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Archive for the ‘Solar-Powered’ Category

Almeisan Tower is a Solar Concentrating Skyscraper

Monday, July 20th, 2009

Architect Robert Ferry recently unveiled a stunning design for a sustainable spire in Dubai that requires zero energy and produces zero waste and zero emissions. The Almeisan Tower is a concept created for Za’abeel Park that generates all of its own energy using concentrating solar power technology. The tower itself is actually a solar power tower (much like Solar One in California) that uses heliostats positioned at the top of the tower to direct sunlight onto a central receiver.

Almeisan is the Arabic name for one of the brightest stars in the sky in the Gemini constellation. It is also derived from the word Al Maisan, which means “the Shining One.” The solar power tower would be capable of generating 600 kW of solar power, which is enough to meet the energy demands of the tower as well as Za’abeel Park. The 224 heliostats placed around the top of the tower would track the sun and reflect the light to the central receiver, which will then heat liquid sodium to 500 degrees Celsius in order to drive a steam turbine.

Eight concrete pillars curve up and out to provide the base for the rooftop solar concentrating plant. The pillars are held together in the middle with a large tension ring. The interior of the structure features a cafe and an observation deck, which would offer spectacular views of the city. Near the bottom, the tower features a conference facility, a children’s library, and a cultural center.

The spire’s construction features eight wind towers that are used to help provide a natural cooling effect, where hot air is drawn up and out of the structure via chimney effect and cool air is drawn in. Living walls and roofs also help cool the building by helping to moderate temperatures. The vegetation acts as a “heat sink for modulating the temperature variations in a similar way to mud walls in traditional indigenous huts.”

This tower has an intriguing design and is the first one that we have come across to incorporate concentrating solar thermal energy into skyscraper design. The building was also designed to qualify as Triple Zero - zero waste, zero energy and zero emissions, which is a very ambitious design goal. Although this concept did not win the competition, we hope to see its ambitious array of sustainable features integrated into future projects.

( via - inhabitat )

California Architect Thinks About White Roofs

Tuesday, June 23rd, 2009

 If every building had a white roof, we would be able to cool the surrounding areas. That is the reasoning behind a California law about to go into effect next month requiring light reflective roofs on all new buildings. It is already the law for new flat roofs here.

Here, architect Richard Meier and his partner Michael Palladino have apparently created a design to go one further. It’s entirely white; roofs, walls, and interiors.

So this luxury design of a cool  and airy Southern California beach house is glamorous and climate friendly.Well, no. The McMansion-sized size of the thing at  4,280-sq.-ft is not so planet friendly; because it takes more energy to heat and cool a larger space. But this house would be well suited for a ground heat exchange to passively heat and cool itself with 55 degree air cooled from 10  feet under the ground.

As architects in California get closer to 2020, they will need to think more about passive cooling and heating and zero energy houses, as that will be the law by 2020. All new building must be zero energy by then.

Incorporate solar roofing on the white roof, and this could be a zero energy house.

The blue of a solar roof would visually extend right out to the ocean. (And conceal that horrible mess of  mechanical contraptions on that roof.) White elastomeric cool roof paint under the solar panels would help cool the modules making them more efficient on hot days.

( via - greenbuildingelements )

Bring in the sun

Friday, June 19th, 2009

If you have the luxury of building or remodelling the rooms of your home, bring them into the sun’s path. Feng Shui experts say that we are in our elements with the first rays of the sun. Balance your home décor with a rich bounty of sunlight streaming into your living spaces

• Push furniture like the kitchen table and reading chairs near the windows so that you get the most from the aesthetic and biological benefits of sunlight. You can also see better in natural light rather than artificial lighting especially when you read, knit or sew


• Make your sun-seeking
task easy by attaching castors to large furniture. Have a couple of easy chairs on castors that can be rolled to the windows by day when you want to read or simply soak in the sun

• Draw natural light into a room’s dark corners by hanging a few well-placed mirrors. Hang small mirrors on the wall adjacent to the north-facing window so it reflects the west-setting sun. You could also hang a larger, rectangular mirror on the wall opposite the south window so that it reflects the view of the garden and brightens the corner. The room can be
cosily dramatic without being dingy

• Open the doors the French way. Use French doors extensively between rooms to save up on space. Homes built before World War II often used interior glass doors between public rooms to spread light while providing a sense of separation


• Open up to the sun by installing a skylight in a bathroom or over the kitchen island. Clothes will dry faster, makeup and shaving will be more accurate, cooking will be more pleasant and electric bills will be lower with a little imagination and resourcefulness

( via -Times of india )

World’s First 100% Solar-Powered Stadium

Tuesday, May 19th, 2009

  A couple of years ago, we wrote about a 1.3 megawatt solar-powered stadium in Switzerland. A new solar powered stadium has been built in Taiwan for the 2009 World Games in July. Designed by Japanese architect Toyo Ito, the stadium incorporates 8,844 solar panels on the roof. The roof will generate enough energy to power the building’s 3,300 lights and two giant television screens.

On hot days, the stadium will generate more power than it needs, so the Taiwanese government plans to sell the excess capacity. A Taiwanese official said that the panels will generate 1.14 million KWh per year, preventing 660 tons of annual carbon dioxide.

The power system was tested in January. It took over six minutes to power up the lighting in the stadium, which illuminates the track and field with 3300 lux.

The stadium has a some other green features — permeable pavement is used throughout the complex, and all the raw materials used in the main stadium are reusable and made in Taiwan.

Huge photos of the stadium can be found on the Skyscraper Forum.

( via - worldgames2009 )



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