Anup Menon Krishnan 
The integration of a gypsum exoskeleton and vertical axis wind turbine enables a sustainable energy-efficient residential structure designed for adaptability and cultural relevance in the United Arab Emirates.
5 key facts about this project
01
A vertical axis wind turbine is integrated into the design to optimize energy generation without casting shadows on solar panels.
02
The use of a gypsum exoskeleton allows for aesthetic updates and efficient insulation while maintaining structural integrity.
03
Rainwater harvesting and desalination systems are incorporated for sustainable water management in an arid climate.
04
Modular construction techniques facilitate easy modifications and expansions to the residential layout.
05
Natural materials such as sandstone and recycled denim insulation contribute to the building's environmental performance.
General keywords
Project specific keywords
The Crown is an architectural project situated in the United Arab Emirates that emphasizes sustainability, adaptability, and modern aesthetics. The design incorporates a cubic structure that minimizes surface area, promoting energy efficiency through reduced material consumption and enhanced climate responsiveness. This project focuses on creating a building that meets diverse needs over time while remaining culturally relevant and contextually appropriate.
The primary function of The Crown is to serve as a multifunctional dwelling that can adapt to various needs, ranging from residential areas to potential commercial spaces in the future. Key design elements facilitate this versatility, enabling modifications in response to changing occupancy over time. The structure accommodates residential spaces while integrating areas for communal gatherings and prayer, reflecting the cultural values of the region.
One significant feature of The Crown is its vertical axis wind turbine, carefully integrated into the design to harness renewable energy effectively. The turbine is positioned to optimize energy generation while minimizing shadow on the building’s solar panel array, which covers over 60 square meters on the south side. This array supports net-zero energy goals by generating clean energy for the building’s consumption.
The building’s exoskeleton, constructed primarily from gypsum panels, allows for aesthetic updates while providing structural and insulation benefits. The thoughtful selection of materials, including structural steel, stainless steel, sandstone, and fiber insulation made from recycled denim and cotton, reinforces the project’s commitment to sustainability. Each material has been chosen not only for its performance characteristics but also for its local availability, aligning with the project’s environmental values.
The Crown sets itself apart through its innovative design approaches and adaptability. With a spatial layout that includes guest areas on the ground floor, private bedrooms on the first floor, and a terrace garden on the upper level, the design ensures functionality for both daily living and communal activities. The integration of rainwater harvesting and a desalination system for water management further emphasizes the project's commitment to sustainability, allowing it to thrive in the arid climate of the region.
For a more detailed exploration of The Crown, including architectural plans, sections, and unique design ideas, readers are encouraged to review the full project presentation. Detailed architectural sections and designs reveal the meticulous planning involved in creating this innovative structure, showcasing its functional and aesthetic attributes.
The primary function of The Crown is to serve as a multifunctional dwelling that can adapt to various needs, ranging from residential areas to potential commercial spaces in the future. Key design elements facilitate this versatility, enabling modifications in response to changing occupancy over time. The structure accommodates residential spaces while integrating areas for communal gatherings and prayer, reflecting the cultural values of the region.
One significant feature of The Crown is its vertical axis wind turbine, carefully integrated into the design to harness renewable energy effectively. The turbine is positioned to optimize energy generation while minimizing shadow on the building’s solar panel array, which covers over 60 square meters on the south side. This array supports net-zero energy goals by generating clean energy for the building’s consumption.
The building’s exoskeleton, constructed primarily from gypsum panels, allows for aesthetic updates while providing structural and insulation benefits. The thoughtful selection of materials, including structural steel, stainless steel, sandstone, and fiber insulation made from recycled denim and cotton, reinforces the project’s commitment to sustainability. Each material has been chosen not only for its performance characteristics but also for its local availability, aligning with the project’s environmental values.
The Crown sets itself apart through its innovative design approaches and adaptability. With a spatial layout that includes guest areas on the ground floor, private bedrooms on the first floor, and a terrace garden on the upper level, the design ensures functionality for both daily living and communal activities. The integration of rainwater harvesting and a desalination system for water management further emphasizes the project's commitment to sustainability, allowing it to thrive in the arid climate of the region.
For a more detailed exploration of The Crown, including architectural plans, sections, and unique design ideas, readers are encouraged to review the full project presentation. Detailed architectural sections and designs reveal the meticulous planning involved in creating this innovative structure, showcasing its functional and aesthetic attributes.
