[Translate to English:] PECK - Plus-Energie-Check für Gebäude

[Translate to English:] Entwicklung eines innovativen Software-Tools als paketierter Lösung zum Plus-Energie-Check für Neubauten und Bestandsgebäude
Fertigstellung: May 2014

FUTUREbase

Verbindung innovativer Strategien und Technologien zu einem ganzheitlichen, ressourcenschonenden Plusenergiegebäude
Abschluss: April 2012

JAplus

JAPlus – Machbarkeitstudie zum Plusenergiegebäude des Baugruppenprojekts Jaspern
Abschluss: April 2012

Die nachhaltige Büroimmobilie EnergyBase bekommt ein Windrad

- als Ergänzung zur bestehenden 400m² Photovoltaik-Anlage und den 285m² thermischen Kollektoren.

"gugler! build & print triple zero" - Subproject 2: building with recycros

The goal is a new dimension of sustainability: the integration of building materials into a cycle of components
Abschluss: November 2011

GRUEFF -Gründerzeit-Fenster-Fassadenelemente

Subprojekt 3 im Leitprojekt "Gründerzeit mit Zukunft" Grundenlagenforschung, Entwicklung eines Prototypen und Serienproduktion
Abschluss: July 2011

Gründerzeit als Plusenergiegebäude

Machbarkeitsstudien zum Plusenergiegebäude des Wohnhauses Weidinger am Wiener Gürtel

gugler! build & print triple zero

Ziel des Leitprojektes HdZ+ ist eine neue Dimension der Nachhaltigkeit, cradle to cradle: zero emission, zero energy, zero waste

Rewe zero-energy branch store

“Feasibility study – on the way to a zero-energy store”

EFES

Energy-efficient settlement development – design control instruments and practical assessment tools
Abschluss: December 2010

SUN power City

Basis and test draft for an energy-producing city district with an emphasis on building-integrated photovoltaic systems

PUCA

High-density, energy-efficient residential development concepts

Evergreen

low energy greenhouse

Sunny research

Energy-efficient office building

Solar Laundry

Feasibility study on the use of solar cooling for an industrial laundry in Vienna
Planungsbeginn: June 2004

Green Light

Light, air, open space, and green roof for a large-scale passive house residential building

Old House? Old House!

Research project for the Federal Ministry for Transport, Innovation and Technology as part of the “House of the Future” program

KlimaNet Solar Air-conditioning

Networking as a tool for developing solar cooling projects in office buildings
Planungsbeginn: January 2002

Themenwohnen Musik- Webgasse

Wohnen für Musiker mit Übungsraum, Parkblick und Terrasse
Planungsbeginn: June 2001

Alpine Base Cabin

An integrated approach to building an alpine hut based on solar energy
Abschluss: April 2002

Research

We have been involved in professional research for over a decade, working in teams dedicated to various subjects. We develop (for our own use as well as for others) coherent principles in all areas of sustainable building that have yet to be thoroughly explored. All of our final reports and scientific findings may be accessed by the public, and are made available to colleagues.

Using a real building project, we study individual topics that are generally of interest to a broad audience, adopting a theoretical and interdisciplinary approach, and then implement them in the actual built object. This integrative approach, using testing in pilot projects, is a highly viable alternative in the development of sustainable architecture.

Examples of our applied architectural research are the Schiestlhaus, a passive house building located in an extreme environment at 2000 meters; ENERGYbase, a passive house office building with maximum user comfort supplied by renewable energy; and gugler cross media, a plus-energy media center with the highest level of material recycling.

Zum Seitenanfang