Improved insulation and glazing contribute to overheating in buildings, the incidence of which is rising. Blinds and shutters can reduce thermal gain if specified and used correctly and their value as passive / low energy products is now being acknowledged by construction professionals, who also recommend that building models include solar shading devices to reduce overheating in buildings. However, some software does not appear to generate accurate models of shading products and their impact as illustrated in a comparative study of recent real-time data from a refurbished residential building in London and the results of building simulations. This paper describes this study and the reasons for the limitations in the models and proposes tha...
Solar shading is one of the cheapest passive cooling techniques employed in hot climates and there i...
This paper investigates the effectiveness of multiple external shading devices and identifies the mo...
With a view towards minimising energy demand for cooling and artificial lighting in buildings, this ...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
The built environment accounts for 40% of the UK’s carbon footprint, with half of this involving bui...
Overheating in domestic homes specifically in built up urban areas has become a pressing problem wit...
Overheating in domestic homes specifically in built up urban areas has become a pressing problem wit...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
Modern well-insulated and highly glazed buildings experience increased overheating, even in cold cli...
Overheating in the indoor environment, specifically in domestic homes, schools and healthcare settin...
The use of solar shading can have an important influence on the internal heat gains, especially in z...
Solar shading is one of the cheapest passive cooling techniques employed in hot climates and there i...
This paper investigates the effectiveness of multiple external shading devices and identifies the mo...
With a view towards minimising energy demand for cooling and artificial lighting in buildings, this ...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Improved insulation and glazing contribute to overheating in buildings, the incidence of which is ri...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
The built environment accounts for 40% of the UK’s carbon footprint, with half of this involving bui...
Overheating in domestic homes specifically in built up urban areas has become a pressing problem wit...
Overheating in domestic homes specifically in built up urban areas has become a pressing problem wit...
Managing thermal loss is a key topic that needs further investigation as it has a direct link to red...
Modern well-insulated and highly glazed buildings experience increased overheating, even in cold cli...
Overheating in the indoor environment, specifically in domestic homes, schools and healthcare settin...
The use of solar shading can have an important influence on the internal heat gains, especially in z...
Solar shading is one of the cheapest passive cooling techniques employed in hot climates and there i...
This paper investigates the effectiveness of multiple external shading devices and identifies the mo...
With a view towards minimising energy demand for cooling and artificial lighting in buildings, this ...