The next evolution in geodesic design.
The next evolution in geodesic design.
The Ruby smart structure is the next evolution in sustainable geodesic design, a stellated and tessellated rhombicuboctahedron formed from silicone fused and mechanically fastened pre-tensioned aerospace alloy aluminum plate panels. This unique geometry allows for infinite aggregation and expansion in a high-wind and impact rated shell with maximum efficiency in energy capture and utilization. By integrating various renewable energy sources such as wind, solar, and thermoelectric energy, this shelter provides a self-sustaining and eco-friendly solution for energy needs in remote or off-grid areas.
These innovative structures offer a sustainable expandable alternative for various applications, including homes, shelters, greenhouses, classrooms, cabins and garages. By utilizing aluminum as the primary material, Ruby structures have a significantly lower carbon footprint compared to traditional construction methods. Aluminum is a highly recyclable material, meaning that these structures can be disassembled and repurposed at the end of their lifespan, reducing waste and preserving natural resources.
The harvested energy from wind, solar, and thermoelectric sources is efficiently managed and stored within the smart shelter. Advanced energy management systems and high-capacity batteries are integrated into the structure, allowing for the storage and distribution of the generated energy.
Ruby’s unique geodesic design allows users to make any section a window for increased natural light and efficient ventilation, creating a healthier and more comfortable environment.
Two current scales with the Ruby Gladiator weighing under 2000 pounds and the Ruby Colossus weighing under 3500 pounds. Flat-packable and user friendly, four untrained users with hand tools can assemble a unit in under four hours. Ruby shelters can be safely hoisted or flown after assembly.
Dividing the energy capture over the spectrum of available natural sources of energy and stacking those energy streams into a single, stackable energy well ensures a constant and reliable power supply for the shelter's own needs and any connected devices or equipment. The scalable energy storage capacity also enables the shelter to provide energy to nearby communities or emergency response teams in times of need.
The Ruby smart shelter features our patent pending EV3® stackable microgrid mesh network, allowing multiple shelters to be connected and form a larger energy network.
The Ruby system offers unparalleled versatility and flexibility, allowing for seamless connections between identical modules on all eight sides. Ruby structures can also be elongated along any of the cross-sectional views to create an octagonal arch structure.
This unique geometric design not only adds a touch of elegance and modernity to any space but also ensures exceptional structural integrity and strength. The modular nature of this system enhances its efficiency and ease of installation, making it an ideal choice for both small-scale and large-scale projects.
This modular approach also enables scalability and adaptability to varying energy demands. The shelters can be easily transported and assembled in different locations, making them suitable for rapid deployment in disaster-stricken areas or temporary settlements. The versatile design of the shelter also ensures its compatibility with different terrains and climates, making it a viable solution for energy sustainability in various environments.
The Ruby structure provides a smart shelter solution for eco-conscious individuals, organizations seeking sustainable solutions or for those just looking to have a grid alternative.
The video stream below demonstrates the constitution and durability of our Ruby Domes as they endure inclement weather and intense windstorm conditions.