Análisis De Estrategias Para Confort Térmico Y Lumínico De Edificios en Diferentes Climas De La Zona Central De Chile

Solar and Lighting Transmission through Complex Fenestration Systems of Office Buildings in a Warm and Dry Climate of Chile

“…In fact, highly glazed buildings in Santiago and Valparaí so (33°S) show significant overheating and glare problems during summer and intermediate seasons of the year [7][8][9].…”

Estrategia espacial de control ambiental para la vivienda en altura en la zona central de Chile

“…Los parámetros que definen los elementos constructivos y las condiciones internas de las zonas a analizar se rigen según la normativa europea EN-15251 (AENOR, 2016) y el "Estudio sobre rangos de confort térmico y riesgo de sobrecalentamiento" (Bustamante, 2015). Cabe señalar que los modelos de las tipologías ubicadas a la altura media del edificio consideran algunos de sus muros, cielo y suelo como elementos adiabáticos.…”

Influence of the Type of Solar Protection on Thermal and Light Performance in Classrooms

“…In addition, the geometry, size, and distribution of the opening (Larrumbide and Bedoya, 2015), the optic characteristics (light transmittance of the glazed surfaces), and the behavior of energy passing through (transmission, absorption, and refraction), can have a positive or negative effect (Lee et al, 2013). For this reason, lighting and thermal requirements are contrasted against one another, as in given climates, large glazed surfaces can contribute suitable levels of thermal comfort, but not visual, and vice versa (Bustamante et al, 2012 (Acosta et al, 2016;Carlucci et al, 2015). For this reason, the study of lighting addressed as a static problem, evolved on including indicators that combine time and space, assuming the dynamic issue of solar behavior and seasonal variation together with other variables such as outdoor views and areas with direct sunlight, which are understood as part of a better perception of visual comfort (Carlucci et al, 2015;Pellegrino et al, 2015).…”