AbstractIn this paper different configurations of an open-space office located in Rome has been simulated with EnergyPlus 8 to compare the performance of outdoor and indoor shading devices concerning the thermal and visual comfort and the overall primary energy use. The standard PMV indices [1] have been calculated considering also the effect of the diffuse and beam solar radiation directly reaching the occupants through the windows. Although the use of shades always improves the thermal comfort, the energy demand could increase as an effect of the internal position of shades in combination with particular orientations and glazing types
Adaptive façade design plays a key role in energy performance and sustainability considering the the...
AbstractWindows are the most important part of the building façade to control solar gains, thermal l...
Many contemporary office buildings are characterized by large glazed surfaces, often located without...
In this paper different configurations of an open-space office located in Rome has been simulated wi...
AbstractIn this paper different configurations of an open-space office located in Rome has been simu...
Complex fenestration systems influence indoor comfort conditions and energy consumption in a complex...
Solar radiation plays a significant role in reducing building energy consumption for air-conditionin...
Office buildings represent a challenge for reducing energy consumptions due do climatization, since ...
Despite the significant impact that the position of movable shading devices has on building energy u...
Exterior shades are highly efficient for reducing solar load in commercial buildings. Their impact o...
Shading control strategies are often required to optimize the balance between solar gains, daylight ...
The building fa\ue7ades, as a boundary between external and internal environments, play a central ro...
The façades design should be considered a major issue in the design of energy-efficient buildings. M...
ABSTRACT: Fully glazed buildings are more and more spread throughout the building sector in the whol...
Shading provision should be considered as an integral part of fenestration system design for commerc...
Adaptive façade design plays a key role in energy performance and sustainability considering the the...
AbstractWindows are the most important part of the building façade to control solar gains, thermal l...
Many contemporary office buildings are characterized by large glazed surfaces, often located without...
In this paper different configurations of an open-space office located in Rome has been simulated wi...
AbstractIn this paper different configurations of an open-space office located in Rome has been simu...
Complex fenestration systems influence indoor comfort conditions and energy consumption in a complex...
Solar radiation plays a significant role in reducing building energy consumption for air-conditionin...
Office buildings represent a challenge for reducing energy consumptions due do climatization, since ...
Despite the significant impact that the position of movable shading devices has on building energy u...
Exterior shades are highly efficient for reducing solar load in commercial buildings. Their impact o...
Shading control strategies are often required to optimize the balance between solar gains, daylight ...
The building fa\ue7ades, as a boundary between external and internal environments, play a central ro...
The façades design should be considered a major issue in the design of energy-efficient buildings. M...
ABSTRACT: Fully glazed buildings are more and more spread throughout the building sector in the whol...
Shading provision should be considered as an integral part of fenestration system design for commerc...
Adaptive façade design plays a key role in energy performance and sustainability considering the the...
AbstractWindows are the most important part of the building façade to control solar gains, thermal l...
Many contemporary office buildings are characterized by large glazed surfaces, often located without...