Architecture project // Reflective Spheres and Atmospheric Water Systems in a Luxurious Saudi Retreat

Reflective Spheres and Atmospheric Water Systems in a Luxurious Saudi Retreat

Author:

Tamem Abou Ismaiel

Suspended above the rugged Al Ula landscape, the spherical structure utilizes reflective materials and integrates an atmospheric water generator, creating a self-sufficient luxury resort that harmonizes with its natural surroundings.

5 key facts about this project

Spherical structure reflects surrounding landscapes, enhancing visual integration.

Atmospheric water generator provides self-sufficient water supply in arid conditions.

Extensive use of glass promotes natural lighting and views while reducing energy consumption.

Flexible core spaces adapt to various functions, encouraging guest interaction and engagement.

Mirrored surfaces amplify the dynamic relationship between architecture and nature.

General keywords

al ula saudi arabia resort hospitality sustainability luxury landscape innovation water community

Project specific keywords

spherical reflective natural light atmospheric water solar energy reinforced concrete steel framework indoor-outdoor cultural immersion flexible spaces

### Overview

Located in Al Ula, Saudi Arabia, the ULARS-LX project integrates advanced architectural design with the region's unique natural landscapes and cultural heritage. The initiative focuses on creating a hospitality experience that aligns with principles of sustainability and innovation, enhancing user engagement while respecting the integrity of the area’s geological features.

### Architectural Form and Engagement

The ULARS-LX features a distinctive spherical form elevated above a reflective base, generating an impression of floating above the terrain. This design choice not only evokes contemporary aesthetics but also mirrors the region's characteristic rock formations, fostering a visual dialogue with the landscape. By incorporating mirrored surfaces, the project strengthens the relationship between the structure and its environment, allowing for dynamic visual interactions influenced by natural light and weather conditions.

### Sustainability and Resource Management

Sustainability is a core principle driving the ULARS-LX project. Innovative features include an Atmospheric Water Generator (AWG) that extracts moisture from the air to provide potable water, solar panels for energy independence, and potential hydroponic systems for on-site food production. These elements reflect a commitment to minimizing environmental impact while promoting resource efficiency, aligning the project with contemporary sustainability goals.

### User Experience and Spatial Organization

The spatial arrangement of ULARS-LX promotes both communal and private interactions, providing guests with a variety of experiences. Adaptable core spaces allow for multiple configurations, including areas for relaxation and socialization, an elevated dining space with panoramic views, and an outdoor area that enhances the connection with the natural surroundings. This intentional design fosters a range of interactions, enabling guests to engage with both the natural environment and each other while experiencing the cultural richness of Al Ula.