Constructed with circular cross-laminated timber panels, the community hub prioritizes engagement and sustainability while serving as an educational resource within the Spirala Ecological Village.
5 key facts about this project
01
Constructed primarily with locally sourced cross-laminated timber for enhanced sustainability.
02
Features a unique circular layout to encourage community interaction and collaboration.
03
Incorporates charred wooden shingles for improved weather resistance and aesthetic appeal.
04
Includes an integrated rainwater collection system to support ecological practices.
05
Designed with adjustable interior spaces to adapt to various community activities.
General keywords
Project specific keywords
Locus Spirala is an architectural project designed as a community hub within the Spirala Ecological Village in northern Portugal. This facility serves multiple functions, primarily as a meeting space intended to foster community interaction and support educational initiatives centered on organic agriculture. The design effectively integrates with the surrounding landscape, highlighting the landscape's agricultural identity while promoting sustainable living practices.
The architectural approach emphasizes functionality and flexibility. The building can adapt to various configurations to accommodate different types of gatherings, with five distinct operational modes including full open, front open, and closed for private events. This versatility is vital for allowing the space to serve its community effectively.
Sustainability is a key focus of the Locus Spirala project. The design incorporates local materials, such as cork and Cross Laminated Timber (CLT), which reduce the environmental impact associated with transportation and manufacturing. The use of triple-glazed windows ensures efficient thermal performance, optimizing natural light while reducing energy consumption.
Structural aspects of the design include a spiral roof that not only serves an aesthetic function but facilitates the integration of solar panels, contributing to renewable energy solutions. The roof not only enhances the visual appeal of the structure but also aids in rainwater collection and ventilation, improving indoor climate control.
The project's materials list includes cork (for exterior cladding), Cross Laminated Timber, gypsum board, full cellulose thermal insulation, stainless steel coping, and concrete foundations, among others. The strategic selection of these materials illustrates a commitment to durability and energy efficiency.
In addition to its architectural form, Locus Spirala features integrated agricultural components such as composting areas and water management systems, designed to promote sustainable practices among the community members. These elements not only underscore the ecological values of the Spirala Ecological Village but also serve as educational tools.
What distinguishes Locus Spirala from other similar projects is its holistic approach to community engagement and environmental stewardship. The design enables a seamless flow between indoor and outdoor spaces, promoting interaction among users while maintaining a connection to nature. The project's layout encourages active participation in both social and educational activities, thereby reinforcing community ties.
For those interested in a deeper understanding of Locus Spirala, further exploration of the architectural plans, sections, designs, and ideas will provide valuable insight into the thoughtful considerations that shaped this innovative project.
The architectural approach emphasizes functionality and flexibility. The building can adapt to various configurations to accommodate different types of gatherings, with five distinct operational modes including full open, front open, and closed for private events. This versatility is vital for allowing the space to serve its community effectively.
Sustainability is a key focus of the Locus Spirala project. The design incorporates local materials, such as cork and Cross Laminated Timber (CLT), which reduce the environmental impact associated with transportation and manufacturing. The use of triple-glazed windows ensures efficient thermal performance, optimizing natural light while reducing energy consumption.
Structural aspects of the design include a spiral roof that not only serves an aesthetic function but facilitates the integration of solar panels, contributing to renewable energy solutions. The roof not only enhances the visual appeal of the structure but also aids in rainwater collection and ventilation, improving indoor climate control.
The project's materials list includes cork (for exterior cladding), Cross Laminated Timber, gypsum board, full cellulose thermal insulation, stainless steel coping, and concrete foundations, among others. The strategic selection of these materials illustrates a commitment to durability and energy efficiency.
In addition to its architectural form, Locus Spirala features integrated agricultural components such as composting areas and water management systems, designed to promote sustainable practices among the community members. These elements not only underscore the ecological values of the Spirala Ecological Village but also serve as educational tools.
What distinguishes Locus Spirala from other similar projects is its holistic approach to community engagement and environmental stewardship. The design enables a seamless flow between indoor and outdoor spaces, promoting interaction among users while maintaining a connection to nature. The project's layout encourages active participation in both social and educational activities, thereby reinforcing community ties.
For those interested in a deeper understanding of Locus Spirala, further exploration of the architectural plans, sections, designs, and ideas will provide valuable insight into the thoughtful considerations that shaped this innovative project.
