"Feasibility and Impact Evaluation of  Dynamic Façades "       
Renewable Energy Systems and the Environment Group Project 2014-2015
  • Home
    • Definition of Dynamic Façades
    • Project Objectives
    • Literature Review >
      • Existing Dynamic Façade Buildings
      • Glazing Model
      • Shading Model
      • PCM Model
  • Project Overview
    • Reasons for Conducting Project
    • Our Approach
  • Methodology
    • Energy Modelling Software
    • Site Selection
    • Case Study Selection
    • Base Case Model >
      • Base Case Attrributes
      • Details of Base Case Model Materials
    • Shading Model
    • Glazing Model
    • PCM Model
    • Financial Analysis & Carbon Saving
  • Results & Conclusions
    • Shading Model
    • Glazing Model
    • PCM model
    • Financial Analysis & Carbon Saving
    • Project Conclusion
  • Acknowledgements
  • The Team

Dynamic Façades: Definition

“Dynamic Façades are also known as responsive façades. They exhibit an ability to comprehend and learn from their surroundings, adjusting their behavior accordingly.   The building skin is not inert, but transforms dynamically to regulate the internal environment, reducing its power demands. Ideally they include methods for generating energy.”
(http://www.academia.edu/7359351/The_Future_Lifecycle_of_Intelligent_Facades)

The f
açade's adaptability is based on the change of properties or behavior at a macro or micro scale.

Macro scale: changes in the façades 
configuration via moving parts (e.g. shading devices).

Micro scale: changes directly affect the structure of a material like thermo physical or opaque optical properties (e.g. smart glazing, PCM’s etc.).

(http://www.sciencedirect.com/science/article/pii/S1364032113002670#)
Glass building
http://openbuildings.com

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