low energy windows

Within the scope of LaWin (LARGE AREA FLUIDIC WINDOWS), a Horizon 2020 project, an innovative material solution will be developed for efficient solar energy and ambient heat harvesting through an active building envelope. This uses large-area microfluid devices, which are implemented in windows and facades.   As a key feature, the LaWin devices are designed for compatibility with existing process chains in window and facade manufacture such as used in e.g. triple glazing.     Expected impacts:  
Post date: 9 Aug 2017
Type: Link

This Topic includes all content relevant to the Theme "building envelope (walls, windows,...)"
Post date: 21 Nov 2016
Type: Topic

The impact of Windows on the energy performance of buildings is increased with the reduction of the energy demand. In the past windows influenced only 20-30% the energy demand of buildings but in low energy buildings windows have already an influence of more than 50% to the energy needs. With the upcoming net zero energy buildings the influence will raise above 80%.
Post date: 10 Feb 2010
Type: Topic

Low-E glass considerably increases the energy saving properties of windows compared to “basic” double glazing. Low-E glass units:
Post date: 19 Jan 2010
Type: Publication

Low-E glass considerably increases the energy saving properties of windows compared to “basic” double glazing. Low-E glass units:
Post date: 19 Jan 2010
Type: Publication

Low-E glass considerably increases the energy saving properties of windows compared to “basic” double glazing. Low-E glass units:
Post date: 19 Jan 2010
Type: Publication

Low-E glass considerably increases the energy saving properties of windows compared to “basic” double glazing. Low-E glass units:
Post date: 19 Jan 2010
Type: Publication

Low-E glass considerably increases the energy saving properties of windows compared to “basic” double glazing. Low-E glass units:
Post date: 19 Jan 2010
Type: Publication