular a la superficie del módulo y el meridiano en esa posición. El grado del valor del módulo es: Sur 0 °, Oeste 90 °, Norte 180 ° y Este 270 = ° (Farfán, 2015).

•   Angul= o de elevación: es el que se forma por la superficie del módulo y el plano horizontal. Los grados que se toma en posición horizontal es de 0° y en for= ma vertical 90° (Farfán, 2015).

Funcionamiento de un sistema fotovoltaico

El funcionamiento de un sistema fotovoltaico es posible gracias al a los paneles solares donde el efecto fotoeléctrico de la energía solar se convierte en energía eléctrica de corriente directa, la cu= al no se puede utilizar de forma convencional si no es transformada en corrien= te alterna (Rosas Luna, 2019).

Es aquí donde entra en juego la función del inve= rsor pieza clave del sistema fotovoltaico, ya que es él quien convierte la corri= ente para que sea compatible con cualquier tipo de instalación. Posteriormente, dependiendo del tipo de sistema fotovoltaico, se pueden tener controladores= de cargas que regulan el uso de la energía y un banco de baterías que permita = el almacenamiento de la energía; otro elemento importante es el centro de carg= a, ya que suele ser el punto de conexión o de distribución de la energía fotovoltaica (Cárdenas et al= ., 2019).

Metodología.<= /p>

En el presente estudio, se basó en la elaboració= n de un libro de Excel en el que se aplica los diferentes métodos de cálculo del sistema de sostenibilidad en base a posteriores comparaciones del comportamiento de los paneles fotovoltaicos, como antes mencionado se estableció en 4 diferentes zonas del país que es Costa; Sierra Oriente e In= sular, en base a la radiación solar de cada zona.<= /o:p>

Con la ayuda de datos presentados en la tabla 1, podemos evaluar el comportamiento de consumo promedio en una vivienda la cu= al es una de las condiciones para las cuales se puedan proyectar la cantidad de colectores en una vivienda para cada una de las zonas del Ecuador en estudi= o.

Tabla= 1. Promedio de consumo en una vivienda

 

Descripción

Ubicación

Cantidad

Potencia
(w)

Tiempo de Operación (h)

Días de operación

Consumo semanal

 

&nb= sp;

Alumbrado

&nb= sp;

&nb= sp;

&nb= sp;

&nb= sp;

&nb= sp;

&nb= sp;

 

1

Lum= inaria led plafón 12w

Ilu= minaria

3

12<= o:p>

1

7

252= ,00

 

2

Lum= inaria de plafón 2

1

12<= o:p>

1

7

84,= 00

 

3

Bom= billas led convencional (11w)

2

11<= o:p>

0,5=

7

77,= 00

 

4

Apl= ique lampara led de pared 7w 

2

7

1

4

56,= 00

 

5

Lám= para de mesa 42 cm Led

2

7

1

7

98,= 00

 

6

Ojo= de buey giratorio con Led

4

7

1

7

196= ,00

 

&nb= sp;

Equipos

 

7

Ref= rigeradora

Coc= ina - Comedor

1

400=

6,0= 0

7

168= 00,00

 

8

Mic= roondas

1

100= 0

0,1= 0

7

700= ,00

 

9

Lic= uadora

1

450=

0,0= 5

7

157= ,50

 

10<= o:p>

Caf= etera

1

720=

0,2= 5

5

900= ,00

 

11<= o:p>

Hor= no

1

120= 0

1,0= 0

1

120= 0,00

 

12<= o:p>

Tos= tadora

1

500=

0,1= 7

7

583= ,33

 

13<= o:p>

Coc= ina de inducción

1

200= 0

0,5=

7

700= 0,00

 

14<= o:p>

Ext= ractor olores

1

90<= o:p>

0,5=

7

315= ,00

 

15<= o:p>

Bat= idora

1

200=

0,2= 5

2

100= ,00

 

16<= o:p>

Tel= evisión

Sal= a

1

200=

2

7

280= 0,00

 

17<= o:p>

Com= putadora escritorio

1

200=

2

5

200= 0,00

 

18<= o:p>

Imp= resora

1

27<= o:p>

0,1= 7

3

13,= 50

 

19<= o:p>

Dec= odificador DIRECTV

1

28<= o:p>

2

7

392= ,00

 

20<= o:p>

Equ= ipo de sonido

1

120=

2

7

168= 0,00

 

21<= o:p>

Reu= ter de internet

1

7

24<= o:p>

7

117= 6,00

 

22<= o:p>

Tel= éfono

1

6

24<= o:p>

7

100= 8,00

 

23<= o:p>

Int= ercomunicador de voz

1

5

24<= o:p>

7

840= ,00

 

24<= o:p>

Tel= evisión plasma

Dor= mitorio

1

200=

2

7

280= 0,00

 

25<= o:p>

Com= putadora laptop

1

100=

4

5

200= 0,00

 

26<= o:p>

DVD=

1

15<= o:p>

2

2

60,= 00

 

27<= o:p>

Con= sola de juego

1

150=

2

2

600= ,00

 

28<= o:p>

Car= gador de celular

5

6

1

7

210= ,00

 

29<= o:p>

Ext= ractor de olores

SS.= HH.

2

500=

0,2= 5

7

175= 0,00

 

30<= o:p>

Sec= adora de pelo

1

150= 0

0,1= 7

4

100= 0,00

 

31<= o:p>

Pla= ncha de pelo

1

100= 0

0,1= 7

4

666= ,67

 

32<= o:p>

Lav= adora

Lav= andería

1

200= 0

2

2

800= 0,00

 

33<= o:p>

Sec= adora

1

200= 0

2

2

800= 0,00

 

34<= o:p>

Asp= iradora

1

150= 0

1

1

150= 0,00

 

35<= o:p>

Pla= ncha

1

150= 0

1

2

300= 0,00

 

36<= o:p>

Bom= ba

Máq= uinas

1

745= ,7

0,2= 5

3

559= ,28

 

Tot= al:

68574,275

Pot= encia energética:

184= 25,7

w

&nb= sp;

9796,325

Por= centaje de simultaneidad:

50%=

&nb= sp;

&nb= sp;

&nb= sp;

Car= ga conectada:

921= 3

w

&nb= sp;

&nb= sp;

Sup= erficie construida:

96,= 89

m2

&nb= sp;

&nb= sp;

Par= ámetro de consumo de energía:

101,11

Wh<= /span>/dí= a/m2

&nb= sp;

&nb= sp;

Fuente: Autoría propia

Radiación solar zona costa.<= /p>

En el gráfico 1, indica que la radiación solar media máxima en la ciudad de Ma= nta a una latitud de 0,95 S es 4,39 (KW h / m2), y el valor mínimo de a una lat= itud de 1,37 S es de 3,31 (KW h / m2) ubicada en NARANJA -Ciudades JIPIJAPA.

G= ráfico = 1. Promedio anual de radiación solar en la Costa

Fuente: Autoría propia.

 

Radiación solar zona sierra.=

La radiación solar media máxima en la ciudad de NAQUITO – QUITO a una latitud de 0,13 S es 4,99 (KW h / m2), y el valor mínimo de a una latitud= de 0,95 S es de 3,41 (KW h / m2) ubicada en SAN JUAN – COTOPAXI, como nos demuestra en el gráfico 2.

G= ráfico = 2. Promedio anual de radiación solar en la Sierra

Fuente: Autoría propia

Radiación zona Oriente.

En el gráfico 3, nos demuestra que el valor máxi= mo de radiación solar promedio es de 4,33 (KW h/m2), en la ciudad de NUEVO ROCAFUERTE – ORELLANA con una latitud de 0,92 S, y la mínima lo tenemos con= un dato de 3,77 (KW h/m2), una latitud de 0,95 S en la ciudad de la SANGAY – MORONA SANTIAGO.

G= ráfico = 3. Promedio anual de radiación solar en el Oriente

Fuente: Autoría propia.

Radiación zona Insular.

El gráfico 4, denota que el valor máximo de radiación solar promedio es de 5,31 (KW h/m2) en la ciudad de PUERTO BAQUER= IZO – GALAPAGOS con una latitud de 0,9 S, y la mínima lo tenemos con un dato de 4,41 (KW h/m2) a una latitud de 0,9 S en la ciudad de la SANTA CRUZ – GALAPAGOS.

G= ráfico = 4. Promedio anual de radiación solar en la zona Insular

Fuente: Autoría propia

Cálculo de paneles fotovoltaicos.

Para establecer el tipo de módulo fotovoltaico utilizado en este caso de estudio, calculamos la potencia (en vatios) de cada electrodoméstico y el tiempo de trabajo del día con el valor de mes más desfavorable como unidad; luego determinamos el mes con las mismas condiciones en Wh. Consumo diario (ET) para posteriormente determinar la profundidad máxima de descarga permitida por el acumulador; a continuación, utilizamos la siguien= te fórmula para calcular la energía necesaria:

                 

 =

 =     

De donde:

Siendo R el rendimiento general de la instalació= n (Cárdenas et al= ., 2019).

=3D coeficiente de auto descarga de la batería, asumido un valor de 0.003 del fabricante

=3D coeficiente de pérdidas de la batería, asumido un valor de 0.05 del fabrica= nte

=3D coeficiente de perdidas del inversor, asumido un valor de 0.2 convertidor de onda senoidal

=3D coeficiente de perdidas varias, asumido un valor de 0.15<= /p>

=3D Núm= ero de días de autonomía, calculado un valor de 4.81

=3D Profundidad de descarga, asumido un valor de 0.5

=3D Temperatura media ambiente en el más desfavorable, 11.76°C

=3D Rad= iación solar, se asume el valor de 14.94 MJ/ .<= /o:p>

(Pilco & Jaramillo, 2008) para determinar en amperes hora, es necesario determinar el voltaje de la instalación lo cual viene dado en la ficha técnica del fabricante, los siguientes datos:

Potencia del módulo =3D 450W

Voltaje nominal del módulo =3D 36 V

Tensión de operación =3D 72 V<= /p>

Capacidad de batería =3D 2040Ah

Voltaje de batería =3D 2 V

 

1.&n= bsp;     Calculamos la capacidad en Ampe= r:

 

                               Capacidad en Amper=3DCapacidad en WattsVoltaje de instalacion                   (1)

2.&n= bsp;     Luego determinamos la capacidad nominal que es igual a:

 

 

                                       (2)

= 3.      Calculamos el número de baterías en paralelo necesarias:

 

  (3)

= 4.      Obteniendo que para nuestro caso de estudio es necesario 1 batería en conexión en paralelo, adicional obtenemos el número de baterías en conexión en serie.

 

                                    (4)

= 5.      Capacidad instalada:=

 

       (5)

 

= 6.      En el cual el valor = de la capacidad instalada es igual a la capacidad nominal calculada, y posteriormente determinamos el total de baterías en el arreglo.

 

                                               (6)

= 7.      Porcentaje de capaci= dad de las baterías es igual a:

 

                                   =     (7)

En el cual el porcentaje debe ser menor a 10

 

= 8.      Finalmente determina= mos el número de horas de sol pico, en el nuestro caso de estudio es de zona ur= bana con factor de corrección por inclinación y latitud k=3D1.05 y por condicion= es atmosféricas 1.05 y hora de sol pico igual a:

 

                                      =     (8)

= 9.      Energía a suministra= r el panel

                                                (9)

= 10.  Numero de módulos necesarios:

 

                           (10= )

 

 

= 11.  Y la potencia a ser instalada es igual a:

 

                                (11)<= /span>

 

Resultados y discusión.

 

Paneles Fotovoltaicos.

Las condiciones iniciales en las que se elaboraron los ensayos para el cálculo serán las mismas que se presentaron en los modelos anteriores; modificando únicamente las zonas geográficas y por lo tanto su nivel de irradiación solar de tal manera que se pueda verificar la zona en = la que pueda generar beneficios económicos.

Lo que manifiesta la tabla 2 es que en la región donde más se requieren panele= s es en la zona de la Costa, en Santa Elena para ser exactos debido a que la Radiación más baja se da en el mes de JULIO de un valor de 2,79 (KWh/m2) y donde se requiere de menos paneles fotovoltaicos en la zona Insular en Puer= to Baquerizo con un valor de 2,41 y una radiación más baja en el ańo en el mes= de septiembre de 4,68 (KWh/m2).

 

 

Tabla= 2. Paneles requeridos para las zonas más optimas y deficie= ntes del Ecuador calculadas con las mismas condiciones en todos los casos. Radia= ción en kWh/m2

 

Región

Provincia

Zona

Radiación más baja del ańo =

(KWh/m2)

Mes

Paneles requeridos

COSTA

MANABI

MANTA

4

Junio

2,89

COSTA

SANTA ELENA

SALINAS

2,79

Julio

4,04

SIERRA

PICHINCHA

QUITO

4,53

Abril

2,48

SIERRA

AZUAY

CUENCA

3,56

Junio

2,51

ORIENTE

ORELLANA

ROCAFUERTE

3,7

Junio

3,01

ORIENTE

NAPO

NAPO/SAN VICENTE

3,4

Septiembre

3,32

INSULAR

GALAPAGOS

PUERTO BAQUERIZO

4,68

Septiembre

2,41

INSULAR

GALAPAGOS

SANTA CRUZ

3,5

Agosto

3,18

Fu= ente: Autoría propia.

Al variar los datos de radiación se necesitará un mayor o menos número de módu= los fotovoltaicos que sean capaces de abastecer los requerimientos para la carg= a de los acumuladores.

Por lo tanto, el número de baterías requeri= das depende de la carga que se pretenda alimentar; factor constante para todos = los diseńos que se presentaron en la tabla 1, el resultado es exactamente igual; generando la necesidad de incluir 2 unidades promedio en serie para obtener= los 24 V dc determinados en nuestro diseńo y 4 unid= ades conectadas en paralelo para soportar la capacidad requerida. Entonces, el número total es de 8 baterías de 150 Ah.

Cálculo de ahorro.

Para determinar el cálculo de ahorro se utilizaron los siguientes parámetros que se determinan en la tabla 3, los cuales indican el costo que se requiere para la instalación de un panel fotovoltaico.

Tabla= 3. Parámetros iniciales para instalación de paneles fotovoltaicos

 

Descripción

Costo

Panel Solar

0,33 USD/W

Inversor

0,34 USD/W

Baterías

1,4 USD/AH

Mano De Obra Especializada

0,1651 USD/W

Estructura

0,185 USD/wp

Resto Material

0,185 USD/wp

Utilidad

 

Costo

2,6051 USD

Área De La Vivienda

96,89 m2

Costo Por Metro Cuadrado

600 USD

Costo De La Obra

58134 USD

Porcentaje De Instalación Eléctrica

5%

Costo De La Instalación Convencional

2906,7 USD

Consumo Diarios De Energía

9,796325 KWD

Consumo Mensual

297,9715521 KWD

Consumo Anual

3575,658625 KWD

Costo Del Kwh

0,1 USD/KW

Costo Mensual Por Consumo De Energía

29,79715521 USD

Costo Anual Por Consumo

357,5658625 USD

Ins= talación Fotovoltaica

696= 8,7319 USD

Potencia El Combo Solar Encontrado

660

Costo Del Combo Solar

1890 USD

Costo Del Combo Solar Por Watt

2,863636364 USD/W

Instalación

0,17 USD/W

Estructura

0,22 USD/W

Canalizaciones, Cableados, Otros Materiales

0,22 USD/W

Potencia Fotovoltaica

4500 W

Costo Estimado De La Instalación Solar

15631,36364 USD/W

Cos= to Diferencial=3D Costo Inst.Solar- Costo Inst Conv

127= 24,66364

Costos De Mantenimiento Al 2% Anual

2%

Instalación Convencional

58,134

Mantenimiento De La Instalación Solar

312,6272727 USD

Fuente: Autoría propia.

El ahorro en porcentaje es de 62,09% anuale= s, que representa un valor de 290, 36586 USD anuales, como lo demuestra la siguiente tabla.

Tabla= 4. Ahorro en la instalación de paneles fotovoltaicos<= /o:p>

 

&nb= sp;

Ene= .

Feb= .

Mar= .

Abr= .

May= .

Jun= .

Jul= .

Ago= .

Sep= .

Oct= .

Nov= .

Dic= .

Anual

Con= sumo Diario En Kwh

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

9,7= 96325

Núm= ero De Días Del Mes

31<= o:p>

28<= o:p>

31<= o:p>

30<= o:p>

31<= o:p>

30<= o:p>

31<= o:p>

31<= o:p>

30<= o:p>

31<= o:p>

30<= o:p>

31<= o:p>

Con= sumo Mensual Wh

303= ,686075

274= ,2971

303= ,686075

293= ,88975

303= ,686075

293= ,88975

303= ,686075

303= ,686075

293= ,88975

303= ,686075

293= ,88975

303= ,686075

3575,65863

Cos= to En Kwh

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

0,1=

Cos= to De Importe Consumo En El Mes

30,= 3686075

27,= 42971

30,= 3686075

29,= 388975

30,= 3686075

29,= 388975

30,= 3686075

30,= 3686075

29,= 388975

30,= 3686075

29,= 388975

30,= 3686075

IVA=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

12%=

Car= go Fijo

5

5

5

5

5

5

5

5

5

5

5

5

Cos= to De Consumo De Energía Al Mes

39,= 6128404

36,= 3212752

39,= 6128404

38,= 515652

39,= 6128404

38,= 515652

39,= 6128404

39,= 6128404

38,= 515652

39,= 6128404

38,= 515652

39,= 6128404

467,673766

Pot= encia Fotovoltaica

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

450= 0

Hor= as Sol Pico

3,4= 9

3,4= 8

3,8= 1

3,9= 8

4

3,9= 2

3,9= 7

4,0= 9

4,0= 6

3,8= 7

3,8= 3

3,5= 6

Ene= rgía Generada

486= ,855

438= ,48

531= ,495

537= ,3

558=

529= ,2

553= ,815

570= ,555

548= ,1

539= ,865

517= ,05

496= ,62

6307,335

Ren= dimiento

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%=

60%

Ene= rgía Útil

292= ,11

263= ,09

318= ,90

322= ,38

334= ,80

317= ,52

332= ,29

342= ,33

328= ,86

323= ,92

310= ,23

297= ,97

3784,40

Por= centaje De Sustitución %

100=

100=

100=

100=

100=

100=

100=

100=

100=

100=

100=

100=

Déf= icit En Kwh

0

0

0

0

0

0

0

0

0

0

0

0

Imp= orte Por Consumo De Energía

0

0

0

0

0

0

0

0

0

0

0

0

Car= go Por Déficit De Energía Y Conexión A Red

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

5,6=

67,2

Aho= rro

24,= 7686075

21,= 82971

24,= 7686075

23,= 788975

24,= 7686075

23,= 788975

24,= 7686075

24,= 7686075

23,= 788975

24,= 7686075

23,= 788975

24,= 7686075

290,365863

Por= centaje De Ahorro

62,09%

Costo diferencial

12724,66364

Mantenimiento diferencial

254,4932727

Ahorro

290,3658625

t =3D

43,82286377

i =3D Tasa inflación =3D

0,0017

c =3D incremento en el costo de los combustib= les =3D

5%

e= =3D interés financiero para pequeńo capital =3D=

4,90%

Interés bancario

9%

 

 

 

 

 

Fuente: Autoría propia

Con la misma lógica esto se aplica al cuadro de resultados de ahorros por ańos en la cual se aplica en la siguiente gráfica donde los valores más representativos se encuentran marcados. En las zonas donde se da la implementación de energía fotovoltaica en base al consumo promedio por vivienda no es factible económicamente, dado que para recuperar la inversión inicial se supera el tiempo de vida útil de los equi= pos, que es de 20 ańos el cual el ahorro acumulado llega a un valor de 8046,36 USD y recuperando la inversión a los 31 Ańos.

 

G= ráfico = 5. Ahorro acumulado vs ańos

Fuente: Autoría propia.

Conclusión.

ˇ&nb= sp;        En el Ecuador se está implementando acciones eco-sustentables como es en el ca= so de la eco- construcción, que va desarrollándose de manera exponencial en el país más de ser un resultado de conciencia ambiental implantada por medio de infinitas fuentes de información que nos inculcan a la educación ambiental,= por lo cual es más económico y eficiente que algunos combustibles fósiles. Sin embargo, los subsidios que se da a estos en el país impiden que la disminuc= ión de la huella de carbono se ejecute de manera macro; los costos para impleme= ntar equipos y sistemas generadores de energía limpia son muy elevados por el mo= mento. Es importante implementar cambios sistemáticos que contribuyan al desarrollo sustentable de la edificación y que satisfagan las necesidades del sector mediante la sensibilización y comprensión del sector energético ambientalme= nte amigable.

ˇ&nb= sp;        Utilizando eficazmente la energía de los materiales para el desarrollo de estructuras fotovoltaicas e implementando un diseńo utilizado por el sol pasivo-activo, basado en las variables de la geometría solar permiten realizar construccio= nes que pueden alcanzar valor calorífico sin que exista la necesidad de impleme= ntar procedimientos adicionales. Sin embargo, no resulta económicamente factible= en el medio local, dado que para recuperar la inversión inicial se supera el tiempo de vida útil de los equipos. Aparte de que existe una extensa infraestructura para generación de energías limpias tales como son las centrales hidroeléctricas que se encuentran a lo largo del país generando un total de 7146 MW, según la Corporación Eléctrica del Ecuador CELEC, por lo tanto, no se recomienda la instalación de estos sistemas en lugares donde la red central de electricidad es constante y sustentable. Por otro lado, la ventaja más clara en la implementación de métodos fotovoltaicos para vivien= das unifamiliares, es únicamente en sectores en el cual su ubicación sea compli= cada o inaccesible para la red pública y/o transporte.<= /span>

ˇ&nb= sp;        Finalmente concluimos que con respecto a la generación eléctrica en nuestro país se encuentra en su pico, por lo tanto, no existe la necesidad de implementar paneles fotovoltaicos en lugares donde la electricidad es generada de manera sustentable y además de ser muy asequible. Sin embargo, la efectividad de la implementación de estos sistemas recae en zonas donde su ubicación sea inaccesible.

 

Agradecimientos.

El presente artículo es p= arte del trabajo de investigación y titulación del Programa de Maestría en Construcción con Mención en Administración de la construcción Sustentable d= e la Universidad Católica de Cuenca, por ello agradecemos a todos y cada uno de = los instructores por los conocimientos e información brindados parala elaboraci= ón del trabajo.<= /span>

Referencias.

Antero, J., & Ramírez, V. (2014). Evolución = De Las Teorías De Explotación De Recursos Naturales: Hacia La Creación De Una Nueva Ética Mundial. Luna Azul, 39, 291–313.

Bermejo Gomez De Segura. (2014). Del desarrollo sostenible según Brundtland a la sostenibilidad como biomimesis. In Del desarrollo Sostenible según Brundtlant a la sostenibilidad como biomimesis.

Cárdenas, V., Álvarez, R., & González, M. (2019). Inversores inteligentes en sistemas de energía solar fotovoltaica. <= i>Journal of Chemical Information a= nd Modeling, 53(9), 24–29.

Delia, M. A., & López, C. (20= 10). Caso : la vivienda de inter= és social en la ciudad de Mexicali , Baja California . México . ”.

F, L. U., & Espinoza, J. L. (2016). Energia solar = en el Ecuador (Issue January).

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PARA CITAR EL ARTÍCULO INDEXADO.

 

 

Merchán Sacoto, D. R. (2021). Rentabilidad de la implementación de paneles fotovoltaicos en relación con el consumo promedio por vivienda en las 4 regiones naturales d= el Ecuador. ConcienciaDigital, 4(3), 22-39. https://doi.org/10.33262/concienciadig= ital.v4i3.1762

 

 


 

 

 

El artículo que se publica es de exclusiva responsabilidad de los autores y no necesariamente reflejan el pensamiento de la Revista Conciencia Digital.

 

El artículo queda en propiedad de la revista y, por tanto, su publicación parcial y/o total en otro medio tiene = que ser autorizado por el director de la Revista Conciencia Digital.

 

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[1] Universidad Católica de Cu= enca, Maestría en Construcción con Mención en Gestión de Construcción Sostenible,= Azuay, Ecuador, david.merchan@es= t.ucacue.edu.ec, https://orcid.org/0000-0002-4871-004X

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                                                =                    Vol. 4, N°3, p. 22-39, ju= lio - septiembre, 20 21

Mundo en Pandemia               =                                                                   =                                                Página 6

 

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