Shrinking Spaces, Expanding Horizons: Navigating Tiny Living in an Off-Grid Houseboat
CategoriesArchitecture

Shrinking Spaces, Expanding Horizons: Navigating Tiny Living in an Off-Grid Houseboat

The judging process for Architizer’s 12th Annual A+Awards is now away. Subscribe to our Awards Newsletter to receive updates about Public Voting, and stay tuned for winners announcements later this spring.   

“Water is central to these kinds of desirable ecologies that can reshape cities,” says Ham Dong, co-founder and partner of Crossboundaries. The firm contributes to creating “vital built environments” via architecture, and project blueprints are often defined by location.

In some ways, you could say the opposite is true of the firm’s latest undertaking, Solar + Design = Tiny Home on the Water. The clue is very much in the name — a modified houseboat offering the freedom of canal, lake and river life with high-end, modern specifications. Less obvious: the vessel runs entirely on solar power, making it a groundbreaking example of alternative fuel for transport, off-grid heating and cooking. 

Solar + Design = Tiny Home on the Water by Crossboundaries, Germany

Putting things into perspective, around 1% of the UK population has no grid connection and uses bottled gas for power. In the US, around 12 million use propane as a primary energy source. Off-grid fuels are recognized as a substantial challenge to green transition. Solar Houseboat SYC 1415 is a unique example of renewable solutions applied to a situation that presents particular challenges in this area.

Currently floating in Germany, from March to November, the boat is entirely self-reliant. An entire roof of panels and an additional one on either side powers everything needed. That includes traveling up to 50 kilometers per day, at 7 KM/H, around the same speed as a standard canal barge.

Solar + Design = Tiny Home on the Water by Crossboundaries, Germany

On the inside, climate considerations are more hidden. A biological sewage treatment unit can be converted to drinking water, and a purification system is capable of turning river and lake water into potable. 

With just 15 meters in length and 4 meters in width to realize a bold vision combining transport, architecture and interior design, a series of interlinked but distinct areas guide you through the lower deck from a charming rear ‘terrace.’ These are almost as adaptable as the boat itself. Living areas become personal gyms, with equipment hidden beneath floor tiles that perfectly complement a simple, primary color scheme and functional finish. Beds recede before vanishing, opening more space.

Solar + Design = Tiny Home on the Water by Crossboundaries, Germany

Extensive research was conducted into material quality, taking into account local and regional landscapes, and seasonal weather on a continent known for real variation in temperatures. Lessons in design have clearly been learned from the development of tiny homes in recent decades, with every inch maximized through innovative solutions.

The result recalls memories of a trip to the iconic Rietveld Schroder House, in Utrecht, Netherlands. The 1920s home is an interiors landmark, carefully conceived in a way that introduced incredible flexibility to each area inside its modest sized building. De Stijl style governed aesthetics, a school defined by bold ‘pure’ colors and right angles.

Solar + Design = Tiny Home on the Water by Crossboundaries, Germany

Back onboard, another sleeping area appears from within the helmstead — the core technical controls of the craft itself — as if to emphasize the point that this is a deftly engineered home. In doing so, we’re given a truly spectacular view to wake up to. And this could be anywhere, because the project is made for absolute mobility and designed for relocation. Simply cast off and leave when you need a change of scenery.

We can’t remember another live-in vehicle which is so closely aligned in design with more permanent, fixed dwellings. And this hybrid speaks to our emerging needs. Like the ability to move without sacrificing the notion of ‘home’, immerse ourselves in new places but not lose identity. Others are more urgent, for example developing new forms of resilience to a changing world. Or returning to others we had, in the West at least, almost abandoned.

Solar + Design = Tiny Home on the Water by Crossboundaries, Germany

For the boat’s owner, Marianne, travel was the key driver in all this. Having spent her life living in cities, most recently moving from Beijing to Berlin, her dream of navigating Europe by water makes sense. There’s always something beautifully peaceful about being on a boat, whether that’s the lone barge on a quiet canal or sole ship on the ocean. 

In Europe, lack of access to green space is an increasing concern among urban populations, with a recent poll suggesting 1/3 of residents in Britain’s biggest metropolitan areas planned to leave in the future to get closer to the countryside. And yet, if the pandemic taught us the value of nature, it also made a point about the importance of connections and communities. The joy of Solar Houseboat SYC 1415 is the fact we don’t need to commit to either. We can be remote, or find ourselves on the busier channels coursing through our great cities. As such, it speaks to our current age in clear terms — a time when adaptability is becoming currency.  

The judging process for Architizer’s 12th Annual A+Awards is now away. Subscribe to our Awards Newsletter to receive updates about Public Voting, and stay tuned for winners announcements later this spring.   

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Bringing off-grid solar to new sectors
CategoriesSustainable News

Bringing off-grid solar to new sectors

Spotted: According to the International Energy Agency (IEA), Chile is a “world-class destination for solar and wind energy developers,” in large part because of the country’s energy planning, which has helped to boost project development, especially in terms of electricity transmission. However, even in a country with such a good record, there are renewable energy applications where connecting to the grid is difficult.

With more than 50 per cent of Chile’s exports coming from mining, particularly for lithium and copper – two key components in green energy technologies – sustainable energy technology company CleanLight has created a way for heavy industry to reduce its emissions by using off-grid renewably powered lighting solutions. 

With mines often located far from stable grid connections, reliable lighting and communication access have long been a challenge. CleanLight is meeting this need through Solar Towers that provide communications, lighting, and surveillance capabilities, while also providing a mobile solar generator named SolBox.

The SolBox is available in various sizes, from a 1,500-watt system with two panels up to a 9,600-watt Plus Pro system that uses eight panels. For industrial users, the eight-panel SolBox supports the most onerous power demands from construction projects to large buildings.

The technology also has domestic uses. Depending on a home’s size and power consumption, a SolBox could save owners anywhere from 40 to 80 per cent on their monthly electric bill. 

CleanLight has sold 550 Solar Towers and provides a fleet of 150 towers for rent. With distribution agreements in place with large chain stores throughout Latin America, the company is in the middle of expansion across the region. A recent partnership with British Columbia company RE Royalties Ltd in the form of a loan and royalty acquisition is financing CleanLight’s expansion into North and Central America.   

Bringing solar to the people through improvements in accessibility is the focus of a number of innovations in Springwise’s database, including solar panels that work in the shade and a rent-to-own solar panel service.

Written By: Keely Khoury

Reference

wasp’s 3D printed itaca ensures off-grid living & ecological balance
CategoriesArchitecture

wasp’s 3D printed itaca ensures off-grid living & ecological balance

Itaca: the self-sufficient and eco-sustainable 3D printed house

 

Italian 3D printing company WASP introduces Itaca, a self-sufficient and environmentally sustainable 3D printed housing model. The project is based on the thesis that on Earth, a space of 33 meters in diameter can provide sufficient living environment for up to four people, if specific knowledge and technology are applied. The endeavor aims to make a core of four people (two adults and two children) independent and enable them to live off-grid, without electricity, water, gas, and sewer connections. The inventors hope that Itaca will also lead to innovations in the colonization of the Moon.

 

‘Getting a place as harsh as the moon to be inhabited is hard to imagine, but science says it can be done. Why don’t we apply the same technologies here on Earth, to get even the most extreme environments to be hospitable?’, says
Massimo Moretti, CEO of WASP.

itaca eco-sustainable 3D printed house ensures off-grid living in a 33-meter diameter
Itaca is a self-sufficient and environmentally sustainable 3D printed housing model | all images courtesy of WASP

 

 

food, water, energy, and economic self-sufficiency

 

The Itaca model is 3D printed by Crane WASP using natural zero-kilometer materials. The concept is to apply the knowledge and digital fabrication necessary to create a space that improves the quality of life in areas where water, food and industrial facilities are scarce. The applied technological solutions lead to an optimized circular microeconomy that allows independent, off-grid living while maintaining ecological balance. The team at WASP has already acquired a plot of land near Bologna where the first Itaca will be built over the next year. Itaca is an educational project, an open-source laboratory in which anyone can participate.

 

‘For us at WASP, Itaca represents a path towards food, water, energy, and economic self-sufficiency. A proposal for a solution to the social, energy, climate, and mass migration crisis. For us, digitization and 3D printing are a response to the needs of humanity.’ Massimo Moretti mentions.

itaca eco-sustainable 3D printed house ensures off-grid living in a 33-meter diameter
Itaca proves that a 33-meters diameter space can provide a sufficient living environment for up to four people

itaca eco-sustainable 3D printed house ensures off-grid living in a 33-meter diameter
the Itaca model is made of natural zero-kilometer materials

itaca eco-sustainable 3D printed house ensures off-grid living in a 33-meter diameter
the applied technological solutions lead to a circular microeconomy maintaining the ecological balance

itaca eco-sustainable 3D printed house ensures off-grid living in a 33-meter diameter
the Itaca model will be 3D printed by Crane WASP

project info: 

 

name: Itaca
designers: WASP

myrto katsikopoulou I designboom

nov 17, 2022

Reference

Providing clean off-grid and on-grid energy for industrial and commercial clients 
CategoriesSustainable News

Providing clean off-grid and on-grid energy for industrial and commercial clients 

Spotted: Many African countries receive more than 2,500 hours of sunshine per year, making the continent an ideal location for solar energy power. As the number of providers grows, so too does access to renewable energy sources. Nigerian-based Starsight Energy expanded into three east African countries before merging with South African company SolarAfrica. The new combined business now covers three sizeable areas of the continent and has plans to develop further.  

Tailored solar energy solutions provided by the company include a complete audit of an organisation’s power and cooling needs and a custom-designed installation. One of the main selling points of solar energy on the continent is its reliability combined with the lack of dramatic price fluctuations diesel customers contend with. Starsight says that its customers receive full power 99 per cent of the time. Depending on local conditions, the solar arrays can be on- or off-grid as best suits the situation.

To help make it easier for businesses of all sizes to afford the switch to renewable energy, customers pay no money upfront. Instead, clients pay a set monthly fee that includes all analysis, set-up, monitoring, and support services. Contract lengths vary with a minimum of five years. For businesses requiring energy at night, Starsight provides standby generators for sites requiring particularly heavy power loads as well as a Power-as-a-Service battery storage option.

The application of solar energy is expanding, with Springwise spotting innovations such as greenhouse solar systems that use wavelengths of light that plants cannot use, and solar cells printed onto construction steel for integrated energy generation.  

Written By: Keely Khoury

Reference

Off-grid hydrogen generation technology for on-demand power
CategoriesSustainable News

Off-grid hydrogen generation technology for on-demand power

Spotted: Although relatively expensive to produce at present, and with storage often cited as a concern, green hydrogen fuel production is increasing. A naturally occurring and superabundant element, hydrogen is popular for several reasons, including the ability to produce it using renewable energy sources. And now, Element 1’s modular, grid-independent hydrogen generation technology is making the fuel even more accessible.

Designed to efficiently convert methanol to hydrogen to electricity, the technology supports both hydrogen fuel cell vehicles and electric vehicles. The company’s catalytic reactor heats a methanol and water feedstock mix before sending it through a membrane purifier for almost 100 per cent fuel cell grade hydrogen.

Because the modular system produces the fuel as needed, the risk of combustion is nearly eliminated, and specialty storage facilities are redundant. This is because the only material that needs to be stored and transported is the methanol and water feedstock. The hydrogen is then produced on-site. Element 1 provides both small and large-scale solutions, as well as a mobile version specifically for refuelling electric vehicles on the go.

Further development of the technology includes a sea-going business spinoff e1 Marine, as well as continued refinement of the systems, materials, and deployment options through on-site collaborations with industrial partners and as infrastructure back-ups.

Springwise has also spotted hydrogen being used as aircraft fuel and in a personal hydrogen power plant for the home.  Larger scale hydrogen production innovations include a proposal for an artificial green hydrogen island in the North Sea.

Written by: Keely Khoury

Email: dave@e1na.com

Website: e1na.com

Reference

A power system brings reliable, affordable electricity to off-grid communities across Africa
CategoriesSustainable News

A power system brings reliable, affordable electricity to off-grid communities across Africa

Spotted: In sub-Saharan Africa, the electrification gap is one of the primary barriers to development. As many as 600 million people in the region live without reliable power. Many basic needs, from education and healthcare to economic opportunity, remain out of reach for millions of people as a result.

Zola Electric, a company originally founded in Tanzania, has developed a power system that promises to bring reliable, affordable electricity to off-grid communities across Africa.

The Zola ‘Infinity’ system is designed to be more reliable and cost-effective than traditional grid-based power and can be quickly deployed to rural areas where electrification is most needed.

The system draws on multiple energy inputs and a smart storage system to provide continuous power. With Infinity, African families will finally have access to the lights, refrigeration, pumps, and other appliances that they need to improve their quality of life. Importantly, Infinity is also designed to be scalable and adaptable, meaning that it can grow with communities as their needs change.

Zola has received backing from a number of prestigious investors including Tesla, Total, and EDF.

Mini-grids and smart storage solutions will be increasingly important as the world’s energy system becomes more decentralised. Springwise has recently spotted a software service that optimises decentralised energy projects and a plug-and-play solar energy system for swarm electrification.

Written By: Katrina Lane

Website: zolaelectric.com

Contact: zolaelectric.com/contact

Reference