1. Nieuwe kansen voor zonne-energie
Booosting
31-3-2005, Rotterdam
Jos Reuleaux

2. Overview
• Introduction of Scheuten Solar
• Photovoltaic Production Facilities
• Photovoltaic Integration into Buildings

3. Scheuten Solar is a division
of Scheuten Holding
(Netherlands)
• Float glass
• Architectural Glass Products
• Technical Glass
• Project management
• Solar module production
• Solar Systems
• R&D Activities
Scheuten Glasgroep: 1.200 employee, 150 Mio. €uro Turn over

4. Scheuten Solar in 2005
Development of the international market
Scheuten Holding
Scheuten Glas Scheuten Solar
Scheuten Research
Division Division Division Division Division Division Asia
France Netherlands Germany Belgium Europe (2005)
Belgium Netherlands Spain Germany Korea China ??
Scheuten Scheuten Scheuten Scheuten Solar Scheuten Solar
Solar Belgium Solar Systems Solar Ibérica Technology Korea
Scheuten
10 MW piloot Solarwerk 1. Scheuten
dunne film Solar Factory
Scheuten
Solarwerk 2.

5. July 2003
renamed
One of the most established
Solar companies
in Europe

6. SST concentrating on two Product Ranges
Standard modules, Type MULTISOL®
Laminate- Project-
Wafer cel Sales realisation
Module
Special facade/roof modules, Type OPTISOL®
Glass/Glass- System Project-
Wafer cel
Module Engineering realisation

7. What is our scope at this moment?
Special-PV
Modules for Established Market leader
Facade and in Europa and a major
position worldwide
atrium (roof):
Standard-
Enter in the high volume
modules: market with innovative
Technology, produced with
the most automated
Production line in Europe
New
Development of a
Technologies: nanostructure cel technology

8. MULTISOL® - Leading by innovation
Electrical A new electrical
interconnection interconnection system offers
reliability over the years and
technology simplifies the assembly
Solar-Glass Anti-Reflex-coated solar glass,
which increases the power of
the Photo voltaic module.
Module
Quality is ensured by the most
production modern Produktion line in
automation Europe.
Cost price Top quality, maximum yield
reduction and minimum labour enables
low cost production

9. Status & plans R&D in 2005
In 2004 new R&D facility in operation
Program 2005:
- Establishing higher efficiency with cell concept
- Completion module concept
- Completing pilot production cell technology:
(spring 2005: 1e machines installed)
End 2005:
- Completion of total cell / module concept
- Module production equipment ordered

10. Overview
• Introduction of Scheuten Solar
• Photovoltaic Production Facilities
• Photovoltaic Integration into Buildings

11. Production of MULTISOL® Laminate Solar modules

12. Production of MULTISOL® Laminate Solar modules

13. OPTISOL® Photovoltaic Glass/Glass
Production Facilities

14. New factory for Scheuten Solar in 2005
New factory in Germany

15. Overview
• Introduction of Scheuten Solar
• Photovoltaic Production Facilities
• Photovoltaic Integration into Buildings

16. Photovoltaic Integration into Buildings

17. Multifunctional Solar Facades / Technical Developments
Heat- and Noise
Insulation
+
Fire Protection
+
Theft Secure
+
Sun Screening
+ Modern Fassade
Aesthetics and their
+ functions
PV: Electricity
Production

18. Building environment
Roof integration
(opaque or semi
transparent)
Façades integration
(Heat insulation)
Sun screening
components
Integration as
Cladding element
PV– Façade integration
Ways of integration

19. Solar module as a skin of a building
OPTISOL® Element with
insulating glass
OPTIFLOAT®
Coating rear panel
OPTIFLOAT® Rear panel
OPTISOL® Basic Solar cells embedded by a
element special resin
OPTIWHITE® Front panel
OPTIFLOAT® Frame sealing
Solar cells embedded by a Sealing element
special resin Frame sealing
OPTIWHITE® Solar glass OPTISOL® Basic element
OPTISOL® Basic element

20. Electrical connections
integrated into façades
Solar module as a skin of a building

21. Higher regional court in Hamm, Germany

22. Some BIPV projects realized in 2004
Stadskantoor Middelburg
Beukenhage in Almelo
Flat Hollandt in Rotterdam
PLC in Born
Waterschapskantoor Zeeuwse Eilanden (Middelburg)

23. Some BIPV projects realized in 2004
Tsinghua University in Beijing
(Olympic Village)

24. State of the Art / Mont-Cenis Academy at Herne
Biggest building-integrated photovoltaic
installation of the world:
Solar roof and façade of the Mont Cenis Academy
• Inauguration: 1999
• Number of solar cells: 600.000
• Peak Power: 1.000 kW
• Active Area: 10.000 m2
• Electricity yield: 700.000 kWh / year
• Avoided CO2 Emission: 500.000 kg / year

25. Fall 1998
The Construction / Look back into 1998

26. Megawatt Power / Mont-Cenis Academy in Herne

27. Mont-Cenis Academy / 10.000 m2 of Photovoltaics

28. Office Building – Germany
Peiniger group´s Headquarters, Gelsenkirchen

29. Train Station / Suspension Railway in Wuppertal
World Record in Module Lenght: 3,90 Meter.

30. Output: 189 kWp
Commissioning: 2002
Area Output: 1790 sq
Train Station / Solar Roof of the New Central Station in Berlin

31. High-tech Plaza
Japan- Office Building
PV Integrated into facade & roof

32. Ministry of Economic Affairs / Conference Area
100 kwp isolated pv
facade

33. Ministry of Economic Affairs / Inside View

34. Archeologic Museum in Herne
100 kWp element integrated on the
roof

35. University Trier/ Birkenfeld
PV Integration
Semi transparent amorphous
silicon solar cells

36. Federal Chancellery in Berlin

37. Photovoltaics for Public Buildings
German Parliament Building in Berlin (Reichstag)

38. Fair of Tomorrow / Exhibition Centre Essen 2000
2.000 square meter OPTISOL® solar roof

39. Fair of Tomorrow / Exhibition Centre Essen 2000
2.000 square meter OPTISOL® solar roof

40. Software Park Beijing / Software Plaza-Giant “CD” Canopy
Output: 90 kwp
Modules in trapezoid
shapes: integrated on the
edge of the canopy

41. Software park Beijing
(China)

42. The Cost / Different Façade Systems
Polished Stone
Photovoltaics
Stone
Glass Facade
Metal
per square meter  250 €  600 €  700 €  800 €  1200 €

43. Future Outlook / Huge Energy Potential of Building Surfaces
12 billion square meter of façade- and roof area are
directed to the sun only in industrialized countries and
could be used for power production.

44. Photovoltaics for Residential Homes

45. Photovoltaics for Residential Homes

46. Photovoltaics for Residential Homes

47. Awards and Certificates

48. Spanish project realized in 2004
Ecotechnia in Navarra (Spanje)
Solar tracking system (400 KWp)

49. Solar Home System with
MULTISOL
Photovoltaic
Drinking water punp

50. FILM
Ecopark in Waalwijk (Netherlands)