Constructed with durable sandwich panels and characterized by a versatile hexagonal form, this microhome integrates energy-efficient systems and flexible spaces to meet the demands of contemporary urban living.
5 key facts about this project
01
Features a hexagonal footprint to optimize space and structural efficiency.
02
Constructed primarily with sandwich panels for enhanced insulation and durability.
03
Incorporates a photovoltaic system for on-site energy generation.
04
Utilizes a flexible furniture system to transform living areas for multiple functions.
05
Designed with a rainwater collection system to promote water conservation.
General keywords
This architectural project presents a microhome concept designed for sustainable living and efficient use of space. The structure measures 25 square meters and serves as a modular habitation unit adaptable to various contexts. It embodies principles of minimalism and functionality while responding to current housing demands in urban environments.
The microhome integrates multiple living functions within a compact footprint. Key areas include a versatile living/sleeping area, a dining space adjacent to a compact kitchen, a shower room, and essential storage solutions. The design features a moveable furniture system, allowing users to reconfigure the space according to their needs and preferences, thus enhancing its utility.
Unique Configuration and Sustainable Features
The project's design sets itself apart through its hexagonal shape, optimizing space while maximizing structural integrity and aesthetic appeal. This geometric choice facilitates seamless integration with other units, promoting community living and flexibility in urban planning.
Sustainability is a core focus of the design. The microhome utilizes sandwich panels with metal coating for insulation, aluminum framing for structural support, and laminated wood flooring for durability and aesthetic warmth. Energy efficiency is addressed through the inclusion of photovoltaic panels on the roof and a rainwater collection system, collectively reducing the ecological footprint of the dwelling.
Functional Spatial Distribution
The effective spatial distribution within the microhome is a critical aspect of its design. The open-plan layout fosters an environment of adaptability, allowing for transitions between different uses throughout the day. The incorporation of folding room dividers provides privacy when needed without constraining openness, maintaining airflow and natural light throughout the space.
Storage solutions have been incorporated thoughtfully to ensure that all areas of the microhome remain functional. Small integrated storage units minimize clutter, enabling maximum use of living areas while contributing to the overall aesthetic.
The architectural plans, sections, and designs provide further insight into the thoughtful integration of structure and function. Readers are encouraged to explore the architectural details and innovative design elements of the project for a comprehensive understanding of its contributions to modern housing solutions. This examination reveals not only the practical applications of the design but also the underlying architectural ideas that drive its unique approach to sustainable living.
The microhome integrates multiple living functions within a compact footprint. Key areas include a versatile living/sleeping area, a dining space adjacent to a compact kitchen, a shower room, and essential storage solutions. The design features a moveable furniture system, allowing users to reconfigure the space according to their needs and preferences, thus enhancing its utility.
Unique Configuration and Sustainable Features
The project's design sets itself apart through its hexagonal shape, optimizing space while maximizing structural integrity and aesthetic appeal. This geometric choice facilitates seamless integration with other units, promoting community living and flexibility in urban planning.
Sustainability is a core focus of the design. The microhome utilizes sandwich panels with metal coating for insulation, aluminum framing for structural support, and laminated wood flooring for durability and aesthetic warmth. Energy efficiency is addressed through the inclusion of photovoltaic panels on the roof and a rainwater collection system, collectively reducing the ecological footprint of the dwelling.
Functional Spatial Distribution
The effective spatial distribution within the microhome is a critical aspect of its design. The open-plan layout fosters an environment of adaptability, allowing for transitions between different uses throughout the day. The incorporation of folding room dividers provides privacy when needed without constraining openness, maintaining airflow and natural light throughout the space.
Storage solutions have been incorporated thoughtfully to ensure that all areas of the microhome remain functional. Small integrated storage units minimize clutter, enabling maximum use of living areas while contributing to the overall aesthetic.
The architectural plans, sections, and designs provide further insight into the thoughtful integration of structure and function. Readers are encouraged to explore the architectural details and innovative design elements of the project for a comprehensive understanding of its contributions to modern housing solutions. This examination reveals not only the practical applications of the design but also the underlying architectural ideas that drive its unique approach to sustainable living.
