Solar energy and storage
Photovoltaic generation, MPPT charge control, a battery bank with BMS and an inverter/charger. Usable capacity, surge power and seasonal production will be sized for the loads, particularly heating.
Our projects / Modular living
Country character. Tomorrow’s energy.
A rustic tiny house concept bringing comfort, simplicity and energy independence into a compact footprint. Our flagship project explores a new approach to mobile living.
2.50 mExterior width
9.144 mLength · 30 ft
22.86 m²Exterior footprint
4 seasonsDesign target
The project
A small footprint. A complete vision.
The project combines an exterior envelope of 2.50 m wide and 9.144 m long (30 ft) with a welcoming living space, an independent bedroom and integrated energy systems.
Status: first-prototype project. The visuals illustrate the architectural direction; technical configuration and performance will be confirmed through sizing and testing.
The platform is intended to support progressive autonomy. The first prototype targets electrical grid independence, with an adaptable approach to water systems and everyday use.
Life inside
Comfort starts with thoughtful space planning.
Exposed wood, natural light and integrated storage shape the intended atmosphere. A simple circulation path connects shared living areas with private spaces.
- Living area with a sofa and flexible space.
- Kitchen with work surfaces and storage.
- Independent bedroom and built-in wardrobes.
- Bathroom with shower, basin and a sanitation solution to be selected.
- Utility compartment for services and maintenance.
The rustic finish is an aesthetic direction; final materials and assemblies will be selected for weight, durability and moisture performance.
Space planning
A plan to make the proposal tangible.
Layout following our sketch: bedroom and wardrobes on the left, sofa and dining area in the middle, kitchen near the main entry, and bathroom on the right.
Two versions are shown: without a terrace, or with an additional 2 m terrace at the bedroom end, reached through a separate door. The dwelling body remains 9.144 × 2.50 m (30 ft); overall length with the terrace is 11.144 m.
The 22.86 m² figure is the exterior dwelling footprint, excluding the terrace and before deducting wall thickness. On a phone, scroll each plan horizontally to see the details.
Without terrace
With 2 m terrace
Layout adapted to the PLAN-REFERENCE sketch. The optional 2 m terrace is additional to the 30 ft dwelling body and is not included in its 22.86 m² footprint. Furniture, partitions, doors and equipment remain indicative. *Illustrated bed: 140 × 190 cm. Exterior wall allowance: 150 mm, not a thermal specification. Usable dimensions, clearances and structure require validation before fabrication.
Proposed technical architecture
Systems designed as a whole.
Sizing will be based on actual use, climate and the required autonomy period. Capacities will not be specified before validation.
Distribution and protection
Separate AC and DC circuits, overcurrent protection, accessible isolation, grounding and circuit identification. Compliance will be established for the final dwelling classification and installation location.
Four-season envelope
Target: continuous wall, floor and roof insulation, reduced thermal bridges and controlled air leakage. Wall assemblies, thermal resistance and condensation details require validation.
Comfort and indoor air
An efficient heating solution to be selected, mechanical ventilation and humidity management. The winter energy balance will determine storage requirements and backup provisions.
Lighting and controls
Zoned LED lighting, compatible dimmer controllers and accessible controls. Monitoring of battery charge, solar generation and consumption to help manage available energy.
Structure and maintenance
Chassis study, dead and live loads, connection details and weight distribution. Service access, moisture protection and transport requirements will inform development.
Water and sanitation
Provision for tanks, pumping, hot water and wastewater management. Freeze protection and sanitation technology to be selected; water autonomy will be defined separately.
Modularity and evolution
Technical placement intended to support component replacement and future upgrades. Connection and backup options to be assessed for the intended use and site constraints.
Electrical autonomy
Independence starts with an energy balance.
The first prototype targets operation without a permanent electrical grid connection. Assessment will combine a load budget, available solar production, usable battery capacity and seasonal requirements.
Electrical independence does not automatically provide full water, heating and sanitation autonomy. Operating conditions, low-sun periods and backup provisions will be part of validation.
Build the next chapter
Take part in the first prototype.
We are seeking partners to support the realization and validation of this first development through funding, manufacturing and technical integration. Let’s discuss the project, its objectives and next steps.