Metodología para determinar el potencial solar de entornos de baja densidad del área metropolitana de Mendoza
; Diblasi, Angela Magdalena
; Mesa, Nestor Alejandro
; de Rosa, Carlos 
Otros responsables
Fecha
12/2006
Editorial
Asociación Argentina de Energía Solar
Revista
Avances en Energias Renovables y Medio Ambiente
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Institución organizadora
ISSN
0329-5184
eISSN
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Español
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Resumen
El presente estudio intenta aportar conocimientos y metodologías para evaluar el acceso al recurso solar del parque edilicio urbano existente, reconociendo su complejidad y definiendo con precisión las variables significativas que definen la utilización del recurso, para los usos de calefacción de espacios (muros al norte) y calentamiento de agua para uso doméstico (techos horizontales y proyección horizontal de techos con pendiente). El objetivo del mismo es aplicar un modelo estadístico de regresión lineal múltiple que permita estudiar la correlación existente entre el potencial solar del parque edilicio urbano actual (variable respuesta), y un conjunto de variables explicativas, urbanas y edilicias: forma y orientación de las manzanas, ancho de los cañones urbanos, incidencia del arbolado, morfología edilicia, áreas de parcelas, ocupación del suelo y densidad edilicia. Se propone desarrollar una metodología que permita cuantificar el potencial de la edilicia del Área Metropolitana de Mendoza (AMM), y elaborar lineamientos de diseño apropiados para formular e implementar una legislación que establezca rangos de valores para cada variable significativa, tendiente al aprovechamiento pleno del recurso solar en la ciudad, y por lo tanto al desarrollo ambiental y energéticamente sustentable.
The present study aims at contributing knowledge and methodology to assess the access to the solar resource of the existing urban building stock, a knewedging its complexity and precisely defining the utilization of the resources, for the uses of space heating (north facing walls) and domestic water heating ( horizontal roofs and horizontal projection of tilted roofs). The objective of the study is to utilize a statistical multiple linear regression model that would allow to define the correlations between the solar potential of the present building stock (variable response) and a set of urban and building explanatory variables: form and orientation of city blocks, urban canyon width, urban forest incidence, building morphology, parcel dimensions, soil occupation and building density. It is expected that the results of the study will allow to quantify the solar potential of the present building stock in MMA and elaborate suitable design guidelines for the elaboration and implementation of norms that would establish value ranges for each significant variable, aiming at the maximum utilization of the solar resource in the city, as a significant contribution to its environmental and energy sustainable development
The present study aims at contributing knowledge and methodology to assess the access to the solar resource of the existing urban building stock, a knewedging its complexity and precisely defining the utilization of the resources, for the uses of space heating (north facing walls) and domestic water heating ( horizontal roofs and horizontal projection of tilted roofs). The objective of the study is to utilize a statistical multiple linear regression model that would allow to define the correlations between the solar potential of the present building stock (variable response) and a set of urban and building explanatory variables: form and orientation of city blocks, urban canyon width, urban forest incidence, building morphology, parcel dimensions, soil occupation and building density. It is expected that the results of the study will allow to quantify the solar potential of the present building stock in MMA and elaborate suitable design guidelines for the elaboration and implementation of norms that would establish value ranges for each significant variable, aiming at the maximum utilization of the solar resource in the city, as a significant contribution to its environmental and energy sustainable development
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