The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest

The influence of the microclimate of the physical environment on residential thermo-energetic performance is evaluated. Three nearby environments are considered in Grran Corrientes: densified urban, cleared suburban, and suburban with native forest. Temperature and Relative Humidity data are recorde...

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Autores principales: Di Bernardo, Álvaro, Alías, Herminia María, Filippín, Celina
Formato: Artículo revista
Lenguaje:Español
Publicado: Universidad Nacional del Nordeste. Facultad de Arquitectura y Urbanismo 2024
Materias:
urbanizaciones
vegetación
recursos energéticos
urbanizations
vegetation
energy resources
urbanizações
vegetação
Acceso en línea:https://revistas.unne.edu.ar/index.php/crn/article/view/7524
Aporte de:
Revistas UNNE - Universidad Nacional del Noroeste (UNNE) de Universidad Nacional del Nordeste
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institution Universidad Nacional del Nordeste
institution_str I-48
repository_str R-154
container_title_str Revistas UNNE - Universidad Nacional del Noroeste (UNNE)
language Español
format Artículo revista
topic urbanizaciones
vegetación
recursos energéticos
urbanizations
vegetation
energy resources
urbanizações
vegetação
recursos energéticos
spellingShingle urbanizaciones
vegetación
recursos energéticos
urbanizations
vegetation
energy resources
urbanizações
vegetação
recursos energéticos
Di Bernardo, Álvaro
Alías, Herminia María
Filippín, Celina
The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
topic_facet urbanizaciones
vegetación
recursos energéticos
urbanizations
vegetation
energy resources
urbanizações
vegetação
recursos energéticos
author Di Bernardo, Álvaro
Alías, Herminia María
Filippín, Celina
author_facet Di Bernardo, Álvaro
Alías, Herminia María
Filippín, Celina
author_sort Di Bernardo, Álvaro
title The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
title_short The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
title_full The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
title_fullStr The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
title_full_unstemmed The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
title_sort microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest
description The influence of the microclimate of the physical environment on residential thermo-energetic performance is evaluated. Three nearby environments are considered in Grran Corrientes: densified urban, cleared suburban, and suburban with native forest. Temperature and Relative Humidity data are recorded by external sensors during the hottest 2022 summer period. For these three environments, the thermo-energetic performance of a house is simulated by EnergyPlus, keeping unchanged: its morphology/orientation, construction technology, use factor and air conditioning system. The results show a higher energy consumption with a higher percentage of residential hygro-thermal discomfort in a densified urban environment, followed by the cleared suburban, revealing better conditions in the presence of native vegetation. The mitigating effect of the vegetation on the microclimate of the physical environment is evident, which has a positive impact on the thermo-energetic performance of the house. The need to conserve the native forest in the design of new developments is pointed out.
publisher Universidad Nacional del Nordeste. Facultad de Arquitectura y Urbanismo
publishDate 2024
url https://revistas.unne.edu.ar/index.php/crn/article/view/7524
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first_indexed 2024-08-21T22:36:20Z
last_indexed 2024-08-21T22:36:20Z
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spelling I48-R154-article-75242024-05-23T16:02:23Z The microclimate of the environment in residential thermo-energetic performance within gran corrientes, argentina. the mitigating effect of the native forest El microclima del entorno en el desempeño termoenergético residencial dentro del Gran Corrientes, Argentina. El efecto mitigador del monte nativo O microclima do ambiente no desempenho termo-energético residencial no gran corrientes, argentina. o efeito mitigador da floresta nativa Di Bernardo, Álvaro Alías, Herminia María Filippín, Celina urbanizaciones vegetación recursos energéticos urbanizations vegetation energy resources urbanizações vegetação recursos energéticos The influence of the microclimate of the physical environment on residential thermo-energetic performance is evaluated. Three nearby environments are considered in Grran Corrientes: densified urban, cleared suburban, and suburban with native forest. Temperature and Relative Humidity data are recorded by external sensors during the hottest 2022 summer period. For these three environments, the thermo-energetic performance of a house is simulated by EnergyPlus, keeping unchanged: its morphology/orientation, construction technology, use factor and air conditioning system. The results show a higher energy consumption with a higher percentage of residential hygro-thermal discomfort in a densified urban environment, followed by the cleared suburban, revealing better conditions in the presence of native vegetation. The mitigating effect of the vegetation on the microclimate of the physical environment is evident, which has a positive impact on the thermo-energetic performance of the house. The need to conserve the native forest in the design of new developments is pointed out. Se evalúa la influencia del microclima del entorno físico en el comportamiento termo-energético residencial. Se consideran tres entornos próximos dentro del Gran Corrientes: urbano densificado, suburbano desmontado y suburbano con monte nativo. Se registran, mediante sensores externos, los datos de Temperatura y Humedad Relativa durante el período estival más caluroso del 2022. Se simula, para estos tres entornos, el comportamiento termo-energético de una vivienda mediante EnergyPlus, manteniendo inalterables: su morfología/orientación, tecnología constructiva, factor de uso y sistema de climatización. Los resultados demuestran mayor consumo energético con mayor porcentaje de disconfort higro-térmico residencial en un entorno urbano densificado, seguido por el suburbano desmontado, revelando mejores condiciones en el entorno con monte nativo. Se evidencia el efecto mitigador de la vegetación sobre el microclima del entorno físico, que repercute positivamente en el comportamiento termo-energético de la vivienda. Se señala la necesidad de conservar el monte en el diseño de nuevas urbanizaciones. Avalia-se a influência do microclima do ambiente físico no comportamento termo-energético residencial. Três ambientes próximos são considerados dentro do Gran Corrientes: urbano adensado, suburbano desmatado e suburbano com floresta nativa. Os dados de Temperatura e Umidade Relativa são registrados através de sensores externos durante o período mais quente do verão de 2022. O comportamento termo-energético de uma casa é simulado para esses três ambientes usando o EnergyPlus, mantendo inalterados: a sua morfologia/orientação, tecnologia construtiva, fator de uso e sistema de ar condicionado. Os resultados demostram maior consumo de energia com maior percentual de desconforto higrotérmico residencial em ambiente urbano adensado, seguido do suburbano desmatado, revelando melhores condições no ambiente com floresta nativa. Evidencia-se o efeito atenuante da vegetação no microclima do ambiente físico, o que tem um impacto positivo no comportamento termo-energético da moradia. Aponta-se a necessidade de conservação da floresta no desenho de novas urbanizações. Universidad Nacional del Nordeste. Facultad de Arquitectura y Urbanismo 2024-05-23 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unne.edu.ar/index.php/crn/article/view/7524 10.30972/crn.37377524 Cuaderno Urbano; Vol. 37 No. 37 (2024); 99-118 Cuaderno Urbano; Vol. 37 Núm. 37 (2024); 99-118 1853-3655 1666-6186 spa https://revistas.unne.edu.ar/index.php/crn/article/view/7524/6944 http://creativecommons.org/licenses/by-nc-sa/4.0

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