5 key facts about this project
Telhado is proposed in Oleiros, a region in Spain that received 757mm of rainfall during the year 2018-2019. The design focuses on water management, emphasizing the collection, guidance, and storage of this resource within the structure. By addressing rainfall, the design aims to fit naturally within its surroundings while providing spaces that cater to both community and individual needs.
Design Integration
The building’s design employs a modular approach that adapts to the surrounding landscape. Its main features are horizontal surfaces, including both the roof and floor, which help reduce visual disruption. The roof serves a dual function, protecting the interior while also allowing for the installation of solar panels. This aspect highlights a commitment to sustainable practices in modern building techniques.
Water Management
A significant feature of the design is a gutter system that collects rainwater from the roof and channels it into a reservoir located at the base. This reservoir is essential for managing water resources, ensuring that an adjacent garden receives sufficient supplies. It also functions as a fountain, creating a space for community gatherings and social interaction. The use of water in such a way illustrates a consideration of both environmental and communal needs.
Elevated Design Elements
The structure includes large, elevated wooden boards that create comfortable areas for users. This elevation minimizes disturbance to the ground and helps manage rainwater runoff. The layout encourages a connection with the surrounding nature, promoting an awareness of the environment and its resources.
Functional Spaces
At the heart of the design is a cabin that provides thermal and acoustic comfort year-round. The facade is built with soft red plywood, contributing to both utility and overall appearance. Inside, a large accordion window allows ample natural light while connecting the interior to the outdoors. The cabin is also equipped with storage, a changing area, and a sink, emphasizing its multifunctional nature and suitability for therapeutic activities.
