Nieuwe kansen voor zonne-energie

Booosting

31-3-2005, Rotterdam

Jos Reuleaux

• Photovoltaic Integration into Buildings

Overview

• Photovoltaic Production Facilities

• Introduction of Scheuten Solar

• Float glass

• Architectural Glass Products

• Technical Glass

• Project management

• Solar module production

• Solar Systems

• R&D Activities

Scheuten Solar is a division

of Scheuten Holding (Netherlands)

Scheuten Glasgroep: 1.200 employee, 150 Mio. €uro Turn over

Scheuten Solar in 2005

Development of the international market

Scheuten Glas Scheuten Solar

Division

Netherlands

Division

Germany

Scheuten Holding

Division

France

Scheuten Research

Scheuten

Solar Belgium

Belgium

Division

Belgium

Scheuten

Solar Ibérica

Scheuten

Solarwerk 1. Scheuten

Solar Factory

Scheuten

Solar Systems

Netherlands Spain

Scheuten Solar

Technology

Germany

Division

Europe

Division Asia

(2005)

Korea

Scheuten Solar

Korea

Scheuten

Solarwerk 2.

10 MW piloot

dunne film

China ??

July 2003 renamed

One of the most established

Solar companies

in Europe

SST concentrating on two Product Ranges

Standard modules, Type MULTISOL®

Laminate-

Module Sales Wafer cel

Glass/Glass-

Module

System

Engineering Wafer cel

Project-

realisation

Special facade/roof modules, Type OPTISOL®

Project-

realisation

What is our scope at this moment?

Established Market leader

in Europa and a major

position worldwide

Enter in the high volume

market with innovative

Technology, produced with

the most automated

Production line in Europe

Special-PV

Modules for

Facade and

atrium (roof):

Standard-

modules:

New

Technologies: Development of a

nanostructure cel technology

MULTISOL® - Leading by innovation

Electrical

interconnection

technology

Solar-Glass

Module

production

automation

Cost price

reduction

A new electrical

interconnection system offers

reliability over the years and

simplifies the assembly

Anti-Reflex-coated solar glass,

which increases the power of

the Photo voltaic module.

Quality is ensured by the most

modern Produktion line in

Europe.

Top quality, maximum yield

and minimum labour enables

low cost production

• 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

• Photovoltaic Integration into Buildings

Overview

• Photovoltaic Production Facilities

• Introduction of Scheuten Solar

Production of MULTISOL® Laminate Solar modules

Production of MULTISOL® Laminate Solar modules

OPTISOL® Photovoltaic Glass/Glass

Production Facilities

New factory for Scheuten Solar in 2005

New factory in Germany

• Photovoltaic Integration into Buildings

Overview

• Photovoltaic Production Facilities

• Introduction of Scheuten Solar

Photovoltaic Integration into Buildings

Multifunctional Solar Facades / Technical Developments

Heat- and Noise

Insulation

+

Fire Protection

+

Theft Secure

+

Sun Screening

+

Aesthetics

+

PV: Electricity

Production

Modern Fassade

and their

functions

Building environment

PV– Façade integration

Ways of integration

Roof integration (opaque or semi transparent)

Façades integration (Heat insulation)

Sun screening

components

Integration as Cladding element

Solar module as a skin of a building

OPTISOL® Element with

insulating glass

OPTIFLOAT®

Coating rear panel

OPTISOL® Basic element

Frame sealing

Sealing element

Frame sealing

OPTIWHITE® Front panel

Solar cells embedded by a

special resin

OPTIFLOAT® Rear panel

OPTIFLOAT®

Solar cells embedded by a

special resin

OPTIWHITE® Solar glass

OPTISOL® Basic element

OPTISOL® Basic

element

Solar module as a skin of a building

Electrical connections

integrated into façades

Higher regional court in Hamm, Germany

Some BIPV projects realized in 2004

PLC in Born

Stadskantoor Middelburg

Waterschapskantoor Zeeuwse Eilanden (Middelburg)

Beukenhage in Almelo

Flat Hollandt in Rotterdam

Tsinghua University in Beijing

(Olympic Village)

Some BIPV projects realized in 2004

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

State of the Art / Mont-Cenis Academy at Herne

The Construction / Look back into 1998

Fall 1998

Megawatt Power / Mont-Cenis Academy in Herne

Mont-Cenis Academy / 10.000 m2 of Photovoltaics

Office Building – Germany Peiniger group´s Headquarters, Gelsenkirchen

Train Station / Suspension Railway in Wuppertal

World Record in Module Lenght: 3,90 Meter.

Train Station / Solar Roof of the New Central Station in Berlin

Output: 189 kWp

Commissioning: 2002

Area Output: 1790 sq

High-tech Plaza

Japan- Office Building

PV Integrated into facade & roof

Ministry of Economic Affairs / Conference Area

100 kwp isolated pv

facade

Ministry of Economic Affairs / Inside View

Archeologic Museum in Herne

100 kWp element integrated on the

roof

University Trier/ Birkenfeld

PV Integration

Semi transparent amorphous

silicon solar cells

Federal Chancellery in Berlin

Photovoltaics for Public Buildings

German Parliament Building in Berlin (Reichstag)

Fair of Tomorrow / Exhibition Centre Essen 2000

2.000 square meter OPTISOL® solar roof

Fair of Tomorrow / Exhibition Centre Essen 2000

2.000 square meter OPTISOL® solar roof

Software Park Beijing / Software Plaza-Giant “CD” Canopy

Output: 90 kwp

Modules in trapezoid

shapes: integrated on the

edge of the canopy

Software park Beijing

(China)

The Cost / Different Façade Systems

Polished Stone

Photovoltaics

Stone

Glass Facade

Metal

250 € 600 € 700 € 800 € 1200 € per square meter

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.

Photovoltaics for Residential Homes

Photovoltaics for Residential Homes

Photovoltaics for Residential Homes

Awards and Certificates

Solar tracking system (400 KWp)

Ecotechnia in Navarra (Spanje)

Spanish project realized in 2004

Solar Home System with

MULTISOL

Photovoltaic

Drinking water punp

FILM

Ecopark in Waalwijk (Netherlands)