Abstract: . . .  thermal solar INSTRUCTIONS FOR PAPER PREPARATION FOR SOLAR THERMAL 2000 - SPACE FOR TITLE OF PAPER Page 1 The 2 nd World Solar Electric Buildings Conference: Sydney 8 th -10 th March 2000 BUILDING INTEGRATED PHOTOVOLTAICS IN GERMANY . . .
. . .  –The influence of Photovoltiacs on the design and planning process of a building. In Proceedings of World Renewable Energy Congress (WREN), Denver, USA [4] Solarenergieförderverein e.V. (1999) .ull Cost Rates (.CR) for Solar Energy (The Aachen Model). In http://www.sfv./infos/soinf171.htm, Aachen, Germany Photo 1, 2, 8: Ingo Hagemann, Aachen, Gemany Photo 3: Tobias Grau KG, Hamburg Photo 4: Saint Gobain Glass Solar (SGG), Aachen, . . .
. . .  thermal solar INSTRUCTIONS FOR PAPER PREPARATION FOR SOLAR THERMAL 2000 - SPACE FOR TITLE OF PAPER Page 1 The 2 nd World Solar Electric Buildings Conference: Sydney 8 th -10 th March 2000 BUILDING INTEGRATED PHOTOVOLTAICS IN GERMANY NEW DEVELOPMENTS AND TRENDS Ingo HAGEMANN, Architect Architekturbüro Hagemann, . . .
. . .  thermal solar INSTRUCTIONS FOR PAPER PREPARATION FOR SOLAR THERMAL 2000 - SPACE FOR TITLE OF PAPER Page 1 The 2 nd World Solar Electric Buildings Conference: Sydney 8 th -10 th March 2000 BUILDING INTEGRATED PHOTOVOLTAICS IN GERMANY NEW DEVELOPMENTS AND . . .
. . .  –The influence of Photovoltiacs on the design and planning process of a building. In Proceedings of World Renewable Energy Congress (WREN), Denver, USA [4] Solarenergieförderverein e.V. (1999) .ull Cost Rates (.CR) for Solar Energy (The Aachen Model). In http://www.sfv./infos/soinf171.htm, Aachen, Germany Photo 1, 2, 8: Ingo Hagemann, Aachen, Gemany Photo 3: Tobias Grau KG, Hamburg Photo 4: Saint Gobain Glass Solar (SGG), Aachen, . . .
. . .  (SGG), Aachen, Germany Photo 5: Braas Dachsysteme GmbH &Co, Oberursel, Germany Photo 6, 9: Pilkington Solar International GmbH, Cologne, Germany Photo 7: Solon AG für Solartechnik, Berlin, Germany Photo 10: Siemens Solar GmbH, München, Germany  . . .
. . .  panels lead to an ever changing pattern of shades in the building itself (Photo 2). The room remains shaded yet not constrained. By adding layers of glass to the base unit of the semi-transparent photovoltaic module thermal and acoustic insulation as well as other special requirements can be designed according to individual requirements of each application (Photo 3). This type of a truly multifunctional building component with . . .
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