innovations in photo voltaics and their application in architecture
TRANSCRIPT
Energy
Innovations in Photovoltaics and theirApplication
Building Integrated Photovoltaics along the Examples of Solar Decathlon Houses
http://www.renewables-made-in-germany.com/
May 18, 2010, Meadowlands Environment Center, NJ, USA
Dipl.-Ing. Jörg Thöne,
Parsons The New School for Design
Energy
Innovations in Photovoltaics and theirApplicationBuilding Integrated Photovoltaics along the Examples of Solar
Decathlon Houses
Developments in PV Technology
Solar Decathlon Case Studies BIPV ApplicationTU Darmstadt 2007 and 2009 Entry
Building Integrated Photo Voltaic Systems
Energy
Developments in PV Technology – PV Types
Image: Stark, Thomas,;Architektinische Integration von Photovoltaik-Anlagen 2005
Energy
PV Types – Special Appearance
Image: Fraunhofer ISE Image: Stark, Thomas,;Architektinische Integration von Photovoltaik-Anlagen 2005
Image: Sunways
Developments in PV Technology – PV Types
Energy
Image: Kiss+Cathcart Architects
PV Types – Amorphous
Variable Transparency
Energy
Thin film (amorphous silicon) moduleCrystalline and polycrystalline cells
© Kiss + Cathcart, Architects 2005
Images: Kiss+Cathcart Architects
PV Types
Size Constraints
Energy
Building Integrated PV
Integration of PV technology into
Architecture to create a symbiosis,
rainscreen / shell material AND
regenerative energy production
Image: Kiss+Cathcart Architects
Energy
BIPV Types – Chrystaline
Images: Kiss+Cathcart Architects
Solaire Battery Park City
Energy
Thin film (amorphous silicon) moduleCrystalline and polycrystalline cells
© Kiss + Cathcart, Architects 2005
Source: Kiss+Cathcart Architects
PV Types and Cost
Energy
PV Types – concentrated solar
Image: http://www.practicalenvironmentalist.com Image: http://www.alt-energy.info
Energy
Integration intoArhcitecture
Study by
CASE Center for ArchitectureScience and Technology
BIPV Types – Example Concentrated Solar
Source: CASE Center for Architecture Science and Technology
Energy
PV Application Solar Decathlon Case Studies
Darmstadt 2007
Image: DOE Image: Jörg Thöne
Darmstadt 2009
Energy
Darmstadt 2007
Image: DOE Image: Kiss+Cathcart Architects
Energy
Source: TUD
Energy
Darmstadt 2007
Detail PV Integration Louvers
Images: TUD
Energy
Darmstadt 2007
Semitransparent Module
Energy
Darmstadt 2007
Images: Simon Schetter TUD
Monocrystalline Roof Module
Energy
Roof (monochrystaline silocone) 8.2 kWp
Façade (amorphous silicone) 2.0 kWp
Porch (perforated m. silocone) 1.2 kWp
Energy Production per Surface
ROOF
PORCH
FAÇADE
Source: TUD
Energy
Darmstadt 2009
Energy Balance 07
Source: DOE
Energy
Darmstadt 2009
Images: Jörg Thöne
Energy
Image: Jörg ThöneSource: TUD
Energy
Darmstadt 2009
Detail PV Integration into Facade
Image: Jörg ThöneSource: TUD
Energy
Images: Jörg Thöne
Energy
Source: TUD
Monocrystalline Roof Module
Energy
Solar Decathlon
Source: TUD
Energy
Source: DOE
Energy Balance 09
Energy
Solar Decathlon 2011
Parsons The New School – Stevens Institute for Technology
www.solardecathlon.gov
www.kisscathcart.com