Integrating a wind-harnessing vegetated wall with sustainable timber construction, this residence showcases an efficient energy system while providing functional living spaces designed for comfort and interaction.
5 key facts about this project
01
Integrates a wind-harnessing vegetated wall to optimize energy efficiency.
02
Constructed using cross-laminated timber panels for enhanced structural stability.
03
Features charred wooden shingles that provide weather resistance and aesthetic appeal.
04
Incorporates a geothermal conditioning system for natural temperature regulation.
05
Utilizes sliding glass doors to create seamless transitions between indoor and outdoor spaces.
General keywords
The Wind House represents a modern architectural endeavor that seamlessly integrates sustainability with functional living spaces. Designed with a primary focus on the interaction between indoor areas and the natural environment, this project emphasizes efficiency and ecological responsibility. The structure, measuring 8.3 meters in width and 3 meters in depth, features distinct zones organized into public, semi-public, and private spaces, designed to accommodate various social activities while optimizing comfort.
Public spaces include a living room that fosters social interaction, while the kitchen serves as a semi-public area, facilitating direct access to communal zones. The private areas consist of bedrooms and bathrooms strategically located for privacy, separated by sliding doors to enhance sound insulation and create functional flows.
Innovative Design Elements and Sustainability
A standout feature of the Wind House is its integration of the wind wall, which serves both aesthetic and functional purposes. This wall captures wind energy, transforming it into usable electricity through a small-scale transformer. The inclusion of vegetation in this design contributes to energy generation while providing natural ventilation and promoting environmental harmony. The wind wall not only enhances the home's energy efficiency but also introduces an artistic quality to the architecture, utilizing sunlight and shadow interplay.
Another technological component is the geothermal conditioning system, commonly referred to as the Canadian well. This system enhances thermal comfort by naturally regulating interior temperatures without excessive reliance on traditional heating and cooling methods. The architecture minimizes energy consumption, offering a practical solution for modern living.
Materiality and Structural Details
The material selection for the Wind House is pivotal in achieving both its aesthetic and functional goals. The project employs wood extensively in doors, window frames, and interior fixtures, ensuring a natural feel. Recycled materials in the wind wall exemplify the project’s commitment to sustainability, while glass components in the sliding doors facilitate unobstructed views and connect the indoors with the surrounding landscape.
The architectural plans reflect a careful approach to space utilization, with each element designed to enhance usability and aesthetic appeal. Key architectural sections illustrate the relationship between spaces, showing how the layout promotes interaction while providing individual privacy.
For detailed insights into the architectural plans, sections, and various design elements, readers are encouraged to explore the complete project presentation. Gain further understanding of the architectural strategies and design ideas that define the Wind House, illustrating how this project represents a modern approach to sustainable living.
Public spaces include a living room that fosters social interaction, while the kitchen serves as a semi-public area, facilitating direct access to communal zones. The private areas consist of bedrooms and bathrooms strategically located for privacy, separated by sliding doors to enhance sound insulation and create functional flows.
Innovative Design Elements and Sustainability
A standout feature of the Wind House is its integration of the wind wall, which serves both aesthetic and functional purposes. This wall captures wind energy, transforming it into usable electricity through a small-scale transformer. The inclusion of vegetation in this design contributes to energy generation while providing natural ventilation and promoting environmental harmony. The wind wall not only enhances the home's energy efficiency but also introduces an artistic quality to the architecture, utilizing sunlight and shadow interplay.
Another technological component is the geothermal conditioning system, commonly referred to as the Canadian well. This system enhances thermal comfort by naturally regulating interior temperatures without excessive reliance on traditional heating and cooling methods. The architecture minimizes energy consumption, offering a practical solution for modern living.
Materiality and Structural Details
The material selection for the Wind House is pivotal in achieving both its aesthetic and functional goals. The project employs wood extensively in doors, window frames, and interior fixtures, ensuring a natural feel. Recycled materials in the wind wall exemplify the project’s commitment to sustainability, while glass components in the sliding doors facilitate unobstructed views and connect the indoors with the surrounding landscape.
The architectural plans reflect a careful approach to space utilization, with each element designed to enhance usability and aesthetic appeal. Key architectural sections illustrate the relationship between spaces, showing how the layout promotes interaction while providing individual privacy.
For detailed insights into the architectural plans, sections, and various design elements, readers are encouraged to explore the complete project presentation. Gain further understanding of the architectural strategies and design ideas that define the Wind House, illustrating how this project represents a modern approach to sustainable living.
