Suchergebnisse
S - House
Innovative Use of Renewable Resources demonstrated by means of an Office and Exhibition Building
Solar Adsorption cooling system of residential and office buildings (SunSorber)
In the on hand project an adsorber/desorber for a solar operated/district heating operated one-level adsorption chiller with water as cooling agent and silica gel as adsorbent agent will be planned for a low range of performance (2 to 50 kW refrigerating capacity). It will be implemented as a test-/pilot plant. Hence these two substances are an alternative to the HFCKW´s cooling agents that are used nowadays.
Serial refurbishment for buildings in timber construction
Refurbishment of single- and two-familiy houses in timber construction in Austria has a large CO2-saving potential. To meet the special requirements for the refurbishment of timber constructions, a concept for the renovation to passive house respectively plus-energy house standard with special focus on ecologic construction materials was developed in this project.
Fundamentals on the development of ecological high class insulation composites made from natural plant fibres
Fundamentals on an insulation made from flax and hemp fibres which can be directly pargeted on the outer wall of a building had been developed. Only ecological glues and additives were used. Variations of the production and the additives optimized the technical properties. In addition flame proofing and thermal transfer were tested. After the laboratory tests a prototype finished the project.
COP5+ - Further development of a heat- and cooling system with seasonal heat storage at the example of Central Europe´s biggest geothermal depth drilling field
The aim was to increase the overall energy efficiency of Plus-Energy-Houses by making the heat excess of summer available for use in winter. This was carried out by improvements of the technology seasonal heat storage to an intelligent overall system. The biggest geothermal depth drilling field in Central Europe has been established.
Developing of a cost-efficient, energy-optimized window, built of wood and ecological insulating materials
Development of a sustainable windowconstruction using solar energy and ecogical materials.
Evaluation of temperature differentiation on a room-by-room basis in passive house apartments
In the passive house Utendorfgasse a room–by-room temperature control was installed in 11 apartments. The experiences were evaluated from a technological and from a sociological point of view.
Innovative regulation of thermal solar collectors
Research and development of the possibility of a "sensorless" regulation for thermal solar systems
Investigations on the Fundamental Suitability of Sprayed-on and Plaster-covered hygrothermic active Cellulose-Compact-Soundabsorber
Development of a new kind of spray-on and plastered noise absorber on the basis of cellulose from recycled paper. The absorber system preferably attenuates the low-frequency range, that can usually only be controlled with rather complex systems, and can also be used where conventional absorbers could cause problems due to impermissible water vapour condensation.
Thermo-Active Building Systems - Development of a Calculation kernel (TBA-CALC )
This project result will provide Austria with a uniform software environment for the simulation of thermo-active building systems in the form of a validated tool.
oh 456 - Plus Energy Office Building oh456
The "oh456 Plus Energy Office Building" with its adjoining small hydro-electric power plant shall serve as a prototype for testing innovative technologies and also provide the companies residing in the building integral home surroundings comprising common break and leisure facilities. A wide public will have access to the building which will be a location for the most diverse events, exhibitions and lectures on climate protection as well as being a joint promotional platform for sustainable construction.
Possibilities of urban high-rise multi-storey buildings in a timber-frame method with target course eight or more floors
Research of urban high-rise multi-storey buildings in a timber-frame construction method. Fundamental clarification of the feasibility in relation to the supporting structure, fire prevention and security. SWOT analysis as well as economic, ecological research concerning sustainable design.
Alternative insulation made from modified lignocellulosic fibers
Wood as the raw material for a new insulation material
Bluetooth home control system
Purpose of this project was to realise a wireless intelligent home, that can be radio controlled from each bluetooth compatible mobile (2 mrd in curculation all over around the world). Entrence, security and also to control electrical devices where the cornerstones of this project.
New aluminium - sun collector
The development of a new aluminium - sun collector, where the working- fluid completely run through the absorber- area, to reach a higher efficiency.
Energy Efficiency and Risk Management in Public Buildings (EnRiMa)
The major objective of the project EnRiMa was to develop an internet based decision-support system (DSS) to enable operators of public buildings to increase the system efficiency as well as to reduce the CO2 emissions. The DSS can be linked to existing energy management systems as DESIGOTM. The University of Applied Science Burgenland, Campus Pinkafeld, and ENERGYbase, Vienna, have been used to test and calibrate the EnRiMa DSS.
Optimisation of ecological construction components for industrial serial production of precast elements
The project focused on passive house elements from straw and clay. Special interest was paid at a novel straw insulation as well as at an efficient drying process of the clay. Sustainability of the building materials was a very important aspect within the project.
TheSIS - Thermische Sanierung mit Innendämmsystemen - Untersuchung und Entwicklung von feuchtesicheren Lösungen
Entwicklung von innovativen Lösungen für die Renovierung von Gebäudehüllen mit Innendämmung mit Focus in der hygrothermischen Optimierung einer anstrichförmigen feuchteadaptiven Dampfbremse. Als Ergebnis werden die bei der Ausführung von Innendämmsystemen vorhandene Hemmnisse reduziert und damit die energetischen, komfortbezogenen und wirtschaftlichen Vorteile nutzbar gemacht.
StirliQ+ Komponentenentwicklung des Expansions-Stirling-Generators mit überkritischem Fluid als Arbeits- & Schmiermedium
Technische Erforschung und Weiterentwicklung von Details bzw. Komponenten des neuartigen StirliQ-Motors, der das Potential hat, die technischen Hürden herkömmlicher Stirling-Motoren zu überwinden. Anhand von Simulationen sowie einer Laboranlage erfolgt eine Eingrenzung der Prozessparameter hinsichtlich einer belastbare Vordimension von Apparatekomponenten.
AnergieLeichtGemacht – Entwicklung von multiplizierbaren Umsetzungsmodellen für Geothermie-AnergieNetze zur Dekarbonisierung im Gebäudebestand
Das Projekt entwickelt standardisierte technische, organisatorische und finanzielle Umsetzungsmodelle für Anergienetze zur nachhaltigen Wärmeversorgung in Städten und Gemeinden. Durch die Identifikation geeigneter Siedlungstypologien, die Analyse von bestehenden Rahmenbedingungen und den Einbezug von Stakeholdern werden skalierbare Lösungen erarbeitet. Ziel ist es, Hürden in der Planung und Umsetzung zu reduzieren und Investitionen in lokale Anergienetze zu erleichtern.