Forms of Energy #17

The design projects distinguished at this year's edition of the Bauhaus Solar Award explore how energy is produced in a community and advocate the need to make it visible, contributing to the design of a new landscape.

For the third consecutive year, the Bauhaus Solar Award was awarded in Erfurt. Funded by SolarInput and Solarvalley Mitteldeutschland and conceived along with the Bauhaus Universität Weimar, the prize seeks to stimulate formal solutions on the urban, architectural and design scales that dialogue with renewable energy.

For the first time this year, a number of projects address the urban and landscape scales. This interesting trend seems to show how the design of the form of energy technologies can finally be seen as an element that a community can understand, therefore helping to shape its life space.

Forrest Tempelhof by Felix Heisel and Jonas Klock, Universität der Künste Berlin, is the winning project this year. It is located in an urban area particularly dear to Germans in general and Berlin residents in particular. The Berlin Tempelhof airport has been closed to air traffic since 2008. It was famed for having been, among other things, the site of the airlift that guaranteed the supply of food to West Berlin when it was surrounded by the Soviets between 1948 and 1949. Waiting for its future re-use, this space — with its singular and recognizable shape — was left to the people who turned it into an area for growing vegetables, for picnics, or even just for sunbathing.

The project starts from the area's current spontaneous use to imagine its transformation into a sort of solar "forest" populated by photovoltaic trees neatly surrounded by a "ring" of different functions that mediate between the large airport scale and the city's denser scale and more fragmented morphology.
Top and above: Felix Heisel and Jonas Klock, Universität der Künste Berlin, <em>Forrest Tempelhof</em>, the winning project of the 2012 Bauhaus Solar Award. Above, detail of the solar trees and their functioning at night
Top and above: Felix Heisel and Jonas Klock, Universität der Künste Berlin, Forrest Tempelhof, the winning project of the 2012 Bauhaus Solar Award. Above, detail of the solar trees and their functioning at night
Atmospheres, In between scapes of light by Christoph Walter Pirker and Carmen Bakanitsch, Technische Universität Graz looks at a part of Staten Island, New York which was an intact ecosystem until the 1940s when it was transformed into an enormous landfill. The area was closed in 2001, posing the problem of its future.

The basic design element in the reinterpretation of this landscape is a line with the idea of fostering a personal and intimate perception of the place that can bring the user closer to him or herself. This concept is expressed in a line that can change and wave with the wind, bend, speed up, slow down — without objects or surfaces to conceal the nature of the landscape. The line is intended to be "the blackest possible colour". Its three-dimensional form is made up of millions of filiform solar cell elements placed at a distance of 10 centimetres, creating a depth of 5 metres and a height of 10. This very dark absolute sign represents atmospheric density.
Christoph Walter Pirker and Carmen Bakanitsch, Technische Universität Graz, <em>Atmospheres, In between scapes of light</em>, project for an area of Staten Island, New York
Christoph Walter Pirker and Carmen Bakanitsch, Technische Universität Graz, Atmospheres, In between scapes of light, project for an area of Staten Island, New York
The project envisions an artistic sign in the landscape, composed entirely of photovoltaics. It is intended to be provocative and irritating, to draw the public's attention and to create new meanings for a landscape transformed by humans over time into a wasteland. It is a pity that this project, with its subtle and introspective inspiration, linked the vision of the energy/landscape relationship — even a poetic one — to an uncertain use of technology (3D dye sensitized solar cells) rather than firmly anchoring this sign, the line, to what technology and the market offer today. Unfortunately, it will remain only a vision because it could find neither the poetics nor the language for today's photovoltaic materials.

These young designers can be forgiven this flaw, which is also present in the Forrest Tempelhof project. There, the formal vision is entrusted to a sort of photovoltaic balloon whose eventual existence, once again remote, is relegated to the possibility of associating organic solar cell technology with a rather complex technological component (the ball).
These three projects work with very different and very interesting landscapes of history and memory
Christoph Walter Pirker e Carmen Bakanitsch, Technische Universität Graz, <em>Atmospheres, In between scapes of light</em>, project for an area of Staten Island, New York. Detail of photovoltaic use
Christoph Walter Pirker e Carmen Bakanitsch, Technische Universität Graz, Atmospheres, In between scapes of light, project for an area of Staten Island, New York. Detail of photovoltaic use
Guabuliga, Well by the thorn tree by Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, and Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien was conceived for an area inhabited by a small rural community in northern Ghana, characterized by the presence of scattered villages located according to resource availability and seasonal weather change.

Concerned with a sudden and substantial population increase which could result in poorly controlled building activity, the village chief asked an interdisciplinary group of students from the [a]FA association to imagine ecological development for Guabuliga.
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, <em>Guabuliga, Well by the thorn tree</em>. Sharing the project with the village
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, Guabuliga, Well by the thorn tree. Sharing the project with the village
The project is based on the understanding of seasonal change — lack of water in summer renders agriculture impossible and, in any case, for two thirds of the year the sun is near its zenith —, which becomes part of a sort of plan for evolutionary development defining "behaviours" for the population rather than determining a form corresponding to certain functions.

Belts of trees that can produce food, cool and moisten the air, and provide shade are the project's main elements, which become the "infrastructure" for the area's development. The tree is as a meeting place, a place for electricity and water, and becomes a symbol of the village's development, marking, for example, the entry to the new dwellings.
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, <em>Guabuliga, Well by the thorn tree</em>. Solar powered water reservoir
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, Guabuliga, Well by the thorn tree. Solar powered water reservoir
Photovoltaics play an interesting role in this project, supplying the community with electricity (for example, for water pumping); and although it is characterized by a very traditional form, its character is defined by its location in a collective space — namely near the tree.

Guabuliga, Well by the thorn tree speaks of a kind of return to origins and of the sun as the only means of access to energy in some social and cultural contexts. It also speaks of how a tree, the knowledge of landscape cycles and change, and the "symbolism" of the energy issue can shape human space and thus social life, even before being built.
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, <em>Guabuliga, Well by the thorn tree</em>. Collective planting
Christian Car, Iona Petkove, Joseph Hofmarcher; Jürgen-Maximilian Strohmayer, Stefanie + Theresa Theuretzbacher, Universität für Angewandte Kunst Wien, Guabuliga, Well by the thorn tree. Collective planting
These three projects work with very different and very interesting landscapes of history and memory. They speak of the meaning of how energy is produced in a community and the need to make it visible through appropriate forms that can contribute to the design of a new — and more or less distinctive — landscape. Alessandra Scognamiglio

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