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The
Hrach House, 1985, was the first house in Austria with a solar air
collector and a heating demand of only 15 kWh/m2 per Year.
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A
large intergrated sunspace, a part of the architectural concept of the Blum
House, is importatn for the interior and solar gain. |
The Flatz House combines extreme low energy technology with a number of other
ecological features. The first "Clivus Multrum" in Vorarlberg was
installed in this house. |

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The Dafins
School was Austria's first "solar school" |

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The Frei House was one of the Austrian contributions to the International Energy
Agency's Task 19, "Solar Air Systems". |
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The Lobo House is an
exemplary low energy house with a high degree of comfort. |
The
Mätzler House incorporates a solar air system for space heating,
and is also equipped with a solar heated workshop, which
was an Austrian contributions to the IEA Task 19
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The
"Haus der Zukunft", 1997, was conceived as a pavilion to
demonstrate a number of heating systems at the Gardening Exposition of Upper
Austria.
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The Weppner House
in Berlin is an individualistic building with a solar air collector,
rockbed amd hypocausts.
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Collector mounting,
including
air collectors, PV panels and hybrid air-and-PV collectors on the "Haus
der Zukunft"
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The Kopf House, 1999, is an
individually designed prefabricated solar low energy house. |

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The best of traditional carpentry and modern
prefabrication |

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Reaching the top |

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Prefabricated construction with the Swiss Alps
in the background |
The Peter House is quarter-circular and uses a
wall-mounted solar air collector |

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The
Hofmann House in Linz |

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Sunspace interior of the Blum House |

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Transparent
thermal insulation at the "Haus der Zukunft |
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Mounting the air collectors on
the "Haus der Zukunft" |

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