Evergreen Design Redefines the Tiny Home Concept with a Focus on Space
The Evolution of Tiny Homes: From Mobility to Space
The concept of tiny homes has undergone a significant shift with the emergence of designs that prioritize space over mobility. The Evergreen model highlights this trend, offering a modular dwelling composed of two units, designed for those seeking the tiny house lifestyle without being constrained by legal vehicle dimension limits on the road.
A Design That Balances Comfort and Efficiency
This design marks an important change in how space is utilized in tiny homes. While the dwelling extends 8.3 meters in length, its width reaches 6 meters—more than double the traditional width of towable homes. These dimensions provide a living area of up to 41 square meters, creating a sense of spaciousness and comfort, and allowing smooth movement within the home without compromising essential functions.
Two Connected Units for Greater Flexibility
The two units are seamlessly integrated internally, creating a layout that resembles a conventional home more than a compact or restrictive space. This approach allows for a balance between efficient, compact living and open areas for breathing and movement, demonstrating that innovation in tiny home design can focus on quality of life and space rather than merely mobility.
Smart Space Utilization and Interior Planning
The design focuses on maximizing the available space, avoiding traditional solutions such as lofted bedrooms commonly found in tiny homes. The living area features an L-shaped sofa, with a dedicated space for a coffee table and entertainment zone, enhancing the sense of openness and comfort.
The kitchen offers generous storage compared to compact tiny homes, facilitating organization and daily use. The two bedrooms occupy separate areas to ensure privacy and comfort: the master bedroom includes a double bed with built-in storage, while the second bedroom contains a single lofted bed, a desk, an armchair, and a bookshelf. This layout makes the home suitable for couples, small families, or anyone needing a dedicated workspace alongside the sleeping areas.
Sustainable and Practical Design
The design emphasizes sustainability and resource efficiency. This includes controllable LED lighting, options for solar energy systems, and a rainwater collection system. Ventilation passes through the living areas, kitchen, and bathroom, with an air-recovery system to maintain indoor air quality. Water heaters can be either electric or gas, and stainless steel pipes are used to ensure durability and long-term sustainability.
These features provide balanced performance for the home in various climatic conditions while maintaining sustainability and comfort standards, making the experience of living in a spacious tiny home both practical and efficient.
Design Flexibility and Customization
This type of home offers full customization of interior colors and flooring, allowing users to tailor the space to their personal preferences. The home is installed on a fixed platform instead of a mobile base, enhancing stability and enabling full use of the available space. Additionally, the interior can be explored before purchase through 3D tours, making it easier to understand the layout and functionality of each area.
Integrating Efficiency and Space
This model combines the advantages of mobile tiny homes with features of traditional construction, offering high-quality craftsmanship and relatively quick installation without relying on conventional building methods. Many users appreciate homes designed for efficiency, making the most of every square meter while focusing on comfort and practical functionality rather than the engineering constraints imposed by road mobility. This approach reflects the importance of modular thinking in tiny home design, where space and quality of living take priority over mere mobility.
✦ ArchUp Editorial Insight
The Evergreen model can be seen as a starting point for understanding how space can be optimized in tiny homes, offering a modular approach that emphasizes interior volume over mobility constraints. On the positive side, the design allows for seamlessly connected units, facilitating space distribution and providing some flexibility in use. Additionally, the focus on sustainability and energy efficiency represents a step toward integrating environmentally conscious solutions within compact spaces.
However, some reservations remain regarding the use of this type of design in broader architectural contexts. Expanding space at the expense of mobility limits adaptability to multiple sites and reduces the potential for reusing these units in dense urban areas or locations with limited infrastructure. Moreover, the emphasis on modular solutions may not always provide sufficient diversity to meet varying needs in terms of form or function, necessitating careful consideration before adopting them in larger projects.
From an architectural perspective, this approach can inform strategies for designing compact spaces, integrating flexible systems to manage functions, and improving the relationship between private and public areas. At the same time, attention must be paid to the limitations imposed by legal and environmental standards. In this way, the Evergreen model serves as a reference for innovative thinking while maintaining awareness of the practical constraints and challenges that accompany the shift from a mobility-focused concept to one centered on space.
★ ArchUp Technical Analysis
Technical Analysis of the Evergreen Modular House Design:
This article provides a technical analysis of the Evergreen modular house, as a case study in the transition from the philosophy of a “mobile home” to a “permanent modular space” focused on quality of life.
The house features dimensions that exceed traditional transport limits (8.3m x 6m), providing 41 sq m of interior space. It consists of two modular units connected internally, allowing for a layout akin to a traditional apartment.
Its spatial system is based on an open-plan ground floor, integrating living and kitchen areas. It forgoes loft bedrooms in favor of two separate ground-floor bedrooms for better accessibility and privacy.
The design integrates advanced sustainability: solar power, rainwater harvesting, high-efficiency LED lighting, and ventilation with heat recovery. Installed on a permanent foundation, it represents a shift toward high-quality, semi-permanent modular housing.
Related Insight: Please review this article to compare another approach to designing compact dwellings connected to nature with a focus on energy independence:
Tallarook Hilltop Tiny House: Design that Integrates Sustainability and Efficiency in Small Spaces
✅ Official ArchUp Technical Review completed for this article.