Germany

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View of the building, Mont-Cenis Academy, Herne Sodingen [Copyright: Flabeg Solar International]
View of the building Mont-Cenis Academy Herne Sodingen, Germany		 View of the roof, Mont-Cenis Academy, Herne Sodingen [Copyright: Flabeg Solar International]
View of the roof Mont-Cenis Academy Herne Sodingen, Germany 		View of the roof, Mont-Cenis Academy, Herne Sodingen [Copyright: Ingo B. Hagemann]
View of the roof Mont-Cenis Academy Herne Sodingen, Germany 		View of the PV roof, Mont-Cenis Academy, Herne Sodingen [Copyright: Flabeg Solar International]
View of the PV roof Mont-Cenis Academy Herne Sodingen, Germany
Interior view, Mont-Cenis Academy, Herne Sodingen [Copyright: Ingo B. Hagemann]
Interior view Mont-Cenis Academy Herne Sodingen, Germany 		Interior view, Mont-Cenis Academy, Herne Sodingen [Copyright: Ingo B. Hagemann]
Interior view Mont-Cenis Academy Herne Sodingen, Germany 		Interior view, Mont-Cenis Academy, Herne Sodingen [Copyright: Ingo B. Hagemann]
Interior view Mont-Cenis Academy Herne Sodingen, Germany 		View of the PV roof, Mont-Cenis Academy, Herne Sodingen [Copyright: Flabeg Solar International]
View of the PV roof, Mont-Cenis Academy Herne Sodingen, Germany
View of the roof building, Neubau Fraunhofer ISE, Freiburg [Copyright: Hermann Laukamp]
View of the roof building, Neubau Fraunhofer ISE, Freiburg, Germany 		German Federal Council in Berlin: 21 kWp PV system as solar shading and light-directing system above the assembly hall [Copyright: Wolfgang Nasse]
German Federal Council in Berlin, Germany 		German Foreign Office in Berlin: 23 kWp PV system as add-on construction [Copyright: Thomas Nordmann]
German Foreign Office in Berlin, Germany 		Bayerische Landesbank, one of the many examples that commercial building owners are becoming increasingly sensitive for the added value of PV claddings. As the Bavaria State Bank in Munich shows, solar modules, based on well-proven technologies from glass industry, can be extremely suited for high-end office buildings.
Bayerische Landesbank, Munich, Germany
Frankfurt kindergarten. Photovoltaic modules as geometric elements in open, transparent building that plays with shapes and colors. Not only are the modules architectural elements, they also fulfill the technical requirements for power production: optimal tilt angle, no shading and free ventilation around the panels. [Copyright: Tjerk Reijenga]
Frankfurt kindergarten, Frankfurt, Germany 		Stadtwerke Heidenheim: Solar shading of office building with grid-connected single crystalline silicium modules
Stadtwerke Heidenheim, Germany 		Auf dem Kruge - Bremen: In order to reduce the costs of PV systems, the City Utility of Bremen, Germany, carried out this project of 80 houses. Large-area modules, low-cost mounting structures and an innovative grid interconnection concept have further contributed to the cost reductions in the project. The architectural design highlights the modularity of the modules, reflecting them in other parts of the skin of the building.
Auf dem Kruge - Bremen, Germany