This 40sqm sustainable tiny home built using repurposed materials features a 30-degree solar-paneled roof!





Built with an angled roof, the galvanized clad tiny home accommodates travelers near and far who want to get closer to rural Australia.

The tourism industry has seen some major changes in sustainability in recent years. Hospitality companies like Airbnb and homeowners alike work together to progress tourism into an industry that doesn’t disrupt pre-existing landscapes and cultures but embraces them. Gawthorne’s Hut in New South Wales, a tiny home in Australia available on Airbnb, is one example of sustainable hospitality. Designed by architect Cameron Anderson, the two-person, off-grid tiny home was built to engage with the history and context of the farmland on which it’s located.

Gawthorne’s Hut is stationed on an expansive plot of Wilgowrah’s farmland, right beside a small, quaint pond. The tiny home was born out of Wilgowrah’s desire to introduce the possibilities of alternative income sources for farmworkers. Designed in a similar form to other farmland structures like hay sheds and outbuildings, Gawthorne’s Hut’s 30-degree roof hosts an array of north-facing solar panels to provide the farmhouse with internal and external power.

Since the project aimed to create a sustainable, off-grid tiny home, Anderson needed to get the solar panels’ orientations facing a direction where the greatest output could be stored for use. The solar panel roof angles at 30-degree and faces the north to acquire the most solar output. With the solar panels facing the farm’s north side, double glazed timber windows and doors direct the views to the farm’s south end and offer natural ventilation on hot days as well as insulation for the colder nights.

Architect Cameron Anderson took to the farm’s preexisting and surrounding material to curate the array of building material for Gawthorne’s Hut. In addition to the solar panels, the home keeps a 6.6-kilowatt off-grid solar system containing 12 kilowatts of battery storage behind a large opening panel that remains hidden from view when closed. Rainwater storage systems also collect 40,000 liters worth of rainwater, 20,000 of which are allotted for firefighting.

Leaning on sustainable energy practices like the use of solar panels, passive solar shading, and even the thermal mass that comes from the floor’s polished concrete slabs, each work together to position Gawthorne’s Hut as an eco-friendly tourist destination with views of Australia you can’t get anywhere else.

Inside, rich and textured timber panels stretch over the walls and ceilings, giving Gawthorne’s Hut a cozy, nesting atmosphere. Gawthorne’s Hut’s micro floor plan of 40m2 feels larger than its measurements thanks to an open floor plan that extends throughout the home, with the one exception being the WC. Throughout the tiny home’s interior, repurposed bricks and rich timber panels line the walls, ceiling, and furnishings. The king-sized bed’s head post, for example, was handcrafted from recycled brick leftover from the lot’s previous building.

Stationed beside a small pond, the tiny home is as quaint as it gets. Repurposed brick from previous farm structures divide the different spaces inside Gawthorne’s Hut – the bed’s headboard doubles as a wall for the basin. Simple, unique, and cozy – this tiny home grows beyond its tiny design.

Designer: Wilgowrah, Cameron Anderson, & Callander Constructions

The design of Gawthorne’s Hut is meant to be intuitive, so the kitchen was kept small and filled with only the essentials.

A wood-burning fireplace welcomes guests into the tiny home and immediately fills the home with a cozy ambiance.

The toilet room is the only section inside of Gawthorne’s Hut that incorporates a door and dividing wall.

Polished concrete slabs line the floor and walls of the shower and bath areas.

The solar-paneled roof provides the home with enough energy to power up the minimal appliances needed to enjoy a stay in NSW’s back country.

Hidden away inside the home’s exterior side-opening panel, a solar system and battery pack insure the home with stored power.

The king-sized bed is located closer to the tiny home’s vertex to enhance an already intimate sleeping experience.

This sustainable cabin’s middle floor has a giant net & it will be energy self-sufficient in the future!

We all love the traditional A-frame mountain cabins but NEW HOW Architects has given that a modern twist with their latest project – Weekend House Nové Hamry! The Czech studio was asked to design a holiday home in the Ore Mountains and whatever it ended up being, it had to be a stark contrast to the white-plaster houses in the area. Delivering on their promise, this cabin is a half A-frame, modern, dark structure that was inspired by nature. The team’s idea was to design a house that would look “as if it has been swallowed up by the forest instead of standing out in the landscape” while also minimizing its environmental footprint.

The architectural CMF for the cabin has been inspired by the spruce trees that surround it, so there are a lot of shades of gray and dark green. Weekend House Nové Hamry features connection points for solar panels and vertical wind turbines to make it energy self-sufficient. The roof and most of the exterior are covered in durable, anthracite-colored aluminum cladding. This resembles oiled black wood and adds to the minimal, modern, elegant aesthetic of the cabin. The area gets a lot of heavy snow so to manage the load, the angular design also features a steeply sloped roof. The structure is constructed from cross-laminated timber panels.

Weekend House Nové Hamry’S  tall and asymmetrical form was also inspired by a lookout tower with the topmost floor becoming a cozy special spot with a studio, library, and a square window with 2.5 m long sides that frames the view of the treetops, the sky, and the landscape – this is where you can let your thoughts fly! The cabin is pretty spacious and can accommodate up to 10 people on the middle floor where the sleeping zone is. The middle floor is also partially formed with a net to establish a connection with the lowest floor both visually and acoustically while functioning as a rest area. The living area, dining room, and kitchen are all on the ground floor and the layout is arranged around a central wood-burning stove.

While the cabin’s facade is dark, the interiors are bright and warm as they are lined with light-toned timber and OSB panels.”From a formal point of view, the new building is represented by an aerodynamic but angular figure, where classic elements, such as the roof and the wall, give way to a clear shape and merge with each other. The appearance was created through many precisely set spatial scenes of the interior and on the basis of seasonally changing local climatic conditions,” said the team. Currently, the cabin is being used as a creative retreat but the client plans to stay in the home year-round in the future and we hope he puts it on AirBnb every once in a while so we have a shot at experiencing it in person!

Designer: NEW HOW Architects

This solar farm provides 300 MWh of renwable energy per year & is a community space at the Burning Man!

Think solar farm meets the art and that is what the Solar Mountain by Nuru Karim is – the intersection between efficient clean energy production and unique architecture! The modern structure is constructed from recycled timber and clad in solar photovoltaic panels which also is one of the ten shortlisted projects for Burning Man‘s 3,800-acre Fly Ranch in Nevada – see? I meant it when I called it architectural art.

The Fly Ranch in the Nevada Desert is a permanent, off-the-grid space proposed by the organizers of Burning Man and the Solar Mountain is one of the finalists because it aims to contribute 300 MWh of electricity per year while also providing interactive zones for the community. The Burning Man team partnered with Land Art Generator Initiative (LAGI) for a multi-disciplinary design challenge – LAGI 2020 Fly Ranch and now the shortlisted entries, including the Solar Mountain, will move to the next stage of prototyping.

Solar Mountain by NUDES, a Mumbai-based architecture firm, is designed to be both an interactive installation as well as a source of clean energy for the community. Fly Ranch is home to several natural hot and cold springs, three geysers, hundreds of acres of wetlands, dozens of animal species, and more than 100 types of plants – this natural landscape is what inspired the curvaceous form of the Solar Mountain so that it seamlessly blends into the existing setting. The infrastructure is created keeping in mind one of the core needs for the space – the unified community of creatives and locals. “With this in mind, the narrative behind the design is divided into three parts: grow energy, interact, and play,” elaborates Karim.

The wavy construction is going to be a modular, pre-fab renewable energy infrastructure. It consists of four units and each unit measures 30m in length, between 5m-30m in width, with a maximum height of 15m. Each unit will have 182 solar panels of 300-watt capacity that will generate 1.2kwh/day. NUDES calculates the estimated total clean energy that can be harvested from the four units containing a total of 728 solar panels to be 873 kWh per day! This means Solar Mountain has the capacity to generate 318,645 kWh annually and can power the site’s requirements as well as other activities in the festival. Designed using net-zero principles, in the hopes of addressing larger issues such as climate change and global warming, Solar Mountain’s aim is to produce more energy than it will consume. Burning Man but where we actually use the ‘burning’ bit to generate clean energy!

Designer: Nuru Karim of NUDES

This futuristic transit hub is also an educational sanctuary in Mojave Desert!

Last summer’s Young Architects Competitions (YAC) saw several amazing concept designs but this Hyperloop Desert Campus by Begum Aydinoglu of Pada Labs, Mariana Custodio Dos Santos, and Juan Carlos Naranjo is a part of the noteworthy 30 shortlisted ones. The challenge was about creating a building in the Mojave Desert, Nevada, that blends the future of transport while also standing as a “sanctuary of science.” Of course, it is an architectural competition so the structure had to visually “wow” the audience/judges.

The team kept in mind the current struggles we face as a planet and came up with a design that focused on environmental sustainability, resilience, and knowledge sharing. Hyperloop Desert Campus will be a building that houses multi-dimensional experiences. The team reimagined the Mojave Desert which is North America’s driest desert (and stretches across four states!) as an oasis in their proposal. The campus sports a stadium-like design with smooth curves bordering four courtyards that feature water elements to support the growth of tall palm trees and other greenery which will also allow for natural cooling and ventilation in the space. Hyperloop’s looping structure will have solar panel farms installed on each of its sides to generate renewable energy that can support the campus while the four courtyards will be designed to facilitate rainwater collection and greywater recycling.

“The symbiosis between the rough landscape and the iconic technology, helps The Hyperloop Desert Campus find its form. The building was designed to seamlessly rise from the desert ground of Nevada…the building’s design spirals up – inspired by the speed of travel – large corridors loop around these Oasis, crossing and interchanging levels, resembling complex interchange high-ways in form and function,” says the trio. 2020 taught us all a lot about resilience and that is the core of Hyperloop Desert Campus as well and will be seen in the form of inclusive knowledge sharing with educational tours, multiple technical cores that establish a fail-safe emergency system, and built-in expandability with adaptable interiors to allow for flexible future growth.

Designers: Mariana Cabugueira, Begum Aydinoglu and Juan Carlos Naranjo

Charge your Tesla and lower your electric bill with these solar blinds!

Renewable energy is our ticket to the future and the current climate crisis. From electric cars to sustainable tools, designers are changing the world for the better one product at a time. Joining that list are these Solar Blinds from SolarGaps that make your home smarter and your environment better. If you want to charge your Tesla without increasing your bill, this should be your first buy.

Solar Blinds help you save on your energy costs and reduces your electric bill by 30% compared to conventional energy usage costs, in simpler terms that is a third of your air conditioning bill if you live in a hot climate. These blinds can generate 100W per 1sqm which is enough to charge a smartphone, a laptop or power a tv. Solar Blinds also help you to massively reduce your carbon footprint – 1 sqm of solar energy can prevent 100 gms of carbon emissions. Now imagine the impact if your entire neighborhood will have if everyone installs these blinds. The blinds are meant for the future and they are created to be smart, you can control them with an app on your phone and they are also compatible with Amazon Alexa or Google Home. Another cool feature is that these solar-powered blinds can be used as an alarm clock in the morning by setting them at the time you want them to open.

“The idea to combine solar panels and blinds struck me when I saw sunflowers in the field turning to face the sun. With my invention, I wanted to claim that everyone is responsible for saving our planet,” says Yevgen Erik, CEO of SolarGaps and I love how being an accountable citizen of this world is now more accessible with his design.

Designer: SolarGaps

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The Yacht that combines luxury with eco-friendly

Owning a yacht is often a complete power-move, and if you’re the kind to buy one, you’re likely to be unaffected by the price of fuel. However, if you’re a billionaire that’s invested in the future and the health of this planet, the SolarImpact Yacht’s for you.

Designed to be an all-electric yacht, the SolarImpact, like its name suggests, draws power entirely from the massive array of solar panels on its roof. Its electric build means the yacht isn’t just much more sustainable than a fuel yacht, but its quieter too, plus with a hull featuring SWATH (Small Waterplane Area Twin Hull) construction, you’ve got yourself a catamaran that’s much more stable in the water, so you or your guests are less likely to get sea-sick.

The yacht comes with an exceptional top-speed of 20 knots, and even has an AI on board that automates most of the key systems, allowing it to be driven by no more than one person… its owner. Now that’s definitely a power-move.

Designer: SolarImpact

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