Add to ORKGBuildings are the EU's largest energy users, consuming over 40 % of Europe's total primary energy. One way of cutting this consumption is by avoiding or reducing cooling energy through proper solar shading. This paper presents examples of innovative solar control devices and emphasizes their relevance for the energy performance of buildings
This Licentiate dissertation deals with windows and solar shading devices and how they could be desi...
Future restrictions in terms of buildings’ energy consumption and the adoption of the Nearly Zero En...
In Europe, the building energy demand is about 40% of the total energy requirement. In order to obta...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
Abstract With a view towards minimising energy demand for cooling and artificial lighting in buildin...
In a World more and more concerned about carbon emissions, global warming, and sustainable design, t...
This paper investigates the annual energy consumption of an office building located in the north-eas...
Summarization: The use of external fixed shading devices to adjust solar influx radiation and to sav...
The residential sector is responsible for approximately a quarter of energy consumption in Europe. T...
Summarization: This paper is part of a research for the characteristics of the optimum shading devic...
Research studies previously performed using a singular climate had shown that certain solar shading ...
The overheating problems in office buildings must be solved with efficient solar shadings in order t...
The EU is committed to reducing the energy used and Co2 produced by 2050. Every component plays an i...
A huge amount of energy is used for air-conditioning in residential buildings in hot climates. Passi...
The effects of dynamic controls on external massive shutter positioning are studied as refurbishment...
This Licentiate dissertation deals with windows and solar shading devices and how they could be desi...
Future restrictions in terms of buildings’ energy consumption and the adoption of the Nearly Zero En...
In Europe, the building energy demand is about 40% of the total energy requirement. In order to obta...
Windows of a building is generally known to increase the use of energy if the lighting system is not...
Abstract With a view towards minimising energy demand for cooling and artificial lighting in buildin...
In a World more and more concerned about carbon emissions, global warming, and sustainable design, t...
This paper investigates the annual energy consumption of an office building located in the north-eas...
Summarization: The use of external fixed shading devices to adjust solar influx radiation and to sav...
The residential sector is responsible for approximately a quarter of energy consumption in Europe. T...
Summarization: This paper is part of a research for the characteristics of the optimum shading devic...
Research studies previously performed using a singular climate had shown that certain solar shading ...
The overheating problems in office buildings must be solved with efficient solar shadings in order t...
The EU is committed to reducing the energy used and Co2 produced by 2050. Every component plays an i...
A huge amount of energy is used for air-conditioning in residential buildings in hot climates. Passi...
The effects of dynamic controls on external massive shutter positioning are studied as refurbishment...
This Licentiate dissertation deals with windows and solar shading devices and how they could be desi...
Future restrictions in terms of buildings’ energy consumption and the adoption of the Nearly Zero En...
In Europe, the building energy demand is about 40% of the total energy requirement. In order to obta...