Architecture project // Thermal Mass Strategy Using Local Stone and Sustainable Materials For A Community-Focused Residential Villa

Thermal Mass Strategy Using Local Stone and Sustainable Materials For A Community-Focused Residential Villa

Authors:

Altankhuu Jorgutyn, Lingyi Li, Yutong Wu, Zheng Chang

Harnessing the thermal properties of local stone and integrating rainwater harvesting systems, the design creates a sustainable residential villa that fosters community engagement while respecting the surrounding desert environment.

5 key facts about this project

Utilizes a bent A-frame design to enhance structural stability and thermal efficiency.

Incorporates a rainwater harvesting system to support landscape irrigation and water conservation.

Features façade graphics inspired by local cultural motifs, creating visual interest.

Utilizes local stone for enhanced thermal mass and integration with the desert landscape.

Employs recycled wood for finishes, promoting sustainability and reducing environmental impact.

General keywords

villa residential sustainable community desert natural local landscape renewable expansion

Project specific keywords

local stone rainwater harvesting solar energy faade graphics adaptive expansion indigenous plants thermal mass communal spaces textured finishes biophilic design

## Urban Veins - Growing Villa

The Urban Veins - Growing Villa is situated in an arid landscape and responds to both environmental and cultural factors. The design emphasizes sustainable architecture while engaging with the local ecosystem. The project explores the relationship between urban development and nature, exemplified through the integration of natural vegetation into the building's structure, which aims to enhance biodiversity and address ecological challenges commonly found in urban settings.

### Spatial Arrangement and Functionality

The villa's layout combines private and communal spaces to foster connectivity and enhance user experience. Functional areas are strategically distributed, including a garage that aligns with the building's aesthetic, private quarters featuring comfortable bedrooms and a master suite, and communal areas designed for interaction among residents and guests. Service areas, including kitchens and storage, are thoughtfully integrated to promote efficient household management. Overall, the master plan prioritizes inclusivity, creating an environment that encourages community ties while maintaining personal privacy.

### Material and Architectural Elements

Material choices reflect a commitment to sustainability and local traditions. The design incorporates local stone for its thermal mass, insulating glass to optimize energy efficiency, and recycled wood in interior finishes. Additionally, the inclusion of solar panels supports renewable energy generation, while traditional plaster is used for its thermal performance and aesthetic contributions. Unique architectural features such as innovative façade graphics create engaging visual dynamics, while rainwater harvesting and a community landscape park enhance ecological sensitivity in the area. The design also accommodates future adaptability, enabling horizontal and vertical expansion as the needs of inhabitants evolve.