Elevated on structural legs, this compact retreat utilizes high-quality Structura wood and large operable windows to foster seamless interaction with nature while ensuring energy efficiency for an immersive living experience.
5 key facts about this project
01
Elevated design minimizes site disruption and preserves local flora.
02
Utilizes Structura wood for enhanced durability and moisture resistance.
03
Integrated rainwater collection system for sustainable water management.
04
Operable large windows optimize natural ventilation and light.
05
Composting toilet system promotes eco-friendly waste management.
General keywords
Project specific keywords
CULLA is an architectural design project situated in the Valle de Moses, a prominent yoga retreat area. The design emphasizes sustainability and integration with nature, presenting a compact and functional living space that encourages occupants to engage with their environment. The structure features a pod-like form that elevates off the ground, addressing ecological preservation while maximizing panoramic views.
The project represents a shift towards eco-conscious living, with a focus on self-sufficiency through innovative architectural solutions. The design not only aims to meet functional residential needs but also reflects a lifestyle that prioritizes harmony with nature.
Sustainable Design Approaches
What differentiates CULLA from conventional architectural projects is its commitment to environmental sustainability. The use of high-quality wood provides structural integrity and aesthetic appeal, while large double-glazed windows allow natural light to permeate the interior. This design encourages passive heating and cooling, reducing the need for mechanical climate control.
The incorporation of photovoltaic panels on the roof highlights the project’s energy-efficient attributes, enabling the generation of renewable energy. Rainwater collection systems contribute to water conservation efforts, allowing occupants to utilize natural resources efficiently.
Interior functionality is optimized with a layout that prioritizes space efficiency. With a total floor area of 24 m² and a volume of 76 m³, CULLA integrates flexible furnishings that adapt to the needs of its residents. The careful placement of operable windows enhances cross-ventilation, ensuring a comfortable living environment throughout various seasons.
Structural Elements and Materials
The architectural design employs a combination of materials that promote durability and low maintenance. Structura wood serves as the primary material for structural components, ensuring both resilience and sustainability. Composite insulation panels enhance thermal performance, contributing to the overall energy efficiency of the building.
CULLA also includes specialized features such as a composting toilet system and integrated water systems that emphasize sustainable waste management and energy savings. These aspects demonstrate a comprehensive approach to eco-friendly design, reinforcing the project's core mission of promoting a lifestyle attuned to nature.
For a thorough understanding of CULLA's architectural details and design philosophy, readers are encouraged to explore the project presentation. This includes architectural plans, sections, and various design elements that illustrate the innovative ideas behind CULLA and its commitment to sustainable living.
The project represents a shift towards eco-conscious living, with a focus on self-sufficiency through innovative architectural solutions. The design not only aims to meet functional residential needs but also reflects a lifestyle that prioritizes harmony with nature.
Sustainable Design Approaches
What differentiates CULLA from conventional architectural projects is its commitment to environmental sustainability. The use of high-quality wood provides structural integrity and aesthetic appeal, while large double-glazed windows allow natural light to permeate the interior. This design encourages passive heating and cooling, reducing the need for mechanical climate control.
The incorporation of photovoltaic panels on the roof highlights the project’s energy-efficient attributes, enabling the generation of renewable energy. Rainwater collection systems contribute to water conservation efforts, allowing occupants to utilize natural resources efficiently.
Interior functionality is optimized with a layout that prioritizes space efficiency. With a total floor area of 24 m² and a volume of 76 m³, CULLA integrates flexible furnishings that adapt to the needs of its residents. The careful placement of operable windows enhances cross-ventilation, ensuring a comfortable living environment throughout various seasons.
Structural Elements and Materials
The architectural design employs a combination of materials that promote durability and low maintenance. Structura wood serves as the primary material for structural components, ensuring both resilience and sustainability. Composite insulation panels enhance thermal performance, contributing to the overall energy efficiency of the building.
CULLA also includes specialized features such as a composting toilet system and integrated water systems that emphasize sustainable waste management and energy savings. These aspects demonstrate a comprehensive approach to eco-friendly design, reinforcing the project's core mission of promoting a lifestyle attuned to nature.
For a thorough understanding of CULLA's architectural details and design philosophy, readers are encouraged to explore the project presentation. This includes architectural plans, sections, and various design elements that illustrate the innovative ideas behind CULLA and its commitment to sustainable living.
