A Double Skin Facade System: Transparency in the Age of Building Energy Use Reduction

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A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

William Rawn Associates is a leader in the use of double skin curtainwall systems, with a growing collection of built projects. While the first double skin façade dates to 1903 in Germany, application has only gained traction in recent years, with few examples in the US.

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Slim Skins: Towards a New Glazed Façade System

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Breathing Double-facade Environmental Building Design

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Full article: Are transparent double-skin facades effective for energy retrofit? Answers for an office building - with and without photovoltaic integration

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

The role of double-skin facade configurations in optimizing building energy performance in Erbil city

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Sustainability, Free Full-Text

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Global technological advancement and challenges of glazed window, facade system and vertical greenery-based energy savings in buildings: A comprehensive review - ScienceDirect

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

The evolution of building energy retrofit via double-skin and responsive façades: A review - ScienceDirect

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Buildings, Free Full-Text

A Double Skin Facade System: Transparency in the Age of Building Energy Use  Reduction

Photovoltaic double-skin façade: A combination of active and passive utilizations of solar energy - Chunwen Xu, Xiao Ma, Chuck Wah Francis Yu, 2019