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Techstyle Haus is unique and a first for the competition; the roof and walls are not made of wood or metal, but almost entirely of durable, high performance textiles.
The team spent the spring semester in Providence, Rhode Island constructing the home’s structural supports, attaching its signature textile shell and adding the flexible solar panels that provides up to 50 percent more power than the house uses, before packing it into five shipping containers and shipping it across the Atlantic. The innovative house achieves the Passive House Standard by using 90 percent less energy for heating and cooling than a standard house. The plumbing, heating and cooling systems, placed in a compact mechanical core, are the picture of efficiency, running on the power it would take to operate a hair dryer. The photovoltaic array covering the curved surfaces is innovative, lightweight, flexible and efficient – the curvature of which helps to capture more solar energy over the course of a day than a flat system would. The outer textile shell is made of a flexible fiberglass material called Sheerfill® II Architectural Membrane with EverClean® Photocatalytic Topcoat and is often used for roofs of domed stadiums, airplane hangars, and other large structures, but has never before been used in residential construction. The team hopes to challenge the way people think about building materials and inspire us to push the limits of architecture, design and engineering. They’re even thinking about the structure’s life after Versailles. After the competition, the team will bring the house to Domaine de Boisbuchet, the site of annual interdisciplinary art and design workshops, to act as student housing, and in doing so, promote the practice of sustainable living to future generations and serve as a model for a new type of living that works with all aspects of environment. The truly interdisciplinary team, including art and design students from RISD, engineering students from Brown, and architecture students from Erfurt (who specialize in Passive House design in particular), consulted with companies from all over the world as they designed and built their house. Solar Decathlon Europe 2014 is a FREE event and open to the public through July 14 in Versailles, France. Keep up to date with all the hottest cleantech news by subscribing to our (free) cleantech newsletter, or keep an eye on sector-specific news by getting our (also free) solar energy newsletter, electric vehicle newsletter, or wind energy newsletter. Amber Archangel -- I am an artist, painter, writer, interior designer, graphic designer, and constant student of many studies. Having followed the progress of this project for awhile and being one of those rural inhabitants that it is designed for was really hoping that it would end up on display back here in the states, especially as two out of the three design member teams came from here. A PS for Kevin McKinney, One of the things that I have always loved about the older country style farmhouses is the high ceilings and open floor plans along with the big windows that make you a part of the environment you are living in. Bringing together business leaders and state policy makers to discuss the growth of California’s advanced energy economy. Bringing together business, government, NGOs, and academia, to examine the concept of sustainability. 20 teams of students from around the world are currently competing to build the world's most efficient sun-powered house in the Solar Decathlon Europe 2014 - and the Resso House just took home top honors in the competition's Architecture contest! Like a box within a box, the double height 81m2 communal space provides multifunctionality and adapts to form a meeting space, dining hall, play space, dance room and even a basketball court. The house is furnished with recycled, upcycled and collected items such as seats made from car tyres and second hand armchairs and hammocks collected from the local community. The concept of the active user is encouraged further by leaving services visible within the building. Lower density areas in Barcelona rely on the big city and hence cars and fossil fuels due to lack of local provision.
Please note that gratuitous links to your site are viewed as spam and may result in removed comments. On Saturday, RhOME for denCity's year of hard work paid off when the team won the grand prize at Solar Decathlon Europe 2014! The RhOME for denCity team consists of professors and researchers from the Architecture, Business Studies and Engineering departments of the Universita degli Studi Roma Tre, and a department of Politecnico di Milano.
The full four-storey structure will make use of the thermal mass of its concrete base, with a central, structural core of latticed, reinforced concrete beams. University at Buffalo, The State University of New York, took second place followed by California Polytechnic State University, San Luis Obispo, in third place. Stevens’ win comes as no surprise to followers of the competition, as the team took first place in four of five juried contests and maintained the lead position in the competition over the last several days.
Stevens Institute of Technology team members celebrate their overall first-place victory at the U.S. At today’s awards ceremony, Energy Department Assistant Secretary for Energy Efficiency and Renewable Energy Dr. Announcement of the overall winners followed exciting results of the Engineering Contest, in which Stevens took first place with a score of 93 of 100 possible points.
Stevens’ SURE HOUSE, a sustainable and resilient house for shore residents vulnerable to extreme weather conditions that could cause flooding and blackouts, earned 96 points to win the Architecture Contest. Stevens Institute of Technology celebrates after winning the Communications Contest at the U.S.
The Solar Decathlon involves 10 contests – each worth 100 points – for a possible competition total of 1,000 points.
Market Appeal – California Polytechnic State University, San Luis Obispo, took second place with 93 points for its house designed for coastal California, and Clemson University took third place with 96 points for its Indigo Pine house, which assembles like a jigsaw puzzle without the use of power tools. Architecture – Clemson University claimed second place with 95 points, and California Polytechnic State University, San Luis Obispo, California, took third place with 94 points.
Communications – Clemson University finished second with 90 points, followed by the University of Buffalo, the State University of New York, in third place with 89 points.
Congratulations to Team Rhome from Universita Degli Studi di Roma TRE, the winner of Solar Decathlon Europe 2014! Winner of Solar Decathlon Europe 2014 is the Universita Degli Studi di Roma TRE for its Rhome for Dencity house, pictured here. Second place in this international competition went to the Atlantic Challenge team from Nantes, France, for its Phileas house. Solar Decathlon 2013 gained the attention of millions through worldwide media coverage and attracted 64,000 visitors, who toured the solar-powered houses and learned about their energy-saving features. The NAGC Blue Pencil and Gold Screen Awards Competition, held in conjunction with the NAGC 2014 Communications School, salutes superior communications efforts of government agencies. This joins a growing list of awards the Solar Decathlon has received over the past several years. The Norwich University Solar Decathlon 2013 team received the Byron Stafford Award of Distinction at the U.S. Byron Stafford’s wife, Vivian, congratulates a Norwich University decathlete for the team’s receipt of the Byron Stafford Award of Distinction. The perception that green homes are not aesthetically appealing is a thought relegated to the last century.
Plenty of work, the perfect design, energy-efficient features and of course, that one ingenious idea that could change our future, are key elements for winning the Solar Decathlon 2013 challenge. The team from Czech Technical University (CTU) is the first team from the Czech Republic to make it to the prestigious proving grounds of the Solar Decathlon. As stated above, AIR is designed for those closer to retirement and looking for a healthy, tranquil and affordable lifestyle away from the city rush.
Obviously the photovoltaic panels on the top provide for the solar power that the home needs and also cater to the hot water needs. Following the Americans with Disabilities Act, the home offers perfect accessibility to pretty much everyone.
One look at DALE (Dynamic Augmented Living Environment) and you know that this stylish entry comes from California! Made of 2 movable, prefabricated modules, the home blurs the conventional line between indoors and outdoors. DALE really is a home for everyone young at heart and happy with a cool contemporary home that can actually move around! Stanford University is another entrant at the Solar Decathlon 2013 that will look to appeal to the current generation of home owners who are contemplating about riding the green wave.
Each Start.Home comes with a CORE and this pretty much drives the energy needs of the remainder of the home.
Considering the university’s locality, young Palo Alto couples make the perfect target demographic. Inspired by the lovely landscape and artistic brilliance of the country, LISI is indeed a beautiful sustainable home from Austria. LISI produces far more energy than it consumes and with many nations now willing to buy energy back from the consumer, this might not be a bad option at all! If there is one truly universal design at the Solar Decathlon, then LISI would probably be it. We love the team name that University of Louisville, Ball State University, and University of Kentucky decided to go with.
Made from fiber cement panel and reclaimed wood, Phoenix House has been crafted with a cost-effective and easy-to-assemble design in mind. What if you wanted to escape the world and live in an uninhabited pocket even while enjoying a quality lifestyle as you work from home? The many design features of Borealis make it as green as the some of those dancing northern lights in the sky.
Obviously solar technology might not always kick in to offer the best results in the Great White North. The concept of Borealis is something that we think will gain popularity as more and more people turn their homes into work spaces. The DesertSol House from University of Nevada makes the list for both its adaptability and an ability to convert harsh desert conditions into a sustainable housing solution.
Combining sleek contemporary lines with a weathered finish, the home uses several eco-conscious features to make your life in the hot desert far more comfortable. Apart from the ability to tap into solar power using its photovoltaic rooftop, the home has a topnotch fire safety system and features LED lighting to further cut down on energy demands. Team Las Vegas believes that DesertSol is ideal for those who would love to us it as a retreat or a second home. We believe that the teams on display here have all that it takes to win and a whole lot more.
It has just been announced that the German University, Technische Universitat Darmstadt is the winner of this years Solar Decathlon competition!

Over the past two weeks, the 2007 Solar Decathlon challenged twenty university-led teams from the U.S. Combining the manufacturing expertise of Volkswagen with a beautiful modern design sensibility, the Technische Universitat Darmstadt’s wowed the crowds this week at the 2007 Solar Decathlon with their gorgeously innovative Solar Decathlon home. And the judges and viewers on hand at this years Solar Decathlon event seem to agree that the Darmstadt house is a cut above.
The Darmstadt House design is based on a platform system which allows for customization and quick assembly, all made in Germany using German technologies and materials like local German oak.
Instead of focusing on the production of massive amounts of energy, the home focuses on keeping cool with passive solar design, meaning it demands a minimum amount of energy to function normally. One of the most unique features of the Technische Universitat Darmstadt’s home is their flat roof. And in true cradle-to-cradle fashion, the house will return to Germany after the Solar Decathlon and used as a solar power plant to power on-campus buildings and feed into the German power grid. The Solar Decathlon is a biennial competition that challenges 20 collegiate teams to build the most efficient sustainable solar-powered home.
Department of Energy Solar Decathlon mark your calendars: Solar Decathlon 2015 will be held October 8-18, 2015, at the Orange County Great Park in Irvine, California. Living with respect for the environment close at hand, the food chain, natural remedies for healing the earth, people and animals is a life-long expression and commitment. At the same time, Louis Vuitton, Prada and so begins Coach Scarf the impression of product design for the market, these companies need a large number of original market share COACH. The Universitat Politecnica de Catalunya teamed up with Barcelona Tech to develop a self-sufficient home wrapped in a translucent shell that harvests solar energy and rainwater.
Playful rope swings crafted from old skateboards hang down underneath the wooden support for the rooftop solar array. An L-shaped perimeter strip on the north west and and north east houses service spaces such as the bathroom and kitchen.
One of the challenges of the process was the use of consensus building to agree on design stages, meaning decision making took some time. Raw scaffold components mean the structure and internal divisions are kept inexpensive and adaptable. The design represents the upper level of a four-storey, urban regeneration complex proposed for Tor Fiscale in Rome, Italy.
To offset this, the design incorporates a series of passive strategies making use of the loggia, an open, shaded gallery around the exterior of the building. This core will then support a lightweight, wood frame exterior, braced with steel St Andrew’s crosses. Department of Energy Solar Decathlon 2015 by designing, building, and operating the most cost-effective, energy-efficient, and attractive solar powered house. Stevens Institute of Technology previously competed in Solar Decathlon 2011 and Solar Decathlon 2013. David Danielson congratulated all decathletes on their accomplishments during the 2015 competition. Tomorrow is the final day of public exhibit here at the Orange County Great Park in Irvine, California. Department of Energy Solar Decathlon 2015, Stevens Institute of Technology holds the lead after placing first in Market Appeal, Architecture, and Communications.
The team’s Rhome for Dencity house received first place overall in the final award ceremony of the competition Saturday evening in Versailles, France.
Team Pret-a-Loger from Delft University, Netherlands, placed third for its house, A Home With a Skin. Team Reciprocite (Appalachian State University and France’s Universite d’Angers) placed ninth, and Team Inside Out (Rhode Island School of Design, Brown University, and Germany’s University of Applied Sciences–Erfurt) placed 14th. Department of Energy Solar Decathlon 2013 won first place in the special events category in the National Association of Government Communicators (NAGC) Blue Pencil and Gold Screen Awards Competition. Department of Energy Solar Decathlon 2013 attracted 64,000 visitors and gained the attention of millions through worldwide media coverage.
Department of Energy, Office of Energy Efficiency and Renewable Energy, operated by the Alliance for Sustainable Energy, LLC.
With architects, green energy pioneers and designers working overtime to bring together form and eco-friendly function, modern solar homes are anything but mundane. Their AIR House caters mainly to the needs of the senior citizens who are nearing retirement. The interior of the home is largely crafted in natural wood, giving it an inviting and warm appeal.
But, it could be equally appealing as a prototype for rustic cottage units that offer a cool holiday retreat in the woods! Team Capitol DC comprises of The Catholic University of America, George Washington University, and American University. But what really draws us to the HARVEST HOME is the way it blends a multitude of elements to create amazing ambiance. Conjured up and crafted by Southern California Institute of Architecture and California Institute of Technology for the 2013 Solar Decathlon, DALE is truly a showstopper in every sense.
The most impressive feature of DALE is the dexterity in its design that allows it to embrace many different forms. Apart from the solar power and its inherent advantages, DALE is really all about its dynamic form.
It definitely is a bachelor pad that will turn a few heads and we ourselves love the progressive design of this green home. Hence you can start out small with a basic home and then add further modules with your growing needs. The CORE apparently operates with the simple push of a button and manages all your power needs. But we believe that anyone and everyone can benefit from a housing solution like the Start.Home. Crafted with care by the team at Vienna University of Technology, LISI offers a wonderful balance between indoor and outdoor spaces. A series of indoor and outdoor spaces allow you to switch between the patio and the living area with ease. Excess energy can be shared with the grid and this should also offset the cost of the house in the long run. Most often power lines are not restored quickly enough living cities in darkness for days after a hurricane or tornado hits them. Most often we are engrossed in expansive homes and fancy designs that do not actually work well in the wake of a crisis.
Long and cold winters with little sunshine might mean that you still need to find alternate energy sources at times. A self-sustainable green home like this could offer one a chance to break away from depending on grid power.
We have always wondered why all those amazing modern houses in tropical and sub-tropical zones could not tap into solar energy more.
One of the main concerns of the house is the cooling system that uses both solar energy and ample shade to hide you from the scorching sun. Designed for a harsh outback life, DesertSol would obviously face little trouble in accessing all that free power from the sun!
Projected to cost US$ 320,000 to build, the home could offer sustainable and cost effective shelter for many, if it were a tad bit cheaper. And when the covers come off finally this October, the one true winner will be a greener planet and an emission-free tomorrow; irrespective of who takes home the crown. To achieve this, the building’s shell became a central design component- the outer layer consists of oak louvered frames which, same as the roof, are equipped with photovoltaic panels. While most homes at the Solar Decathlon utilize a pitched roof to maximize the efficiency of the photovoltaics, this home’s highly-insulated flat roof consists of multiple layers that yield insulation 10 times better in comparison to an equal thickness layer of polysterole insulation. Department of Energy has just announced the location of the 2013 Solar Decathlon – as well as the 20 lucky teams who will be competing for green design glory! The teams construct their houses on-site and battle it out in a series of competitions over 10 days to determine which prefab is the greenest and keenest.
They should move it around the country every year, and the houses should be built to meet the requirements of the climate in the city that is hosting the competition.
As half of a home-building team, I helped design and build harmonious, sustainable and net-zero homes that incorporate clean air systems, passive and active solar energy as well as rainwater collection systems. Inhabitat talked to members of the team at Solar Decathlon Europe 2014 about what inspired the design just hours before their victory in the Architecture category was announced. On the south wall the double layer semi opaque polycarbonate functions as a heat collector and brings natural light inside. Passive heat collection plus natural ventilation and air circulation are supplemented by methods to collect and conserve water. Instead of high tech construction, simpler techniques were adopted so that 45 students could complete the build with 10 days on site.
Muc neighbourhood in Rubi on the North West fringe of Barcelona to produce a real building that provides solutions for local people. The 875 square foot building utilizes the traditional Italian design feature of the loggia to implement passive solar design principles and allow for a flexible floor plan that can grow and adapt according to the occupants' changing needs.
An increasingly transient population means a greater need for flexible housing designs to accommodate different types of occupants, as well as a flexibility should tenants achieve some measure of security and need their dwelling to adapt as their family grows. This design feature, in combination with the flexible floor plan, provides cross ventilation benefits that naturally cool the house in summer. One of the foci for this year’s European Solar Decathlon was a move away from the previous reliance on photovoltaics to reduce the carbon footprint of the designs.

Third place went to the State University of New York at Alfred College of Technology and Alfred University with 98.14 points for its house estimated to cost $268,637.
The award was announced last week during a reception and banquet at the National Press Club in Washington, D.C. Census Bureau: “This entry was flawless—a well-executed and interesting event, and a top-notch overall entry. 12.Presented by Solar Decathlon Director Richard King’s wife, Melissa, the award is a tribute to Byron Stafford, who served as the event’s site operations manager from the first Solar Decathlon in 2002 until his death in May.
An acronym for affordable (A), innovative (I) and recyclable (R) house, the structure delivers on what it promises. Most of the decor is also kept to a minimum as interaction between the indoors and the world outside is seamless. It is a Zero Energy House that produces all the energy that it needs from solar power, making it an emission-free hub. The house has been designed to create a healing atmosphere as the energy of nature takes over to replenish ones’ senses.
A rain screen helps you enjoy the beauty of a lovely drizzle, while savvy contemporary design offers great natural ventilation.
Coming with a smart home management system, it also ensures that you will not have to worry about energy wastage as the inherent technology of the HARVEST HOME takes over. Its calming ambiance and self-sustainable design make it an ideal choice for a war veteran returning home. Its versatile design, mobile exterior, contemporary design and exquisite form are inspired by the cool and laidback lifestyle of the California beach life!
Created to counter the current trend of large, expansive and often inefficient designs, the homes units can simply be pulled together or apart depending on your space and security requirements. Targeted towards those happy-go-lucky denizens of Southern California, DALE is an impressive eco-friendly home that actually grabs your attention with sheer design. With a design philosophy that says ‘Sustainability at the push of a button’, the Start.Home is intends to break away from the traditional image of an efficient home.
Solar energy obviously drives this core of the house and with heat-recovery technology, greywater harvestings systems and energy-efficient gadgets, the Stanford University green home manages to create a trendy hub that is both economically and environmentally sound!
What appeals to us most about this idea is the ability to do away with the unnecessary and an option that allows you to add additional rooms easily down the line.
Also able to shift between private and public modules with ease, the green structure tries to maximize energy resources even as it adapts between different styles of design and climatic conditions. An automated screen helps control the temperature while a fresh herb garden adds to the aesthetics even while providing you with some of the ingredients for the next meal. Apart from its solar prowess, LISI comes with automated energy-recovery ventilation system and multifunctional sub-floor system that regulates indoor weather. Of course, if you happen to be closer to the tropics, it helps with the solar energy system.
It is about delivering a safe and self-sufficient structure that will function even during the crisis period. This durable, sustainable and smart structure could actually help improve post-disaster relief measure.
Construction costs for houses in remote locations are often too high and Borealis aims to address this concern. But an array of photovoltaic panels powers the home otherwise and micro-inverters ensure that you get maximum output.
Integrating local conditions and geography into its form Borealis is for those looking to escape the dull and the mundane. Yet, its array of rainwater collection features and green energy credentials make up for the price tag in the long run. You though, can pick your favorite and back them by showing your support for the solar home design that you love best.
The platform is composed of a top layer and a bottom layer, between those two layers is room for technical installations, storage and integrated furniture. This layer both generates electricity and also provides protection from the heat of the sun. Private aviation stirs a special appeal, I would love to fly in the solar airplane and install a wind turbine in my yard.
The team enjoyed the experience of taking part in the build and hope that by involving communities in building future iterations of the design, the houses will take on a greater value for future users.
The team Resso vision is that providing collective infrastructure will lead social and environmental rehabilitation. It's chances for winning the competition got better on July 5 when it won first place in the Architecture Awards!
The structure is centered around an internal core, surrounded by the kitchen, the living room and the bedroom.
Instead, designs are encouraged to make a more holistic contribution to low-energy city living through considerations of water usage, waste disposal, passive solar design, the mobility of occupants and urban connectivity. A National Renewable Energy Laboratory senior scientist, Stafford was instrumental in formulating the competition rules and was dedicated to ensuring a safe competition and public exhibit. Department of Energy Solar Decathlon is an event that offers a fascinating glimpse into the solar homes of tomorrow.
Inspired by the Czech tradition of spending the weekend at a cottage-styled retreat called chata, AIR is all about creating a soothing and relaxed atmosphere indoors.
A solar water heater, the photovoltaic panels, greywater recycling system and a great natural insulation system ensure that AIR achieves its clean energy objectives. Tapping into solar energy, wind circulation and natural canopy outside, the smart structure not only helps the planet heal, but also those who make it their home! The design is well and truly a breath of fresh air, even as the surrounding gardens add the green touch. In fact, Team capitol DC will donate the HARVEST HOME to a veteran’s organization once the contest is done.
Partitions from the ceiling also help create instant rooms, while a vinyl exterior skin gives it an exclusive identity.
Sliding solar canopies, water management system and an inventive design combine to make it an ultra-efficient home.
That is probably the best compliment that one could give to the inspired designers who came up with the concept! Coming with a simple, 3-by-3 modular grid and an integrated core the home can easily expand when needed by adding more modular units.
A truly international design, LISI is like that perfect blank canvas that is ready to be filled with your own distinct impression! Smart storage units are integrated into the walls of the house to free up as much space as possible. Even otherwise, LISI does appear like the complete package that has plenty of commercial value.
Phoenix House (again, love the name), is a concept that simply demands attention for all the right reasons. An open floor plan, multi-purpose living room, bathroom that doubles up as sturdy weather shelter and a green garden, this indeed is all about delivering help to those who have been hit by the fury of nature.
Water recycling system provides for clean drinking water while low energy lighting makes sure that power consumption is kept to a minimum. Much like the Phoenix that rises out of the ashes, this home represents tenacity and resilience.
And it so happens, that they are the ones who came up with this eco-friendly home designed to meet the demands of a remote construction site! Rot-resistant cedar wood siding and fiber cement boards make up the hard exterior of the house while a 3-module design offers ample space inside. Custom energy monitoring systems and LED lights further cut down on the energy consumption making this contemporary home far more efficient. Crafted to suit the harsh conditions of the Mojave Desert (Yup, imagine the music from Rango in the backdrop), DesertSol combines comfort with green solutions.
This fall, the Orange County Great Park in Irvine, California will be filled with energy-efficient prefab homes as they duke it out to see which house can generate the most solar energy! I am a peace-loving, courageous soul, and I am passionate about contributing to the clean energy revolution. The Versailles prototype opens up to the south-west and to the north-east, protected by loggias. In 2009, his team installed the first Solar Decathlon village microgrid to distribute energy safely and reliably among the competition houses and to the utility grid. Generous outdoor terraces, an integrated edible natural garden and a solar canopy encourage you to spend ample time outside. LISI reminds us of efficient Scandinavian design; elegance and ergonomics wrapped together with style!
Made out of durable and low-maintenance materials, Phoenix is a self-sustaining structure designed for middle-class families affected by tornadoes. Much like the Phoenix, the Borealis House has our attention from the get go thanks to its magical name. The intention behind the particularly deep loggias is to allow future, needs-based transformations to the floor plan, such as switching between rooms and loggias. In addition to this “heavy” flexibility based on modifications to the external spaces, a light flexibility is built into the facade with the use of adjustable photovoltaic shading screens.

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