This Classroom Makes More Energy Than it Consumes

School
Anderson Anderson Architecture has built a classroom in Hawaii that generates more energy than it consumes, making what they call a “energy positive” building. The term “energy positive” is being encouraged to replace “net zero” as the benchmark for environmental consciousness in architecture.

The classroom does use roof solar panels to generate energy, though the roof’s saw-tooth shape helps to that end. The slating, jagged design is often referred to as a factory roof, deriving from its use in the design of factories more than a century ago. With north-facing windows, this roof shape is particularly efficient at capturing daylight, and paired with lower-lying windows too, it provides ventilation for hot air to escape. Not to mention a good way to shed rain water. Before electricity was widespread, these roofs were the main way massive factories could get both light and ventilation. It fell out of favor, replaced by flat roofs, once electricity became cheaper, but Anderson says it’s still a remarkably effective design. “It’s a reminder some of those things were there for very good reasons,” he says.

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A Rebel Architect in Vietnam Creates Green Space

Al Jazeera has a series on rebel architects who are improving the world around them. In the documentary they released today they look at award-winning architect Vo Trong Nghia’s work in reshaping Vietnamese buildings to contain more green space.

This film follows Nghia as he tries to find support for his vision to create a vertical farming city; and at the same time to implement low-cost housing solutions for those left behind by Vietnam’s economic boom.

“Green architecture helps people live harmoniously with nature and elevates human life by embracing the powers of the sun, wind and water into living space. If the current way of thinking does not change, sooner or later citizens will actually live in concrete jungles. For a modern architect, the most important mission is to bring green spaces back to the earth.

Watch and read more.

A Scientific Approach to Better Urban Design

Urban design is not an easy activity because of the multitude of variables that impact the overall urban experience. There are buildings, traffic (foot and vehicular), landmarks, natural occurrences like rivers, and abstracted economic forces. Space Syntax is a company has set out to make better urban design by using science to calculate the probability of positive spaces being built.

Stonor says his ultimate goal is for the science to catch on with other design firms and consultancies. In a way, he wants to put himself out of business. He says he wants architects and planners to learn to use space syntax themselves, and not rely so much on his consultancy.

Academically, space syntax has caught on in many other schools and countries. However, the Bartlett at University College of London – where Hillier and Hanson developed the science – is still its primary research center. The academic and business sides work closely, a relationship that Stonor says is vital. The academics feed him new ideas, and his company field-tests their research. In addition, every tool and most of the studies produced by both the business and academic sides of Space Syntax are open access and available online.

Read more at Wired’s Map Lab.

Here’s an example of one their reports:

Space Syntax_Informal Settlements Brochure

The Hanging Gardens of Singapore

The Hanging Gardens of Ancient Babylon was known for it’s amazing vertical garden and to this day it’s not clear how the gardens functioned (or how it was built). That hasn’t stopped enterprising architects in Singapore from creating a modern version of the hanging gardens in skyscraper form!

Designed by WOHA, the block-long “hotel and office in a garden” sits on a narrow plot that opens onto Singapore’s central business core and is situated across from a verdant parkland and near the riverbank. Slab-like towers, which echo those rising in downtown just in the distance, are suspended above a green zone of tangled flora and palm trees that thrive in the tropical climate. The vegetation is rooted to curved terraces that are themselves fixed to the towers’ glass facades. “The project is a study of how we can not only conserve our greenery in a built-up high-rise city centre but multiply it in a manner that is architecturally striking, integrated and sustainable,” the architects say.

Read more here.

Algae-Powered Building Opens This Week

Algae can be used for all sorts of wonderful things from cleaning up oil to producing energy. Architects in Hamburg have built a building that uses algae to power the complex and it opens this week. The building is meant to be a demonstration of cutting-edge sustainable architecture.

“Using bio-chemical processes in the façade of a building to create shade and energy is a really innovative concept.” says Arup’s research lead for Europe, Jan Wurm. “It might well become a sustainable solution for energy production in urban areas, so it is great to see it being tested in a real-life scenario.”

Arup led the design project, which also included work by Splitterwerks Architects from Austria and Germany’s SSC Strategic Scientific Consult. It was funded by the German government’s “Zukunft Bau” (“Future Construction”) subsidy, which looks to support innovation in the construction industry when it comes to renewable and zero-energy design.

The BIQ building itself contains 15 apartments, of which two apparently don’t have rigid interior layouts. Instead, the “individual functions of the apartment — bathroom, kitchen, sleeping area — can be swapped about or combined to form a ‘neutral zone’” by residents as and when they need to. According to the International Building Exhibition, an “increased demand for adaptable housing spaces” means this is how we’re going to live in the future.

Read more at Wired.

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