DALE, short for Dynamic Augmented Living Environment, is this year’s U.S. Department of Energy Solar Decathlon entry for the SCI-Arc/Caltech team. Made of two movable, prefabricated modules that open to allow the outdoors in, DALE celebrates the active California lifestyle through its dynamic architecture.
DALE learns from two classic California precedents: the super-sized suburban tract home and the compact, sufficient bungalow; amending one and expanding on the other to become a new Southern California typology. At 600 square feet, it is a micro house with an unprecedented flexible interior that results in the program of a house three times the size.
The people have spoken: UNC Charlotte’s 2013 Solar Decathlon entry, UrbanEden has won the “People’s Choice Award.” Designed as an urban infill project for a couple in Charlotte, North Carolina, the net-zero solar-powered home defines itself by establishing a strong indoor and outdoor connection in the middle of the city. By enclosing the back deck with a seven-foot tall vertical garden and integrating a high-performance glass wall along the home’s south side, dwellers are presented with the unlikely option of privately enjoying the outdoors within a dense urban context.
From the architect. Stanford University’s Start.Home has won fifth place overall and tied for first place in affordability in the 2013 Solar Decathlon. Read the team’s description to learn more:
For the U.S. Department of Energy Solar Decathlon 2013, Stanford University designed the Start.Home to provide energy efficiency at the push of a button to a new generation of environmentally conscious occupants. With modular architecture and advanced controls to optimize each component, the house aims to spark a revolution by lowering the entry barrier for an ultra-efficient house and making sustainability trendy, social, and affordable.
From the architect. This “L-shaped” energy smart house by the Stevens Institute of Technology (SIT), dubbed Ecohabit, won second place in the architecture category and fourth overall in this year’s Solar Decathlon competition. The L-concept divides the house into two modules, “wet” and “dry”. Read the team’s description to learn why:
Lauded for incorporating warm, natural wood finishes to create a “comfortable place to dwell and reenergize,” the jury of the 2013 Solar Decathlon has named Czech Technical University as winner of the competition’s “Architecture Contest,” placing them third overall.
Based on a “house within a house” concept and inspired by the Czech tradition of spending weekends in the country, the “AIR House” features a flexible, open interior that is protected by an intelligent second skin – a “solar wooden canopy” that generates energy and provides hot water via photovoltaic and solar-thermal panels. Read for the team’s project description.
From the architect. Placing second overall, just a few points behind the winning 2013 Solar Decathlon team, students from the University of Nevada Las Vegas (Team Las Vegas) have won the “Market Appeal” contest at the Department of Energy’s (DOE) sixth solar-home competition. Known as “DesertSol”, the project was lauded for its “livability, marketability and constructability” as well as its “appeal within the housing market of the target client chosen by team.” It is designed to be a self-reliant, energy-efficient second home for upper-middle income Americans who pursue active lifestyles in the sparsely populated Mojave Desert. Read on for the team’s project description.
A team of Austrian students from Vienna University of Technology (Team Austria) has won top honors for “designing, building, and operating the most cost-effective, energy-efficient and attractive solar-powered house” at the 2013 U.S. Department of Energy (DOE) Solar Decathlon. The net-positive home, known as “LISI – Living inspired by sustainable innovation,” prides itself for being a simple, smart house that is capable of adapting to a variety of lifestyles and climate zones.
Prior to being crowned as winner, LISI competed against eighteen other student-built, solar-powered homes over the course of ten days in Irvine, California. This was the first time an Austrian university has participated in the U.S. Solar Decathlon. Learn more about the winning design by reading the team’s project description after the break.
I don’t mean to poo poo the US Department of Energy’s Solar Decathlon project, but the more I hear about it the more I wonder if this isn’t an indication of just how far behind the United States is in terms of energy policy and the design of smart environments. Are we really that far behind that we need a program like this to prove this stuff really works? Are people still disbelieving? Do they really need demonstration homes to show how photovoltaics produce electricity or how sustainable principles can be applied to architecture? I suppose it makes sense in a country that still obsesses about the Case Study Houses and has debates about climate change.
The purpose of the Solar Decathlon is primarily to educate the public on high-performance building practices. Since 2002 when the DOE held the first one, it’s been putting “green” building in front of people who otherwise would not get to experience it—or, in reality, a self-selecting population of people who are probably already into such things.
Designed and built by 25 students from Chalmers University in Sweden, HALO is a socially sustainable home for four students, running on renewable energy from the sun. HALO was designed using one underlying concept: shared space is double space.
Team UOW from the University of Wollongong in Australia has been awarded first place at the 2013 Solar Decathlon China, taking top honors for its net-zero, water-conserving design. Selected from 22 teams and 35 universities, Team UOW’s winning entry – the Illawarra Flame House – was the first retrofitted house ever to be submitted in decathlon history.
The Solar Decathlon, also called the “Olympics of Sustainable Architecture,” is a design competition that takes place biennially and challenges 20 collegiate teams to design, build, and operate solar-powered houses that are Net Zero Energy Buildings and are affordable, energy-efficient and attractive. The winner of the competition is the team that best blends cost-effectiveness, consumer appeal, and design excellence with optimal energy production and maximum efficiency.
Summer of 2013 will be the first year that a team from Israel will participate in this worldwide competition. Their hope was to develop and display a method of planning and design in which buildings could better respond to change, with the potential to be deconstructed, taken apart, modified and recycled. Values of environment, community, society and Israeli culture are all intertwined in a design that aims to raise awareness of these four elements and better incorporate them into Israeli architecture.
Read on for Team Israel’s Decathlon design.
It may look unassuming, but this sleek black box is the culmination of a two-year long collaboration of more than 50 students from 7 different faculties of the Budapest University of Technology and Economics. Initially envisioned by two architecture students and built for the European Solar Decathlon 2012 in Madrid, the goal of Odooproject was to encourage a new sustainable life by designing a house where as much time as possible can be spent outdoors.
More information about Odooproject after the break…
U.S. Department of Energy has announced the date and location of the 2013 Solar Decathlon. Appearing for the first time outside of Washington D.C., the highly anticipated competition will take place in 2013 from October 3rd through the 13th at the Orange County Great Park in Irvine, California. Launched in 2002, the biennial event will challenge twenty collegiate teams to design, build and operate a solar-powered house that is cost-effective, energy-efficient and attractive. Participants are judged by their ability to blend affordability, consumer appeal and design excellence with optimal energy production and maximum efficiency.
Continue reading after the break for more information and the complete list of the 2013 teams.
In keeping with our coverage of the Solar Decathlon, we are happy to share Victoria University’s Meridian First Light House third place finish. Finishing a few point shy of the University of Maryland’s 951 points, the New Zealand university received 919 points with high standings in several categories, including winning the Engineering contest, gaining first equal in Hot Water and Energy Balance, second for Architecture and third for Market Appeal. Plus, over the course of the competition, the house managed to produce more energy than it consumed – achieving net zero energy consumption, despite 10 days of undesirable weather. Team member Nick Officer exclaimed, “While we may not have won overall we are incredibly proud to have represented New Zealand on the world stage. We had such and amazing response from the US public here along with supporters back home.” Be sure to check out our previous coverage of the house to learn more about the traditional Kiwi bach – a New Zealand holiday home – inspired residence.
More photos of the residence after the break.
Yesterday, we shared the news of Empowerhouse’s win in the affordability contest - the first of ten contests comprising the Solar Decathlon. The second contest, and one of the most prestigious of the competition, judges the projects’ architecture…and this year’s winner is the University of Maryland’s WaterShed. Totaling 96 points, Maryland’s WaterShed surpassed New Zealand with 95 points and Appalachian State with 94 points. Thus far, Maryland has had a strong showing at the competition as the residence has placed first overall for 4 out of the 5 competition days. “WaterShed achieves an elegant mix of inspiration, function, and simplicity. It takes our current greatest challenges in the built environment—energy and water—and transforms them into opportunities for spatial beauty and poetry while maintaining livability in every square inch,” said Architecture Contest Juror Michelle Kaufmann.
More about Maryland’s design after the break.
Continuing our coverage of the Solar Decathlon, the results of the competition’s newest category of affordability are in! And, this year’s winner is Empowerhouse, a collaborative effort among students from Parsons The New School for Design, Milano School of International Affairs, Management and Urban Policy at The New School, and Stevens Institute of Technology. Of the 19 participating teams, only Empowerhouse and Purdue University’s residence stayed under $250,000; yet, Empowerhouse achieved the lowest construction costs of all at $229,890 – roughly $20,000 less than Purdue. The project was conceived as a prototype for affordable, net-zero housing as a way to make green technologies available for everyone. Working closely with Habitat for Humanity of Washington, DC, and the DC Department of Housing and Community Development, the students have developed a scheme that can, and will be replicated, after the Decathlon.
More about the residence, including a video, after the break.
19 university teams from across the world are gearing up to make their way to Washington D.C. for the Solar Decathlon. Last week,we previewed the 19 designs and, by popular demand, today we’ll be sharing more info about SCI-Arch + CalTech’s design. Entitled CHIP (short for Compacted Hyper-Insulated Prototype) the residence’s geometry is designed to respond to the sun’s orientation while wrapped in a sun performative envelope.
More about CHIP, including a video walk-through, after the break.
For years, we’ve kept a watchful eye on the entries of the Solar Decathlon competition -an amazing student collaborative effort which showcases the latest in sustainable design. Today, we’re bringing you a sneak peak of the 19 houses for the 2011 competition. The form and materiality may be different from one team to the next, yet the projects’ attitudes toward optimizing solar gain and having the design serve an educational example of clean energy is all the same. While the winner of the competition best blends affordability, consumer appeal, and design excellence with optimal energy production and maximum efficiency, we enjoy seeing each team’s proposal and learning about their process. Over the course of the next few weeks, we’ll be sharing more information about some of the projects of the 2011 competition (check out our in-depth look at Team New Jersey’s eNJoy House). Which would you like to learn more about?
Check out a sampling of the teams’ models and renderings after the break and let us know which you’d like to learn more about.