We’ve seen some pretty energy efficient homes here at Inhabitat, but houses that actually give back to the grid seemed to be a thing of the future — until now. Swedish designers are currently constructing Villa Akarp, a residence that aims to combine energy conservation, energy recovery and energy generation technologies. If all goes as planned, the home will actually produce more energy than it uses and provide the excess to the grid.
The recent evolution of solar technology has been nothing short of amazing, and we are continuously impressed by all the products hitting the market that make it easier to integrate clean tech into our daily lives. One innovative company at the forefront of the solar energy bustle is Sulfurcell, the producer of a new kind of modular solar panel that add energy-generating capabilities to any building. The super-thin panels are entirely self contained, so they don’t require any substructure, and they can be applied to new buildings as well as retrofitted old buildings to provide a sleek look and plenty of power.
We’re pretty certain that parking lots of the future will be more than just storage areas for our vehicles. They’ll generate their own power, have morphing advertisements, and likely recharge cars as well. Well our friends at Designboom and Nissan are way ahead of the curve. They just announced the results of their Think Outside the Parking Box competition, and while we’re certainly impressed with some of the imaginative ways to park cars (car ferris wheel, anyone?), we were most excited about the Solasis Light Tower. This renewable energy generating parking lot actually uses the cars’ windshields to shine sun onto a solar power concentrating tower adding valuable juice to the grid. Read on to see how the designers propose to make the tower work and see some detailed pics of the final design.
Yesterday in Hackettstown, New Jersey, Mars Chocolate flipped the switch of their shiny new 2 MW photovoltaic system. This pic may depict the popular candies catching some rays next to the new solar panels, but don’t worry, Mars still guarantees that M&Ms won’t melt before they reach your mouth! The Solar Garden sits on 18 acres of property that was beforehand just a vacant lot. Now enough electricity for one-fifth of the Hackettstown factory’s needs is produced from the system, meaning that every fifth M&M you eat was made courtesy of the sun. So gather up four friends and dole out those colorful candies, because each one you eat will be green(er).
For centuries sailors have used stars to navigate around the world. Now space-sailors might be able to use the stars to move through the universe — literally! Instead of cruising to Mars on a giant tank of oil, we could soon sail through space using just the energy from sunlight. The Planetary Society — a non-profit space exploration organization — just announced that in 2010 it will send a satellite dubbed LightSail-1 into space that will be propelled by solar sails. The mylar-winged vessel will carry not a drop of fuel (making it much lighter than contemporary space craft) and will be the first in a three part program that aims to prove that solar sailing is a viable technology
Throughout India there are many rural villages that are completely removed from the grid. With no source of power for cooking, light, and heating they currently must rely on firewood, kerosene or diesel for fuel. Now green jobs are blossoming throughout these remote areas as the Orissa Tribal Empowerment & Livelihoods Programme trains women and youth to become barefoot solar engineers. This brilliant initiative provides a bright future for the semi-literate and illiterate rural poor by teaching them to harness the sun through the construction of photovoltaic systems and solar powered lanterns.
A giant step has been made in what will be the world’s largest renewable energy project. While previously just a grand vision for the production of clean energy in the Saharan desert, the project now has a core group of backers and a signed agreement between 12 companies wanting to move forward with the $555 billion renewable energy belt. The 12 collaborators signed articles of association last week for the DESERTEC Industrial Initiative (DII), which will work to bring more companies and groups on board as well as focus on regulations and conditions to get the project successfully completed and generating pure power from the sun.
We’ll admit it: We’ve never totally understood Nascar’s appeal. I mean, come on, it’s just a bunch of cars going round and round a track like a zillion times! But the World Solar Challenge? Now that is one car race we can really get behind. The event, which started way back in 1987, features solar-powered vehicles created by some of the world’s top engineering colleges. Using the power of the sun instead of polluting fossil fuels, the cars race across thousands of miles in order to advance solar and electric vehicle technology — and to achieve the satisfaction of winning, of course.
Earlier this week, Regen wowed us with their sleek, modular iPhone charger. Now the electronics company is back again with another impressive Apple-related product: the Reverb, an eye-catching 3-foot tall iPod dock that blasts out the equivalent of 60 watts of sound from a conventional speaker. And best of all, it’s solar-powered.
Multi-functional centers are great – same complex, different uses, minimal infrastructure. The House of Music in Aalborg, Denmark is just such a place, combining public and performance space with cultural and education functionality. Designed by Coop Himmelb(l)au this multifunctional center is a marvel of Solar passive design and features a south-facing facade covered with thin-film photovoltaics that help to reduce its energy use. With a concert hall, auditoriums, public courtyards and sustainable design features, Denmark has a wonderful addition to its cultural scene.
The problem with most built-in solar gadget chargers is that it just doesn’t make sense to stick your pricey phone in the sun for the whole day while you wait for it to charge. But the Regen ReNu modular solar panel takes care of that issue–the combination solar panel and battery pack attaches to the back of an iPod/iPhone dock or USB device for easy access to solar power. When you want to charge the panel, just remove it and place it near sunlight!
Canvas swag bags are par for the course these days, but PopTech upped the ante yesterday by giving conference attendees the Swag Bag to End All Swag Bags: a Timbuk2 messenger bag that’s really a portable, solar-powered lantern in disguise. Built in collaboration with the Portable Light Project, the FLAP—Flexible Light and Power—incorporates solar panels that can be charged by day, and then used to power …
Things really heated up this past few days as we inched closer to finding out who the winner of this year’s Solar Decathlon would be, and in the end Team Germany’s surPLUShouse stole the show. We were sad to see that Cornell University’s Silo House did not place in the top 3, but we still love this totally unconventional and clever home which held steadfastly in the ranks as part of the top 10 throughout the week. As a compact modular structure, the Silo House proves that impressive green, energy-efficient things do come in small spaces!
GERMANY WINS THE 2009 SOLAR DECATHLON!
Drumroll please… after an exciting week of competition and judging, the winner of the Solar Decathlon 2009 has just been announced, and it’s a stunner! In a huge upset (as Team Illinois was leading on the scoreboard until just a few moments ago) the …
With fall here and winter on the horizon we’re bundling up for brisk weather, and fortunately Zegna is heating things up with their brand new solar-powered Ecotech Jacket. This sharp technical shell is constructed almost entirely from recycled plastic, and it features a set of photovoltaic panels capable of charging your ipod, cell, or even an integrated heating system. Perfect for sunny days on the slopes yet …
We’ve been bringing you breaking coverage of this week’s Solar Decathlon in Washington DC throughout the week and one of the most interesting homes to emerge from the competition is the North House, a super sleek, high-tech solar powered home designed to generate more energy than it consumes – an especially impressive feat granted that the home was designed for the extreme climate of Northern Canada. Currently in 4th place at the Decathlon, Team Ontario/BC is exhibiting an incredibly impressive showing. With two days left of the competition, they still have a good chance to eek out some more points in the categories of Engineering, Lighting and the biggie, Net Metering, which could still put them in the lead.
We’re excited to report that as of today Team California is in 1st place at the Solar Decathlon competition going on right now in Washington DC with their stunning Refract House! Just moments ago, they emerged victorious from the Communications portion of the scoring and as of yesterday they received an almost perfect score of 98 out of a 100 for Architecture and a 92 out of a 100 for Market Viability – combined with their other scores, this puts them in 1st place as of now. Close on their tails are Team Germany and Team Ontario/BC, and all the teams are anticipating the remaining scores which will be rolling in throughtout the rest of the week culminating in the score for Net Metering, which garners the hugest chunk of points. Stay with us on Inhabitat for news and updates on the winning teams. We can’t wait to see who the winner is on Friday!
Forget decorative crystalline stadium skins; Gino Zavanella’s recently unveiled stadium is completely plastered in energy-generating photovoltaic panels. Stadium Franco Sensi, set to be built in Rome, Italy, will feature a museum of Rome’s football team, restaurants, lounges, and bars in addition to regular stadium seating.
If we were stuck on a desert island with only one book, this recently unveiled solar e-book would be at the top of our list! Designed by LG Display, the sleek reader features a wafer-fin photovoltaic cell that provides it with a steady stream of solar energy. Whereas most e-books run the risk of losing juice mid-sentence through your next novel, this solar reader’s omnipresent energy source makes it a winning design in our book.
The Solar Decathlon, the super solar architecture competition held in Washington D.C. bi-annually, officially kicked off today, and Rice University’s awesomely affordable ZEROW House is already making waves. The first round of evaluations took place yesterday, and this low-budget underdog placed 4th among the twenty competitors after being recognized in the categories Comfort Zone and Appliances. What is most impressive about this team is that the average budget of the 20 solar decathlon houses at the mall is $490,000, while the ZEROW home was built for only $140,000!!! Even more impressive, the ZEROW House was designed specifically for Houston’s Third Ward Neighborhood as part of Project Row House – an organization that seeks to develop housing for low-to moderate-income families.
It’s blue skies and sun showers in Washington, D.C. as the 2009 Solar Decathlon kicks off in a dazzling display of solar powered architecture. This bi-annual solar architecture event challenges 20 exceptional student teams from across North America to design, build, and operate the most attractive and energy-efficient home powered by the sun, and this year’s competition is showcasing an incredible lineup of designs. The Inhabitat team was excited to get a sneak peek at all the solar houses this week before the event opened to the public, and we’ll be bringing you live coverage of the event and sharing all of the stunning solar homes on display, so check out our Solar Decathlon coverage and stay tuned as we unveil our favorite projects!
At first glance, Graft Lab’s dazzling complex in Dubai may appear to have a cluster of sparkling geometric pools at its base. But upon further inspection, the web-like structures are actually something even more desirable than a place to take a dip in the hot desert – a means of collecting the scorching rays of the sun and transforming them into energy. Dubbed the Vertical Village, this multi-use building and accompanying massive array of solar collectors was designed to work smarter, not harder, which is expected to earn it a LEED Gold certification when it is completed.
Fall is here, and If you aren’t part of the lucky few to still be basking in the sun (ah, Italia!), don’t fret – we have some great news that will surely brighten your day and warm your house. Recently Boulder-based company Cool Energy, Inc. unveiled SolarHeart, a specialized engine that can convert low temperature solar power and waste energy into enough electricity to provide 80% of a home’s heat, all of its hot water, and 60% of its electricity!
While scientists work to increase the efficiency of photovoltaics, designers are striving to make them sleeker, more adaptive, and easier to install. Case in point: SRS Energy’s Solé Power Tile, a beautiful solar shingle that is designed to fit into standard Mission style roofs while generating electricity. We caught up with these ingenious modular solar panels at West Coast Green this year, where they stole the show alongside several other innovative solar designs.
On Sunday, the world’s largest solar powered footbridge was opened to the public in Brisbane’s Central Business District. About 36,500 people are expected to use the new Kurilpa Bridge each week to walk or bike across the Brisbane River between the CBD and the arts precinct at South Bank. The bridge, which has been described as looking like knitting needles, is not only one of the longest footbridges, but also features a sophisticated LED lighting scheme that is powered by the sun and can produce a number of different lighting effects.
Imagine 3,000 communities and 10,000 volunteers across the country in a one-day celebration of solar power. That’s why we are reminding you that the American Solar Energy Society kicks off their 14th Annual National Solar Tour TODAY in collaboration with more than 240 local groups as part of National Energy Awareness Month. Participants can take a peek at …
If you’re looking for something to do this Saturday, may we suggest checking out the amazing Solar Homes Tour, which will be happening this weekend in many cities around the country? The American Solar Energy Society (ASES) is hosting their 14th Annual National Solar Tour, which is said to be the world’s largest grassroots solar event. Planned for Saturday, October 3, communities and cities around the nation will open up their solar powered homes for the public to visit and learn more about solar power. If you’ve always wanted to see photovoltaic and solar thermal systems in action, this is a great chance to do so – and the fact that the whole tour consists of already existing homes and structures makes it inherently better for the Earth than many other tours!
This elegant LED-solar panel necklace by Swedish student designer Mae Yokoyama doesn’t really provide any function except adornment (and perhaps a dim nightlight at night), but we love this creative transformation of a purely utilitarian tech object (the humble solar panel) into a piece of stunning wearable art that will raise awareness about …
As advancements in lighting technology unveil fresh materials, we’re thrilled to see designers exploring new ways to light up the night. SonUmbra is a solar-powered tree composed of strands of light-emitting fabric woven into a lucent web of branches. The installation’s canopy of photovoltaic panels captures light during the day, and once the sun sets the tree blooms in an interactive flourish of light and sound.
Creating the perfect solar cell (i.e. a cell that’s both efficient and cheaply produced) is certainly a work in progress. Researchers across the world have attempted to create cells from silicon, plastic and even human hair! Now, researchers at Cornell University came up with another concept: crafting solar cells from carbon nanotubes. Though still in the very early stages of development, if perfected, carbon nanotube-based cells could provide a more efficient method of converting light to electricity.
With normal solar cells, you need direct sunlight for them to generate power, and if the panels are at all shaded the efficiency drops significantly. A new type of solar cell, being developed in Jerusalem, is making huge waves because it can generate power from diffuse light using a specialized colored panel. They look a bit like colored plexi-glass but are actually panes made with fluorescent dyes and nanoparticle metals, and could possibly eclipse traditional solar panels in terms of price.
The problem with grid-powered electric cars, bikes, and scooters is that you never know what’s supplying their energy. Is it coal, solar, nuclear, or some combination of the three? Enter the E-Move Charging Station, a solar-powered filling station in Bozen, Denmark that can charge up to eight vehicles at the same time. With the E-Move station, you’ll always know where your vehicles power is coming from – the sun!
Even though the 2,600 ft tall, 126 story Burj Dubai is still under construction, a fierce race is already brewing to construct the world’s next tallest building. Recently Santa Monica building designer Tommy Landau threw his hat into the ring by proposing a super-tall 224 story skyscraper to be located in Abu Dhabi. While the building is years away from being built, Landau is convinced that by that time technology will be advanced enough to coat the building in solar cells and power it completely with the sun. Very apropos given the tower’s desert location!
GRID Alternatives will lead 200+ community and industry volunteers to install sixteen 1.8-kilowatt solar electric systems in their annual Solarthon this Saturday, September 12th, 2009 at Habitat for Humanity East Bay’s Edes Avenue development in Oakland, California. These systems should generate over $270,000 worth of clean, renewable power over their lifespans and eliminate over 800 tons of greenhouse …
Did you know that melanin, the pigment in hair, is light sensitive and can be used as a conductor? Well, that’s what an 18 year old in Nepal recently discovered, and is now using human hair to replace silicon in solar panels. Since the price of hair is considerably cheaper than silicon, this enterprising youth may have just found a breakthrough technology to help bring down the cost of solar and give thousands of people in developing nations access to affordable renewable energy.
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