This study focuses on the effect on weather parameters have on passive technologies such as cool roof, double skin roof, green roof and insulated roof. A simulation study was conducted by first comparing the effect of climate zones based on American Society of Heating, Refrigerating and Air-Conditioning Engineers ((coo) standard against the passive technologies. The results showed that double skin roof consistently showed significant energy savings and was the best among all the passive technologies when simulating in climate zones 1-5. Green roof and insulated roof also showed energy savings throughout the 5 climate zones. Whereas, cool roof only displayed energy savings in zone 1 and 2. Cool incurred heating losses in zone 3 to 5, total e...
In hot dry regions, the building envelope receives abundant solar radiation, which contributes to he...
In hot dry climates, it is estimated that almost half the urban peak load of energy consumption is u...
Over the years, energy demand has increased significantly with the increase in the world population....
In this study, we examined the effect of cool roofs on commercial and residential buildings in eac...
In the tropics, the earth surface receives abundant solar radiation throughout the year contributing...
Problem: Roofs receive the most intense solar heat load among all building envelope surfaces in Equa...
Green roofs are a very important passive cooling technique which helps in reducing thermal heat gain...
Green roofs are widely used as a passive building design technique to decrease the cooling demand in...
Over the last few decades many bibliographical studies have been conducted on cool roofs, by analyzi...
Over the last few decades many bibliographical studies have been conducted on cool roofs, by analyzi...
Cool roofs are an emerging technique with a flourishing interest worldwide of late. The aim of this ...
Cool roofs are an emerging technique with a flourishing interest worldwide of late. The aim of this ...
This paper investigates the thermal performance of green roofs, cool roofs, and their combined effec...
This paper investigates the thermal performance of green roofs, cool roofs, and their combined effec...
Cool roofs, as feasible and efficient passive solar technique that reduces building energy requireme...
In hot dry regions, the building envelope receives abundant solar radiation, which contributes to he...
In hot dry climates, it is estimated that almost half the urban peak load of energy consumption is u...
Over the years, energy demand has increased significantly with the increase in the world population....
In this study, we examined the effect of cool roofs on commercial and residential buildings in eac...
In the tropics, the earth surface receives abundant solar radiation throughout the year contributing...
Problem: Roofs receive the most intense solar heat load among all building envelope surfaces in Equa...
Green roofs are a very important passive cooling technique which helps in reducing thermal heat gain...
Green roofs are widely used as a passive building design technique to decrease the cooling demand in...
Over the last few decades many bibliographical studies have been conducted on cool roofs, by analyzi...
Over the last few decades many bibliographical studies have been conducted on cool roofs, by analyzi...
Cool roofs are an emerging technique with a flourishing interest worldwide of late. The aim of this ...
Cool roofs are an emerging technique with a flourishing interest worldwide of late. The aim of this ...
This paper investigates the thermal performance of green roofs, cool roofs, and their combined effec...
This paper investigates the thermal performance of green roofs, cool roofs, and their combined effec...
Cool roofs, as feasible and efficient passive solar technique that reduces building energy requireme...
In hot dry regions, the building envelope receives abundant solar radiation, which contributes to he...
In hot dry climates, it is estimated that almost half the urban peak load of energy consumption is u...
Over the years, energy demand has increased significantly with the increase in the world population....
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