In addition to the performance of materials, we are interested in their integration in the environment to offer multi-material global solutions in order to optimize energy performance by promoting well-being and quality of life, by improving acoustic, thermal and lighting comfort, by opting for a natural interaction between solar energy supply and natural and artificial lighting.
In order to achieve this, we rely on modelling and simulation tools.
We also develop new digital tools such as virtual reality, increased reality or simulators which simulate materials which are still at the design stage.
Lighting in tomorrow's environment: R&D (research & development) projects on artificial and natural lighting.
The field of lighting is currently undergoing a period of change due to the emergence of new technologies such as electroluminescent light-emitting LED and OLED diodes. What will tomorrow's lighting be?
New regulations concerning lighting are going down the path of a less "energivorous" lighting and one which is more eco-friendly. Furthermore, the emergence of electroluminescent LED diodes (Light Emitting Diode, which is widely available) and OLED (Organic Light Emitting Diode, which is in full development) allow the planning of new developments. Besides their energy performances, these lighting sources offer users freedom to personalize their lighting by modulating intensity and colour. Finally, the advantage of OLED diodes is that they are surface lighting sources and they offer both flexibility and appealing prospects to architects in particular.
Research projects concerning artificial lighting place SGR researchers right at the heart of change. LED and OLED projects allow us to take part in developing these components. Their aim is to produce lighting materials, which can be used to develop “innovative lights” such as lighting glass LEDinGLASS, distributed by Quantum Glass.
By thinking about introducing these new lighting sources into our surroundings and taking advantage of available natural light, researchers are aiming to reach the 3 main objectives in tomorrow's environment: energy efficiency, performance and visual comfort.
Optimize energy performance
by promoting well-being and quality of life, by improving acoustic, thermal and lighting comfort...
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Marine, |
A research engineer at Saint-Gobain Recherche since 2010, Marine is...
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A research engineer at Saint-Gobain Recherche since 2010, Marine is working on several studies in the natural light field (Daylighting).
"We are conducting several studies on the various aspects of daylight," Marine explains.
"Firstly, the new thermal regulations for buildings require a lower overall consumption of heating, air conditioning and artificial lighting. We are thus working on how to improve the natural light of buildings in order to improve energy efficiency."
Then, for a number of years, research has taken users' comfort into account. "If the natural lighting of buildings has not been designed according to the human factor, it loses in performance. Now we are trying to understand how building materials can improve the distribution of natural lighting within buildings." Today, the health factor is very important. "We realise that people need natural light for their well-being. The physiological aspect is therefore taken into account in our research." The research team in which Marine works, specialising in optics, thus seeks to understand the basics of visual comfort.
"Daylighting is at the crossroads of several disciplines. We work with Saint-Gobain Recherche's teams who are responsible for the thermal aspect. We also organised a workshop bringing together people from both research and marketing, working for Saint-Gobain's various activities, to compile a report of the current situation and come up with ways of optimising building materials and glazing enabling them to more effectively bring natural light into buildings."
In addition, partnerships have been concluded with universities, in particular to study aspects related to the concept of visual comfort and architecture. "Our goal is to design new products that provide improved visual comfort and better energy efficiency."
Optimize energy performance
by promoting well-being and quality of life, by improving acoustic, thermal and lighting comfort...
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Lighting in tomorrow's environment |
R&D projects on artificial and natural lighting...
View