Dynamic Buildings for a Sustainable Future


  1. Sustainability Problem: Energy.

As the world’s population continues to become more and more urbanized, cities are bearing most of the global energy burden, with buildings often being one of main energy consumers. In New York City for example, buildings are responsible for approximately 75% of the city’s GHG emissions, mainly due to energy use.

  1. http://www.dynamicarchitecture.net/index.php?option=com_content&view=article&id=37&Itemid=10&lang=eng


Dynamic Architecture has developed a revolutionary building idea that can help make the built environment more modern and sustainable.

  • In Dynamic’s building, each floor can rotate separately (upon demand), adjusting to the sun and wind directions to allow for enhanced natural temperature control.
  • Except for a concrete core, the entire building is made of prefabricated units. This allows for shorter onsite construction time and lower labor costs.
  • There is a wind turbine between each rotating building floor and solar ink on the roof surfaces, allowing for the building to be energy self-sufficient and potentially generate enough energy to power five additional buildings (this calculation is based on a building site in Dubai, different locations may have different energy generation potential).
  1. Organizational Stakeholders:

Local Government building and energy departments, utility companies, local real estate developers and investors.

  1. To deploy this technology, the first step is to get political buy in from top city officials to help cut through red tape in building permit approvals. Next, dynamic architecture should develop a partnership with a local real estate developer to help design a Dynamic building that meets a specific city’s needs. Lastly, a site and financing need to be secured before starting construction.


  1. Comment on post by mk3263: Energy Generating Walkway: No Footstep Wasted.

According to the article, this smart flooring solution can leverage pedestrian steps to generate enough energy to power public lighting. This made me wonder if with additional R&D, these “smart tiles” can be used to pave roads, allowing for moving vehicles on roads to generate renewable energy in a similar way. If prioritized for use in high traffic areas, perhaps this can produce enough energy not only to power street lighting but even entire cities. This would be an interesting opportunity to look into, as so much of our surfaces are covered by asphalt roads that provide no additional benefits to society.


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