SOLENERGIDAGEN 2005 Integration of Architectural Values in the Solar Cells of Tomorrow

Størrelse: px

Starte visningen fra side:

Download "SOLENERGIDAGEN 2005 Integration of Architectural Values in the Solar Cells of Tomorrow"

Karla Juhl
9 år siden
Visninger:

1 SOLENERGIDAGEN 2005 Integration of Architectural Values in the Solar Cells of Tomorrow Ellen Kathrine Hansen Assiciate Professor, Architect The Aarhus School of Architecture Research project, solar cells and daylight VELFAC A/S Exchange of knowledge between the building industry and the schools of architecture Consulting Demonstration programmes SOL300, SOL1000

Research project, solar cells and daylight VELFAC A/S Exchange of knowledge between the

2 SOLENERGIDAGEN 2005 Integration of architectural values in the solar cells of tomorrow Two questions: how inter-disciplinary projects can be integrated in training programmes at the schools of architecture how an integrated design process can influence the development of a technology into creating new architectural potentials

training programmes at the schools of architecture how an integrated design

3 SOLENERGIDAGEN 2005 The tradition and the new technology

4 SOLENERGIDAGEN 2005 Function, technology and form Technology meets culture

5 Solar cell and sunlight - an architectural potential the interplay between solar cells and sunlight Financed by the Energy Agency PSO in co-operation with the Danish Technological Institute PEC technology (grätzel ce

Financed by the Energy Agency PSO in co-operation

6 Solarcell and sunlight - an architectural potential the interplay between solar cells and sunlight Light and shadow, changes with the seasons and the time of the day Cupola in a Turkish bath - a moving heaven of stars Titanium oxide in PEC solar cell Similarity?

the seasons and the time of the day Cupola in a Turkish bath - a

7 Solar cell and sunlight - an architectural potential the interplay between solar cells and sunlight PEC cell and installation made of beer boxes. Similarity?

8 RANSPARENCY n architectural conpect Literal transparency ight allowing one to see into or through the building/facade lass in the facade Transparency of meaning xperiencing the thing in itself, things being what they are ne can see that the facade is producing energy nd regulating the climate Phenomental transparency verlapping, new optical quality and spatial order depending n the perception the subject. he many layers in the facade make new spaces, -dimensional facade

the facade is producing energy nd regulating the climate Phenomental transparency verlapping, new optical quality and

10 RANSPARENCY OF MEANING ne can see that the facade is producing energy and regulating the climate

11 PHENOMENTAL TRANSPARENCY Palais des Beaux-Arts, Lille, France. Ibos og Vitart. Reflections in the glass, mirrors, the water

12 HENOMENTAL TRANSPARENCY he facade becomes 3-dimensional. Reflection

13 TRANSPARENT SOLAR CELLS From technology to building component From PEC technology To TRANSPARENT SOLAR CELLS shading devices and the window of the future Financed by PSO Eltra + PhD-programme concerning solar cells of tomorrow. Artur Slupinski Financed by Nordic Energy Research Programme NEFP

the future Financed by PSO Eltra + PhD-programme concerning solar cells

14 TRANSPARENT SOLAR CELLS FUNCTIONAL The (climate) regulating solar cell The transmission, reflection and absorption of the daylight (and heat) Exercise 3 light in the space Build an office Guide the daylight through transparent, closed and translucent panels 1:10 AESTHETIC The communicating solar cell Transparency as an architectural concept, the perception of the daylight in the material Exercise 2 light in the pane Place various materials in a pane analyse the transparent expression TECHNOLOGICAL The (energy) producing solar cell The PEC VM solar cell output, price Exercise 1 light in the solar cell Build a PEC cell

Transparency as an architectural concept, the perception of the daylight in the material Exercise 2 light in the pane Place various materials in a pane

15 Materialeundersøgelse - øvelse 2. Kurset FACADEN, november 2004 Institut for Teknologi KA

16 Rum undersøgelse - øvelse 3. Kurset FACADEN, november 2004 Institut for Teknologi KA

17 Assignment Build an office with a south facing facade in a mock up 1:1 Use solar cells to guide the daylight

18 TRANSPARENS

19 ANSPARENTE FACADER, solceller, materialitet og modeller, kursus januar 2004 AAA e transparente celler Ved arkitektstuderende e Andersen, Mads Roland Holst, Christian Bay-Jørgensen, ders Glud Rasmussen, Ane Juul Gram og Vittorino Belpoliti

arkitektstuderende e Andersen, Mads Roland Holst, Christian

20 RANSPARENTE FACADER, solceller, materialitet og modeller, kursus januar 2004 AAA et ydre i det indre

21 TRANSPARENT FACADES

30 TRANSPARENT FACADES

31 TRANSPARENT FACADES

34 TRANSPARENT FACADES olcellehus af Anders Schøtt Lyhne, Mette Balle Rasmussen, Rasmus Challi Simonsen, Brita Ward

36 TRANSPARENT FACADES

37 TRANSPARENT FACADES

39 TRANSPARENT FACADES

Relaterede dokumenter

Solceller og Arkitektur

Solceller og Arkitektur InnoBYG, GI Bedre Boliger, VE-net 5. december 2012 Akademisk Arkitektforening Ellen Kathrine Hansen, Arkitekt MAA 1 AA anbefalinger 10 gode råd solcelleteknologier solcellekomponenter