The Enzo Ferrari Museum Uses Geothermal Energy to Regulate Temperature
Meghan Young — March 19, 2012 — Autos
References: future-systems & hypebeast
The Enzo Ferrari Museum is as ferociously sleek and structurally impressive as the cars housed within. A stunning architectural specimen, it is an experimental structure featuring a unique facade that is both aesthetically pleasing and practical.
Designed by Future Systems, the Enzo Ferrari Museum boasts thermo-sensor activated windows that allow cool air to circulate throughout the building during the summer. Since half of the building resides below ground, geothermal energy is used to heat and cool the interior as well, making it the first building in Italy to do so. The Enzo Ferrari Museum employs photovoltaic technology and water recycling systems to further its eco-friendly existence.
Inside, the Enzo Ferrari Museum is like one big blank slate, allowing the luxury vehicles to truly shine.
Designed by Future Systems, the Enzo Ferrari Museum boasts thermo-sensor activated windows that allow cool air to circulate throughout the building during the summer. Since half of the building resides below ground, geothermal energy is used to heat and cool the interior as well, making it the first building in Italy to do so. The Enzo Ferrari Museum employs photovoltaic technology and water recycling systems to further its eco-friendly existence.
Inside, the Enzo Ferrari Museum is like one big blank slate, allowing the luxury vehicles to truly shine.
Trend Themes
1. Geothermal Energy for Building Temperature Regulation - The use of geothermal energy in building design for temperature regulation presents disruptive innovation opportunities in the construction industry.
2. Thermo-sensor Activated Windows - The use of thermo-sensor activated windows to circulate cool air in buildings during summer provides disruptive innovation opportunities in the architecture and HVAC industries.
3. Photovoltaic Technology and Water Recycling Systems - The incorporation of photovoltaic technology and water recycling systems in building design offers disruptive innovation opportunities for sustainable construction practices and renewable energy industries.
Industry Implications
1. Construction - The construction industry can explore disruptive innovation opportunities in using geothermal energy for building temperature regulation.
2. Architecture - The architecture industry can take advantage of disruptive innovation opportunities in implementing thermo-sensor activated windows for efficient building ventilation.
3. Renewable Energy - The renewable energy industry can capitalize on disruptive innovation opportunities by integrating photovoltaic technology and water recycling systems in building design.
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