The House Mecano by ROBLESARQ Features Easy Airflow
Jamie Danielle Munro — May 22, 2014 — Art & Design
References: roblesarq & contemporist
With Costa Rica being extremely hot at most times of the year, ROBLESARQ Architecture firm wanted to build a structure that would work with this heat instead of trapping it inside. The result is a natural airflow structure that ensures the house stays cool throughout the year.
According to The Contemporist, "the concept of the residence arises in the use of passive strategies through bioclimatic design in synergy with an automation system that controls the appropriate levels of natural ventilation through open window systems and a pulley system that alter the position and inclination of the eaves manually, promoting thermal comfort and indoor air quality." This method makes the most of the natural design of the house, while making sure it doesn't cost a fortune to keep it cool.
According to The Contemporist, "the concept of the residence arises in the use of passive strategies through bioclimatic design in synergy with an automation system that controls the appropriate levels of natural ventilation through open window systems and a pulley system that alter the position and inclination of the eaves manually, promoting thermal comfort and indoor air quality." This method makes the most of the natural design of the house, while making sure it doesn't cost a fortune to keep it cool.
Trend Themes
1. Passive Bioclimatic Design - Leveraging bioclimatic design principles to optimize natural ventilation and thermal comfort in buildings.
2. Automated Ventilation Systems - Utilizing smart automation systems to control and manage natural ventilation in buildings.
3. Energy-efficient Architecture - Creating structures that reduce the need for artificial cooling systems and minimize energy consumption.
Industry Implications
1. Architecture and Construction - Opportunity to incorporate passive bioclimatic design and automated ventilation systems into new building projects.
2. Smart Home Technology - Disruptive innovation potential in developing advanced automated ventilation systems for residential buildings.
3. Energy and Sustainability - Opportunity to promote energy efficiency and sustainability through the adoption of natural ventilation and bioclimatic design in buildings.
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