Rahul Duseja | International Journal of Sustainable Building Technology | Vol 08, Issue 01 | pp. 8-20 | ISSN: 2583-3278
Abstract
This 10-acre biophilic group housing project in Gurgaon redefines the future of living by seamlessly integrating low-carbon construction technologies with energy-efficient design. It exemplifies how biophilic architecture and smart building automation systems can work together in a harmonious, yin-yang relationship – balancing nature with technology to create sustainable, comfortable, and forward-thinking homes. Biophilia, with its emphasis on integrating nature into urban spaces, forms the heart of the project. Diverse greenery, alongside a mechanical, electricity-free irrigation system, ensures efficient water use while advanced drainage solutions prevent mosquito breeding. The staggered, Jenga-inspired balconies promote natural ventilation and abundant daylight, drastically reducing reliance on artificial climate control. These features foster a healthier, more natural living environment, enhancing the well-being of residents. At the other end of this balance, the building automation systems act as the technological backbone, optimizing energy use and operational efficiency. From floating glass technology that regulates sunlight and temperature to automated climate control systems that ensure comfortable indoor conditions, the smart technology complements the biophilic design. A fully automated basement system efficiently manages parking, surveillance, water systems, and fire safety, ensuring that the entire living experience is not only luxurious but also energy-efficient and cost-effective. Together, these two elements – biophilia and building automation – create a symbiotic relationship where nature and technology enhance each other. While biophilia brings the appeal of a green, serene environment, the automation systems make this future of living practical, sustainable, and efficient. This development sets the stage for future housing projects that blend luxury and eco-consciousness, demonstrating that a balance of both can redefine urban living.
Keywords:Future of living, low-carbon construction, biophilic design, building automation, energy efficient housing
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How to cite this article
@article{DusejaR2025,
author = {Rahul Duseja},
title = {Innovative Low-Carbon Construction Technologies for Energy-Efficient Housing and Sustainable Community Spaces},
journal = {International Journal of Sustainable Building Technology},
year = {2025},
volume = {08},
number = {01},
pages = {8--20},
issn = {2583-3278},
url = {https://journalspub.com/publication/ijsbt/article=15406}
}