Photovoltaic | Inhabitat

CASE Solar Power Glass Energizes Any Building Facade

Solar engineers have long sought to develop an energy-generating glazing that is as capable of producing power as it is easy on the eyes. The feat may just have been accomplished by The Center for Architecture Science and Ecology (CASE), who have developed a concentrating solar system that is not only modern and attractive but extremely efficient and cost effective. The system is made up of rows of pyramid-shaped glass receptors that move with sunlight throughout the day, magnifying the incoming light and capturing it in a small photovoltaic cell located in the center of each pyramid.

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Taipei Pop Music Center Ever Changing Media Wall Powered By The Sun

by Bridgette Meinhold, 10/26/09

Nabito Architects has proposed a fascinating new pop-art inspired design for the Taipei Pop Music Center that integrates a photovoltaic facade and a wall clad in LED panels. Depending on the activities of the Pop Music Center that day, the LED media wall can broadcast news, weather, advertisements and trailers for new events. Powered completely by the sun, the LED facade isn’t a drain on the grid when it lights up at night. Although just a proposal for the Taipei Pop Music Center Competition, this music events hall would showcase not only pop musical talents, but an innovative use of renewable energy.

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SOLAR DECATHLON 2009: Cornell Silo House

by Diane Pham, 10/16/09

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!

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Graft Lab’s Vertical Village in Dubai Has Spider Web of Solar Panels

by Yuka Yoneda, 10/07/09

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.

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Solar Sunflower Field Energizes Austin, Texas

A retail lot in Austin, Texas recently sprouted a stunning field of solar sunflowers that soak up the sun’s rays to provide shade while generating a steady stream of renewable energy. Designed by public art team Harries/Heder, the installation consists of 15 flower-like solar photovoltaic panels located on a pedestrian and bike path between the village of Mueller and Austin’s highway I-35. According to Harries/Heder, the flowers are “an icon for the sustainable, LEED certified Mueller Development and a highly visible metaphor for the energy conscious City of Austin.”

Monolab’s Soaring Solar Rotterdam Tower

Monolab is aiming to take solar power to extreme heights by designing their sky-high Rotterdam Tower with a skin of photovoltaic panels. At 450 meters, the Rotterdam Tower design is intended to connect Europe’s largest port to the city by reaching into the vertical landscape. The tower, which has been designated as a mixed-use building, will incorporate public, commercial, and residential spaces. An intricate series of gondolas, which move up, down, and diagonally across the tower will leave passengers with a bit of vertigo while affording them an amazing view of the city.

Researchers Unveil Flexible Solar Cell Roof Shingles

By far one of the most wasted spaces of every residence is the roof – of course it is there to protect us from the elements, but surely it can be put to better use. Aiming to innovate upon conventional roof cladding, researchers at the Pacific Northwest National Laboratory recently unveiled a new breed of flexible and moisture resistant solar panels that are designed to be rolled out en masse as energy-generating roof tiles!

U.S. Largest Solar Power Facility Approved for Austin

Texas is famous for having the biggest of everything, from the biggest capitol in the nation, to the largest population of livestock cattle. And while one may not immediately think of Texas as a green state, that will soon change, as Gemini Solar Development has been selected by Austin Energy to install the United States’ largest solar power facility. A green Texas? Why not!

Vertical Park: Stackable Solar Skyscraper for Mexico City

In the ever-expanding metropolis of Mexico City, green space is hard to come by. An estimated population of 22 million inhabitants bears an impressive weight on the Valley of Mexico and, in recent years, architects and urbanists have been examining solutions to combat the thickening smog. This stunning Vertical Park by Jorge Hernandez de la Garza intends to infuse the city with much-needed green space in the form of a modular skyscraper made up of a series of stacking units. The solar-powered structure contains sky-gardens in addition to spaces for living and working, and recycles all of its own water.

Largest City Solar Initiative gets greenlight in San Francisco

San Francisco has made solar energy a top priority with the passage of the Solar Energy Initiative Program – the largest solar energy subsidy program of any city in the United States. An annual budget of $3 million dollars will help create incentives for individuals and businesses to install solar photovoltaics systems with a $3,000 to $6,000 rebate available to individuals and a $10,000 rebate for businesses. On par with statewide programs, San Francisco’s Solar Energy Initiative Program is poised to make solar installations permanent fixtures in the city’s more sustainable skyline.

Santa Monica’s New Solar Powered LED Ferris Wheel

The Pacific Ferris Wheel at the Santa Monica Pier in California took her last spin on May 5th before crews dismantled the sun-faded behemoth piece by piece to make way for a shiny new wheel. And shiny it is, boasting 160,000 LED lights that will bring glittering visual performances to Santa Monica’s evening sky. The solar panels used for the old wheel will remain at the pier, providing clean energy for the 90-foot ride and its 800 passengers per hour.

FLOATOVOLTAICS! Far Niente Winery’s Floating Solar Power

Last month we brought you news of the Solar Lily Pads that are being proposed for Glasgow’s Clyde River. In a perfect example of serendipity, we’ve discovered that the Far Niente winery, located in the Napa Valley region, has implemented a similar idea. Compelled by the desire to shift towards renewable energy, this forward thinking winery has created their very own floating solar power system by installing photovoltaic panels on pontoons!

SOLAR LILY PADS Proposed for Glasgow’s Clyde River

In a stunning example of biomimicry, Scottish architecture firm ZM Architecture have come up with a brilliant scheme to provide solar power to the city of Glasgow – and do so in a way that is provocative, creative, and aesthetically appealing. The proposal? To design Solar Lily Pads which will float in Glasgow’s River Clyde and soak up the sun’s rays, sending electricity to Glasgow’s grid while also stimulating urban riverfront activity.

SOLAR BALLOONS: SunHope Renewable Energy

What could be more refreshing than casting off your carbon shackles with a bunch of solar balloons? Our favorite environmental architect visionary, Joseph Cory, of Geotectura has seized this dream with an award winning way to take solar energy to the skies. He’s teamed up with Technion aerospace engineer Dr. Pini Gurfil to develop an an array of helium filled platforms constructed from a new fabric coated with photovoltaic solar cells. Dubbed Sunhope, the project is showing great promise as a low-cost deployable system that would harness solar energy while maintaining a minuscule environmental footprint.

Energy Crisis Solved by Harvesting Rainbows

Researches at PrizmaTech Labs have recently revealed an incredible breakthrough in solar technology that’s sure to brighten your day. The development utilizes specially calibrated ROYGBIV panels to collect solar energy over a broad spectrum of wavelengths, yielding an unheard-of energy efficiency rating that is 7 times greater than conventional panels. The fortuitous find employs rainbows as naturally occurring instances of refracted light, paving the pathway towards an exciting new source of renewable energy.

Paint on Solar Power!

Installing solar panels on the roof of every new building in the world would go a long way towards solving our energy needs, but as we all know, solar panels are costly and often difficult to install. But what if the solar panel was an integral part of every building? What if solar cells could be painted on building products? Well, according to a team from Swansea University this type of technology will soon be coming to a hardware store near you.