Netherlands

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Aerial view of Nieuwland, in the background the 1 MW project, Amersfoort [Copyright: SenterNovem]
Aerial view of Nieuwland, in the background the 1 MW project, Amersfoort 		Panta Rhei house, 1 MW project, Amersfoort [Copyright: SenterNovem]
Panta Rhei house
1 MW project, Amersfoort 		Panta Rhei house Panta Rhei, 1 MW project, Amersfoort [Copyright: SenterNovem]
Panta Rhei house
1 MW project, Amersfoort 		Pitrus / Mattenbies / Kalmoes / Lisdodde houses, 1 MW project, Amersfoort [Copyright: SenterNovem]
Pitrus / Mattenbies / Kalmoes / Lisdodde houses
1 MW project, Amersfoort
Pitrus / Mattenbies / Kalmoes / Lisdodde houses, 1 MW project, Amersfoort [Copyright: SenterNovem]
Pitrus / Mattenbies / Kalmoes / Lisdodde houses
1 MW project, Amersfoort 		Laanwoningen, 1 MW project, Amersfoort [Copyright: SenterNovem]
Laanwoningen
1 MW project, Amersfoort 		Laanwoningen, 1 MW project, Amersfoort [Copyright: SenterNovem]
Laanwoningen
1 MW project, Amersfoort 		Jersey house, 1 MW project, Amersfoort [Copyright: SenterNovem]
Jersey house
1 MW project, Amersfoort
Jersey house, 1 MW project, Amersfoort [Copyright: SenterNovem]
Jersey house
1 MW project, Amersfoort 		Cascade house, 1 MW project, Amersfoort [Copyright: SenterNovem]
Cascade house
1 MW project, Amersfoort 		Cascade house, 1 MW project, Amersfoort [Copyright: SenterNovem]
Cascade house, 1 MW project, Amersfoort 		In this project in the new housing area Nieuwland in the city of Amersfoort, the Netherlands, PV modules and solar thermal collectors are installed on the roofs of 50 rental social house. For the utility, REMU, this was the first in a long range of PV demonstration projects leading to the Nieuwland 1 MW PV project. [Copyright: Riesjard Schropp]
Nieuwland in the city of Amersfoort, The Netherlands
The architectural and constructional integration of PV into five dwellings in Leiden, the Netherlands, can be called successful. Originally, the houses were equipped with custom made solar thermal collectors covering the full south slope of the roof. After 18 years of operation, technical problems made a renovation necessary. The occupants now are the proud owners of a PV roof. The project revealed many of the architectural, constructional and financial aspects of solar renovation. [Copyright: Riesjard Schropp]
Zonnewende Leiden, The Netherlands 		All electric, zero-energy house in Zandvoort, the Netherlands. Integrated PV and solar thermal collectors, together with a high level of insulation give this project a special appearance. The objective of the project is to demonstrate the feasibility of a ‘self-supporting’ house with high living standards. [Copyright: Riesjard Schropp]
Zero-energy house Zandvoort, The Netherlands 		Noise barrier along the A27 in Utrecht, the Netherlands. The solar modules, installed in the top half of the barrier, combine the production of electricity with noise protection. Initiated in Switzerland, a ‘Highway to the Sun’ is emerging throughout Europe. [Copyright: Riesjard Schropp]
Noise barrier A27, The Netherlands
De Kleine Aarde in Boxtel, the Netherlands. This environmental education centre features a glass corridor with integrated PV. The solar modules combine two functions in one element: the production of electricity and shading, making this PV application attractive for many atria and sunspaces in large office buildings. [Copyright: Riesjard Schropp]
De Kleine Aarde in Boxtel, the Netherlands 		De Kleine Aarde in Boxtel, the Netherlands. This environmental education centre features a glass corridor with integrated PV. The solar modules combine two functions in one element: the production of electricity and shading, making this PV application attractive for many atria and sunspaces in large office buildings. [Copyright: Riesjard Schropp]
De Kleine Aarde in Boxtel, the Netherlands
View of ECN Building 31, Petten [Copyright: Tjerk Reijenga]
View of ECN Building 31, Petten 		Particular of the facade, ECN Building 31, Petten [Copyright: Tjerk Reijenga]
Particular of the facade
ECN Building 31, Petten 		Mounting of PV-Lamella system on the facade, ECN Building 31, Petten [Copyright: Tjerk Reijenga]
Mounting of PV-Lamella system on the facade
ECN Building 31, Petten 		View of the ECN Building 42, Petten [Copyright: Tjerk Reijenga]
View of ECN Building 42, Petten
View of the roof, ECN Building 42, Petten [Copyright: Tjerk Reijenga]
View of the roof
ECN Building 42, Petten 		Construction of roof wooden frame, ECN Building 42, Petten [Copyright: Tjerk Reijenga]
Construction of roof wooden frame, ECN Building 42, Petten 		Internal view of the atrium, ECN Building 42, Petten [Copyright: Tjerk Reijenga]
Internal view of the atrium
ECN Building 42, Petten 		Interior view, ECN Building 42, Petten [Copyright: Tjerk Reijenga]
Interior view
ECN Building 42, Petten
At the Zoo “Blijdorp” in Rotterdam, a 500 kWp system has been realized. Siemens Nederland N.V. (the main contractor) will take care of the maintenance for a period of 20 years.
500 kWp system at the Zoo “Blijdorp” in Rotterdam