Add to ORKGThis paper investigates the annual energy consumption of an office building located in the north-eastern Mediterranean area of Italy equipped with automated shadings. The simultaneous impact of automated dynamic solar shadings and lighting control is calculated using Energy Plus and Radiance. Results show that a substantial reduction of energy demand for cooling and lighting could be achieved in office spaces if an integrated approach for automatic control of motorized shadings is used in conjunction with controllable electric lighting systems. Automated shadings are an irreplaceable strategic instrument to improve thermal and visual comfort in high energy efficiency buildings
Buildings are the EU's largest energy users, consuming over 40 % of Europe's total primary energy. O...
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
This paper investigates the annual energy consumption of an office building located in the north-eas...
A case study of a building for accommodation, located in the north-eastern Alpine area of Italy, is ...
The purpose of this paper is to investigate the adjust- ment of solar shading devices in office buil...
Office buildings represent a challenge for reducing energy consumptions due do climatization, since ...
The façades design should be considered a major issue in the design of energy-efficient buildings. M...
A study was conducted in a test room (3x5m) equipped with energy efficient luminaires suspended from...
Shading provision should be considered as an integral part of fenestration system design for commerc...
Future restrictions in terms of buildings’ energy consumption and the adoption of the Nearly Zero En...
Fenestration properties and controls affect energy use and comfort conditions in building perimeter ...
Modern office buildings often have large glazed areas. Incident solar radiation can lead to large co...
In Europe, the building energy demand is about 40% of the total energy requirement. In order to obta...
Many contemporary office buildings are characterized by large glazed surfaces, often located without...
Buildings are the EU's largest energy users, consuming over 40 % of Europe's total primary energy. O...
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
This paper investigates the annual energy consumption of an office building located in the north-eas...
A case study of a building for accommodation, located in the north-eastern Alpine area of Italy, is ...
The purpose of this paper is to investigate the adjust- ment of solar shading devices in office buil...
Office buildings represent a challenge for reducing energy consumptions due do climatization, since ...
The façades design should be considered a major issue in the design of energy-efficient buildings. M...
A study was conducted in a test room (3x5m) equipped with energy efficient luminaires suspended from...
Shading provision should be considered as an integral part of fenestration system design for commerc...
Future restrictions in terms of buildings’ energy consumption and the adoption of the Nearly Zero En...
Fenestration properties and controls affect energy use and comfort conditions in building perimeter ...
Modern office buildings often have large glazed areas. Incident solar radiation can lead to large co...
In Europe, the building energy demand is about 40% of the total energy requirement. In order to obta...
Many contemporary office buildings are characterized by large glazed surfaces, often located without...
Buildings are the EU's largest energy users, consuming over 40 % of Europe's total primary energy. O...
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Windows of a building is generally known to increase the use of energy if the lighting system is not...