Suchergebnisse
Auszeichnung der ManagerInnen der "Haus der Zukunft Plus"-Leitprojekte
Beim abschließenden Treffen der "Haus der Zukunft Plus"-Leitprojekte wurden deren ManagerInnen von bmvit-Bereichsleiter Ingolf Schädler im Namen des Programm-Management-Teams bestehend aus bmvit, aws, FFG und ÖGUT ausgezeichnet.
Nachhaltiges Bauen "Made in Austria" - Publikationen zum Monitoring der "Haus der Zukunft"-Demonstrationsgebäude
Mit dem Weißbuch 2015 werden die Ergebnisse des Projekts monitorPLUS und insbesondere die Demonstrationsbauten positiv an die Fachöffentlichkeit kommuniziert. Der Leitfaden "Monitoring von Plusenergiegebäuden" wurde gleichzeitig entwickelt und stellt eine praxistaugliche Anleitung zum Messen, Evaluieren und Auswerten von Gebäuden dar.
Plus-Energie-Gebäude durch ein adaptives Fassadensystem: thermocollect
Anhand eines Mustergebäudes wird dargestellt, wie ein altes Gebäude durch Einsatz des adaptiven Fassadensystems thermocollect zu einem Plusenergiegebäude saniert wird. Darüber hinaus wird die Wirksamkeit des Systems im Neubau und vor transparenten Bauteilen gezeigt und es werden Planungsunterlagen sowie ein detailliertes Arbeitshandbuch für Fachkräfte erstellt.
Schriftenreihe
11/2018
R. Schwarzmayr, J. Greil, R. Berger, M. Grünseis
Herausgeber: BMVIT
Deutsch, 45 Seiten
Downloads zur Publikation
Eco-Suite Hotel Salzburg
Das Kolpinghaus Salzburg, ein Jugendwohnheim und Sommerhotel, wurde um das Eco-Suite Hotel erweitert. Der Energieeinsatz im Erweiterungsbau wird mittels hoch effizienter Komponenten (wie LED-Beleuchtung) minimiert, vor Ort verfügbare Energiequellen - Abwasserabwärme und Sonnenlicht - werden genutzt und zur Abnahme der Plus-Energie-Wärme ein Vor-Ort-Energiesystem geschaffen. Für die Gäste des Hotels wird das Leben in einem Plusenergiegebäude erlebbar.
Schriftenreihe
35/2017
R. Freund, K. Höfler
Herausgeber: BMVIT
Deutsch, 53 Seiten
Downloads zur Publikation
e80^3 - Subprojekt 5: Monitoring und Verbreitung
Inhalt dieses Subprojektes waren energietechnische und baubiologische Begleituntersuchungen zur Evaluierung und Qualitätssicherung des hochwertig sanierten Demoprojektes zum Plusenergiegebäude in Kapfenberg. Dabei wurde auch die Benutzerakzeptanz vor, während und nach der Sanierung erhoben und für Nachfolgeprojekte aufbereitet.Die ökologische Qualität der Gebäude durch die Materialwahl bzw. Maßnahmen während der Errichtung sowie in der anschließenden Nutzung des Gebäudes werden mit Hilfe des TQB-Planungs- und Bewertungstools beurteilt.
Schriftenreihe
43/2015
K. Höfler, D. Venus, W. Wagner, M. Spörk-Dür, A. Passer
Herausgeber: BMVIT
Deutsch, 54 Seiten
Downloads zur Publikation
aspern Vienna´s Urban Lakeside - subproject 3a: Technology Centre aspern IQ
The demonstration project "Technology centre aspern IQ" showed that the energy required for space conditioning (heating, cooling, ventilation, lighting, hot water) can be covered from domestic energy production.
Small wind turbines for households and companies
In a practical way the project showed that with optimised small wind turbines a useful potential of wind power can also be generated at different suitable locations with low wind conditions directly at households and companies.
ArcheNEO - an energy-autonomous office park in Kitzbühel
ArcheNEO is a highly energy efficient office park, that produces more energy than it needs. It features an integrated energy concept that saves energy, uses renewable energies in combination with electric mobility and batteries as electricity storage and manages energy and was planned and built in Kitzbühel Oberndorf. The demonstration object will be multiplied and exported.
Solarenergie Urban - Analysis and evaluation of the economic, energetic and architectural quality of urban solar energy buildings
This project developed energetic and economic optimised planning criteria for multi storey residential buildings for the integration of renewable energy systems in the building shell. The field of new construction and refurbishment had been investigated.
Demonstration project LifeCycle Tower - batch-produced energy efficient timber/hybrid high-rise building system
The energy efficient building concept shall be tested with regard to its functional efficiency and real usage conditions. The demonstration project is based upon the results of previous research activities and shall be presented to a wider public. It shall illustrate the advantages of a batch-produced timber/hybrid high-rise building system which offers high quality of energy and resource efficiency.
ThinkHome: Improved energy efficiency based on artificial intelligence in future homes
ThinkHome is a networked controlled home of the future with the ultimate goal to optimise energy efficiency and user comfort at the same time. On this way, smart interaction between all building services is of utmost importance. Goals of this project include the definition of a comprehensive knowledge base that holds all relevant building data, the evaluation of control strategies based on artificial intelligence and machine learning, as well as agent based software engineering.
Development of the first legally compliant verification procedure for plus-energy buildings by a complete revision of the ÖNORMS
Within the project the current Austrian standards concerning building services and building physics have been revised and further developed to provide the designers with standardized calculation algorithms for the design of plus-energy buildings.
Development of affordable building equipment and services for future "Energy Plus houses" (Plus-Hybrid)
"Plus-Hybrid" integrates knowledge and experience from current activities and complement them by adopting a holistic approach, considering the intelligent interconnection of components as well as managing the planned efforts and human resources in time. The goal of this project was to develop affordable building equipment and services for future "Energy Plus houses".
SchulRen+ Innovative plus-energy refurbishment concepts for school buildings
In a technical feasibility study and based on a real example, the project analysed innovative plus-energy refurbishment concepts for school buildings. The goal was to develop refurbishment concepts with a high replication potential which combine future-oriented energy concepts with feasible technical and architectural solutions.
Know-How-Plus - Options and constraints of building renovation towards plus energy building standard
Aim of this research project is to identify the realizable reduction potential of energy consumption and CO2 emissions by refurbishment of the Austrian building stock towards plus energy building standard. Furthermore a construction-oriented manual will be supplied for interdisciplinary planning.
PH-Academy - "Passive house of the future" Academy platform for knowledge transfer between building developers
Builders and developers of residential buildings in low energy and passive house standard were invited to an academically moderated direct exchange of experiences, to turn them into competent users of new technologies.
Energy Plus House Weber - highest energy efficiency in the tension between tradition and modernity
The tension between tradition and modernity is shown and exemplarily solved on the example of the historic farmhouse "vulgo Weber". The object was converted into an energy plus house with an exceptionally holistic approach and also thought as a demonstration object for a broad public through the touristic use of the house.
OptoControl - Modern sensor systems for energy conservation in buildings
The necessary efficiency of modern energy-self-sufficient buildings can only be achieved with intelligent control of the key parameters. The main focus of the project is the adaptation of optical sensor concepts for application in building technology. The future goal of the project is to supply the modern energy-plus-house with an appropriate and intelligent control device to minimize energy loss.
Poly2Facade - Innovative thermal self-regulating solar facades by means of functional polymers
The overall objective of the present project is to develop and implement an optimal overheating protection system based on polymeric materials. The aim is to reduce maximum room temperatures in buildings caused by facade integrated solar-thermal collectors in stagnation.
e80^3-Buildings - Sub project 2: Concept development
Based on the selection of suitable demonstration projects in Subproject 1 an innovative concept for passive and active building envelopes and energy supply of so called "Plus Energy Buildings" (renovation) has been developed.