A floating residence utilizing plywood and concrete integrates a river-propelled energy system while promoting sustainable living in an efficient and adaptable space.
5 key facts about this project
01
Utilizes a floating concrete base to adapt to changing water levels.
02
Incorporates a built-in water wheel for renewable energy generation.
03
Features a plywood framework for lightweight structural integrity.
04
Custom furniture is designed to maximize space efficiency.
05
The layout encourages seamless interaction with the riverfront environment.
General keywords
Kichi represents a contemporary architectural project centered around the concept of a floating house. It is designed to harmonize with its riverine environment while exploring self-sustaining energy solutions through the integration of a water wheel. The architecture emphasizes a sustainable lifestyle, promoting efficiency and a direct relationship with nature, making it an innovative model for future residential developments.
The primary function of Kichi is to offer a livable space that utilizes the natural energy of its environment, enhancing the occupants’ connection to the surroundings. The building's layout effectively balances functionality and aesthetics, with a focus on maximizing river views and ensuring minimal environmental impact. The distinct elements of the design work cohesively to create a space that is both practical and visually appealing.
Innovative Structural Design
The Kichi project utilizes a plywood framework for its structural integrity, offering flexibility in design while maintaining a lightweight form. This material choice supports both sustainability and exceptional performance. The roof is covered with corrugated sheets, providing protection against weather elements and reinforcing the modern industrial aesthetics of the design. The incorporation of a floating concrete base allows Kichi to remain buoyant on the river, establishing a multifunctional waterborne dwelling that adapts to changing water levels.
A key feature of Kichi is its water wheel, which derives energy from the river and serves as a crucial element in its self-sustainability efforts. This technology underscores the project's focus on renewable energy solutions, thereby reducing reliance on external power sources. The seamless integration of practical features, such as an embedded water tank and transformer, equips the structure with essential utilities while maintaining an unobtrusive profile.
Unique Spaces and Functionality
Kichi’s spatial design emphasizes efficient use of space, with custom furniture tailored to enhance functionality without compromising comfort. The interior layout encourages a fluid transition between indoor and outdoor areas, allowing occupants to engage directly with nature. Spaces are strategically organized to ensure optimal circulation while promoting a sense of openness.
The architectural choices reflect a deep consideration for environmental sustainability, championing materials and construction methods that minimize ecological impact. The project stands as a testament to contemporary architectural practices by showing how residential designs can adapt to their environments while prioritizing performance and efficiency.
To further explore the intricacies of Kichi, including architectural plans, sections, and design ideas, readers are encouraged to review the detailed project presentation to gain a comprehensive understanding of this innovative architectural design.
The primary function of Kichi is to offer a livable space that utilizes the natural energy of its environment, enhancing the occupants’ connection to the surroundings. The building's layout effectively balances functionality and aesthetics, with a focus on maximizing river views and ensuring minimal environmental impact. The distinct elements of the design work cohesively to create a space that is both practical and visually appealing.
Innovative Structural Design
The Kichi project utilizes a plywood framework for its structural integrity, offering flexibility in design while maintaining a lightweight form. This material choice supports both sustainability and exceptional performance. The roof is covered with corrugated sheets, providing protection against weather elements and reinforcing the modern industrial aesthetics of the design. The incorporation of a floating concrete base allows Kichi to remain buoyant on the river, establishing a multifunctional waterborne dwelling that adapts to changing water levels.
A key feature of Kichi is its water wheel, which derives energy from the river and serves as a crucial element in its self-sustainability efforts. This technology underscores the project's focus on renewable energy solutions, thereby reducing reliance on external power sources. The seamless integration of practical features, such as an embedded water tank and transformer, equips the structure with essential utilities while maintaining an unobtrusive profile.
Unique Spaces and Functionality
Kichi’s spatial design emphasizes efficient use of space, with custom furniture tailored to enhance functionality without compromising comfort. The interior layout encourages a fluid transition between indoor and outdoor areas, allowing occupants to engage directly with nature. Spaces are strategically organized to ensure optimal circulation while promoting a sense of openness.
The architectural choices reflect a deep consideration for environmental sustainability, championing materials and construction methods that minimize ecological impact. The project stands as a testament to contemporary architectural practices by showing how residential designs can adapt to their environments while prioritizing performance and efficiency.
To further explore the intricacies of Kichi, including architectural plans, sections, and design ideas, readers are encouraged to review the detailed project presentation to gain a comprehensive understanding of this innovative architectural design.
