These solar-powered cabins are made of natural materials and shungite plaster

June 29, 2020 by  
Filed under Green

The Karg Cabin provides owners with a cozy opportunity for off-grid living with 100% solar-power capabilities (and that’s not even its most sustainable feature). These honeycombed-shaped micro-homes are also made completely out of natural materials . The solar-powered Karg Cabins come in three different designs: a standard cabin, a micro-home (measuring about 129 to 215 square feet) and a sauna. Karg Cabins can be used year-round and are easily transported via flatbed to a variety of rural or urban locations without a need for environmentally damaging foundations. Solar energy is used to provide 100% of the power needed for everything from lighting to ventilation to electrical sockets. Related: Check out these amazing sustainable cabins by ZeroCabin The compact design, ease of transportation and variety of different model types makes the Karg perfect for a traveling office, guest house, micro-home or just a spot to detox and disconnect from normal, everyday life. When it comes to building materials, the company chooses only those that can be found in nature. The majority of the structure consists of straw panels, cellulose wool for insulation , wood and shungite, a type of carbon-rich mineral found in Russia that is known for its healing properties. The straw panels help ensure proper insulation due to its ability to store heat and provide long-term, stable temperatures indoors. Cellulose wool collects moisture and is breathable enough to maintain a comfortable interior climate yet strong enough to eliminate condensation and keep the construction damage-free during the wet season. Shungite plaster is believed to block electromagnetic waves (EMF), improving the sleep quality of those living inside the home and keeping the interior very quiet. Triple-glazed, reflective windows help bring in natural light and connect the occupant with the outside environment. The Estonian company offers an online feature where those interested can build their own Karg on the website to find out exactly how much their personalized, off-grid cabin or sauna will cost. + Karg Images via Karg

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These solar-powered cabins are made of natural materials and shungite plaster

UNStudio unveils future-proof energy-generating education building for TU Delft

June 29, 2020 by  
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UNStudio has unveiled designs for Echo, a new multipurpose academic building for TU Delft that will not only generate its own energy via solar panels but will also feature a highly flexible and demountable design to ensure sustainability. Created in collaboration with Arup and BBN, the building responds to the campus’ needs for greater and more versatile teaching spaces with the inclusion of seven teaching rooms, the largest of which accommodates 700 people and can be divided into three separate rooms as needed. Echo is currently under construction and is slated for completion in December 2021. Surrounded by full-height, high-performance glazing on all sides, Echo embraces the concept of transparency with the inclusion of a covered public square created by connecting the adjacent square through its glazed ground floor — flanked by two auditoria — and out to the opposite street. Conceived as a “public connector,” the building renders the oft-invisible world of learning into a visible experience and further pulls the community in with a diagonally oriented restaurant with a terrace opposite the D:Dreamhall. Related: UNStudio to transform Gyeongdo Island into a sustainable tourism destination Adaptability defines Echo, which follows the contemporary culture of “Everything Anywhere” emphasizing the importance of interstitial spaces as potential study areas and meeting spaces. For instance, the winding grand stair that forms the heart of the building is wide enough to accommodate the flow of people as well as impromptu study sessions. In addition to the inclusion of classrooms and 300-plus study spaces for group work and self-study, Echo will provide medium-sized and large teaching rooms that accommodate between 150 to 700 people.  User comfort and sustainability has also been prioritized. To protect against unwanted solar gain , the building is topped with a large roof with deep aluminum awnings, while climbing plants will be grown along cables to create a subtle green facade over time. + UNStudio Images by Plompmozes via UNStudio

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UNStudio unveils future-proof energy-generating education building for TU Delft

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