ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA

The provision of sustainable energy solutions in Rural Areas with Dispersed Population (ARPoDs) without the possibilityof interconnection to power grids in the Province of Santiago del Estero (Argentina), motivates a preliminary analysis ofthe context at the global, national and provincial levels, a...

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Main Authors: Franco Fernández, Alejandro Ferreiro, Carlos Juárez, Carlos Cadena, Luis Moyano
Format: Article
Language:English
Published: Corporación Universitaria Republicana 2022-01-01
Series:Revista Ingeniería, Matemáticas y Ciencias de la Información
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Online Access:https://ojs.urepublicana.edu.co/index.php/ingenieria/article/view/789
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author Franco Fernández
Alejandro Ferreiro
Carlos Juárez
Carlos Cadena
Luis Moyano
author_facet Franco Fernández
Alejandro Ferreiro
Carlos Juárez
Carlos Cadena
Luis Moyano
author_sort Franco Fernández
collection DOAJ
description The provision of sustainable energy solutions in Rural Areas with Dispersed Population (ARPoDs) without the possibilityof interconnection to power grids in the Province of Santiago del Estero (Argentina), motivates a preliminary analysis ofthe context at the global, national and provincial levels, and then to explore options that integrate different energysources applied to a case study, specifically to the community located in the town of Las Viboritas, in the Mitre departmentof the aforesaid province. The purpose of the work is to present the analysis of the energy situation and possible energysupply solutions in the field of ARPDs from an integrative perspective, based on the 2030 ODS and the so-called New Rurality. In addition, the study of an alternative using solar-wind hybrid energy systems isdescribed, contrasted with other options, even based on fossil fuels. A recognized computational tool is applied thatallows optimizing the operation of systems with hybrid energy sources for each hour of the year. The design is carried outfrom the quantification of the demand, the dimensioning and cost of the technologies that make up the hybrid system, andthe availability of renewable resources at the site under study. As a result, a solar-fossil hybrid system with a lithiumaccumulation bank is proposed, since this system presents greater reliability and safety for its operation as an isolatednetwork.
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spelling doaj-art-3db0743ea31640c1b3c27a6f3b6dece22025-08-20T03:33:15ZengCorporación Universitaria RepublicanaRevista Ingeniería, Matemáticas y Ciencias de la Información2357-37162022-01-01917314410.21017/rimci.2022.v9.n17.a109ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBAFranco Fernández0https://orcid.org/0000-0002-2274-7733Alejandro Ferreiro1https://orcid.org/0000-0002-4072-9774Carlos Juárez2https://orcid.org/0000-0002-1948-5293Carlos Cadena3https://orcid.org/0000-0002-8573-9351Luis Moyano4https://orcid.org/0000-0002-4830-3436Universidad Nacional de Santiago del Estero (UNSE)Universidad Nacional de Santiago del Estero (UNSE)Universidad Nacional de Santiago del Estero (UNSE)Universidad Nacional de SaltaInstituto de Investigación y Proyectos de Economía Social y Solidaria, INPESSThe provision of sustainable energy solutions in Rural Areas with Dispersed Population (ARPoDs) without the possibilityof interconnection to power grids in the Province of Santiago del Estero (Argentina), motivates a preliminary analysis ofthe context at the global, national and provincial levels, and then to explore options that integrate different energysources applied to a case study, specifically to the community located in the town of Las Viboritas, in the Mitre departmentof the aforesaid province. The purpose of the work is to present the analysis of the energy situation and possible energysupply solutions in the field of ARPDs from an integrative perspective, based on the 2030 ODS and the so-called New Rurality. In addition, the study of an alternative using solar-wind hybrid energy systems isdescribed, contrasted with other options, even based on fossil fuels. A recognized computational tool is applied thatallows optimizing the operation of systems with hybrid energy sources for each hour of the year. The design is carried outfrom the quantification of the demand, the dimensioning and cost of the technologies that make up the hybrid system, andthe availability of renewable resources at the site under study. As a result, a solar-fossil hybrid system with a lithiumaccumulation bank is proposed, since this system presents greater reliability and safety for its operation as an isolatednetwork.https://ojs.urepublicana.edu.co/index.php/ingenieria/article/view/789hybrid systemsarpodssolar-windsoftwarefeasibility
spellingShingle Franco Fernández
Alejandro Ferreiro
Carlos Juárez
Carlos Cadena
Luis Moyano
ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
Revista Ingeniería, Matemáticas y Ciencias de la Información
hybrid systems
arpods
solar-wind
software
feasibility
title ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
title_full ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
title_fullStr ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
title_full_unstemmed ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
title_short ENERGÍA HÍBRIDA PARA ÁREAS RURALES DISPERSAS DE LA PROVINCIA DE SANTIAGO DEL ESTERO (ARGENTINA) EN EL MARCO DE LOS ODS 2030 Y LAS MDBA
title_sort energia hibrida para areas rurales dispersas de la provincia de santiago del estero argentina en el marco de los ods 2030 y las mdba
topic hybrid systems
arpods
solar-wind
software
feasibility
url https://ojs.urepublicana.edu.co/index.php/ingenieria/article/view/789
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