Add to ORKGThe study describes the potential improvement of summer comfort and reduction of energy consumption that can be achieved by adopting passive cooling solutions, such as daytime comfort ventilation with increased air velocities and night cooling, in domestic buildings. By means of dynamic simulations, the performances of ten ventilation and cooling strategies have been tested in four climatic zones across Europe and passive strategies were found to perform excellently in all four location
Various factors have been contributing to a recent steady increase in buildingsi demands for cooling...
In recent times, due to limited availability of energy from conventional sources, its effects on the...
Figure 1: Annual cooling energy demand in the European Union, forecast by the project EECCAC (Adnot ...
Among environmental controls, solar shading and ventilative cooling are widely considered as key pas...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
When environmental sustainability is a key feature of an intervention on a building, the design must...
The European Energy Performance of Buildings Directive (EPBD) explicitly refers to a "passive coolin...
There is a growing energy demand for cooling in European buildings. It is expected that the cooled f...
One of the fastest growing sources of new energy demand is space cooling. The studies EECCAC and EER...
In this study, energy conservation potential of appropriate passive cooling and basic heat avoidance...
Re-use and renovation of buildings are core strategies towards a rational environmental policy. It p...
Under the framework of the European Program Intelligent Energy for Europe (IEE), the project ThermCo...
The IEE Passive-on project has drafted a proposal to adapt the Standard to the conditions that chara...
Many newly built, energy-efficient terraced houses are characterised by high indoor air temperatures...
Various factors have been contributing to a recent steady increase in buildingsi demands for cooling...
In recent times, due to limited availability of energy from conventional sources, its effects on the...
Figure 1: Annual cooling energy demand in the European Union, forecast by the project EECCAC (Adnot ...
Among environmental controls, solar shading and ventilative cooling are widely considered as key pas...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
When environmental sustainability is a key feature of an intervention on a building, the design must...
The European Energy Performance of Buildings Directive (EPBD) explicitly refers to a "passive coolin...
There is a growing energy demand for cooling in European buildings. It is expected that the cooled f...
One of the fastest growing sources of new energy demand is space cooling. The studies EECCAC and EER...
In this study, energy conservation potential of appropriate passive cooling and basic heat avoidance...
Re-use and renovation of buildings are core strategies towards a rational environmental policy. It p...
Under the framework of the European Program Intelligent Energy for Europe (IEE), the project ThermCo...
The IEE Passive-on project has drafted a proposal to adapt the Standard to the conditions that chara...
Many newly built, energy-efficient terraced houses are characterised by high indoor air temperatures...
Various factors have been contributing to a recent steady increase in buildingsi demands for cooling...
In recent times, due to limited availability of energy from conventional sources, its effects on the...
Figure 1: Annual cooling energy demand in the European Union, forecast by the project EECCAC (Adnot ...