Silica aerogel has ideal characteristics for solar thermal applications. High transparency for solar radiation is combined with extremely low thermal conductivity. The chemical company BASF (D) is developing a granular form of aerogel, which will be introduced to the market in the near future. The application potential of this material in window systems was tested as part of a CEC-JOULE project in cooperation with four other industrial companies and two research institutes under the leadership of FhG/ISE in Freiburg. A typical u-value for a double glazed window with a 16 mm thick layer of granular aerogel is 1.0 Wmhighminus2Khighminus1, the solar transmission for diffuse light is about 45 %. Both parameters are variable over a wide range de...
Due to its combination of transparency and low thermal conductivity, aerogel holds considerable prom...
For the best possible thermal-technical properties of building structures it is necessary to use mat...
Transport of heat through windows accounts for more than 25% of heating and cooling losses in reside...
The paper deals with the potential of high energy-efficient windows with granular silica aerogel for...
This paper gives a summary of the status of the project "Aerogel Windows", which is funded by the Co...
Silica aerogels are a translucent nano-porous material. Due to this nano-porous structure they have ...
At the beginning of the planning phase of this project - about four years ago - granular aerogel was...
Due to increased human demand for energy, research and design have become increasingly interested in...
Silica aerogels are excellent thermal and acoustic insulators with high porosity, very low density a...
AbstractThe implementation of innovative materials for energy saving is among the most compelling to...
Building envelopes incorporating aerogel materials may exploit miscellaneous properties of the aerog...
Aerogel materials possess a wide variety of exceptional properties, hence a striking number of appli...
The loss of heat through windows accounts for 25% of in-home heating and cooling losses. Due to clim...
Silica aerogels are advanced materials with outstanding properties, including high specific surface ...
International audienceMost developed countries have set an objective to reduce their energy consumpt...
Due to its combination of transparency and low thermal conductivity, aerogel holds considerable prom...
For the best possible thermal-technical properties of building structures it is necessary to use mat...
Transport of heat through windows accounts for more than 25% of heating and cooling losses in reside...
The paper deals with the potential of high energy-efficient windows with granular silica aerogel for...
This paper gives a summary of the status of the project "Aerogel Windows", which is funded by the Co...
Silica aerogels are a translucent nano-porous material. Due to this nano-porous structure they have ...
At the beginning of the planning phase of this project - about four years ago - granular aerogel was...
Due to increased human demand for energy, research and design have become increasingly interested in...
Silica aerogels are excellent thermal and acoustic insulators with high porosity, very low density a...
AbstractThe implementation of innovative materials for energy saving is among the most compelling to...
Building envelopes incorporating aerogel materials may exploit miscellaneous properties of the aerog...
Aerogel materials possess a wide variety of exceptional properties, hence a striking number of appli...
The loss of heat through windows accounts for 25% of in-home heating and cooling losses. Due to clim...
Silica aerogels are advanced materials with outstanding properties, including high specific surface ...
International audienceMost developed countries have set an objective to reduce their energy consumpt...
Due to its combination of transparency and low thermal conductivity, aerogel holds considerable prom...
For the best possible thermal-technical properties of building structures it is necessary to use mat...
Transport of heat through windows accounts for more than 25% of heating and cooling losses in reside...