5 key facts about this project
The 360 House is designed for scientists engaged in long-term research and data collection in varied natural environments. The structure emphasizes safety and adaptability, allowing occupants to interact with their surroundings without compromising their well-being. Functional and innovative design elements create a space that supports scientific inquiry while addressing the basic needs of its inhabitants.
Smart Windows
At the heart of the 360 House is a system of smart windows that offer 360-degree panoramic views. This feature allows residents to observe their surroundings continuously, providing vital information about the environment. The building’s sealed structure, elevated off the ground, safeguards against potential dangers posed by wildlife and harsh weather conditions.
Solar Energy Infrastructure
On the roof, solar panels equipped with a graphene layer enhance the building's energy efficiency. This material enables the panels to gather energy from sunlight as well as from raindrops, ensuring that power generation remains stable throughout the year. This approach reduces the house's reliance on conventional energy sources, aligning with a commitment to sustainability.
Adaptive Living Spaces
Inside, the layout is flexible to accommodate various functions. Spaces can be reconfigured for work or relaxation, with movable furniture that allows for easy adjustments. A circular work area can be established along the windows, taking advantage of natural light, which is beneficial for research activities. This adaptability enhances the overall living experience, making it suitable for both professional and personal needs.
Integrated Logistics
Drone logistics play a significant role in the operational design, allowing deliveries to be made directly to the roof. This convenience supports the daily activities of residents without the distractions of traditional supply chains. Furthermore, the inclusion of rainwater harvesting and filtration systems demonstrates a commitment to resource efficiency. These systems are cleverly integrated into the design, contributing both to functionality and environmental responsibility.
