Suchergebnisse
Exploration of window systems with innovative glass - especially vacuum insulating glass - for building renovation
Exploration of the use of the first fabricable highly insulating vacuum glazing (VG) for highly efficient window systems specifically for the renovation of existing buildings via Verification of the availability and performance of Vacuum Glazing VG worldwide, concepts for structural optimization and thermal simulations of integrated systems, investigation of typical applications and market potential studies and identification of achievable energy savings for single buildings and settlements.
Urban district heating extended – Development of flexible and decarbonized urban district heating systems
Development of innovative urban district heating systems by integration of long-term thermal storage, large scale heat pumps, large scale solar thermal installations, waste heat recovery and analysis and evaluation by simulation. The results of this project will provide templates for technology selection, system design and merit order for new urban district heating areas.
Heat Harvest - Harvest of urban solar excess heat from buildings and surfaces to avoid summer overheating in cities
"Harvest" of solar urban excess heat from building surfaces, sidewalks, streets and squares to avoid urban heat islands by lying flat absorber pipes, which are then fed into geothermal probe storage tanks for later use as a source for heating buildings.
Model Predictive Control von aktiven Bauteilen und Messungen in zwei Test-BOXen (MPC-BOXES)
Es wurde eine robuste, standardisierbare, prädiktive Regelung mit Wettervorhersagedaten für thermische Bauteilaktivierung entworfen, untersucht und ökonomisch bewertet sowie mit herkömmlichen Regelungen, insbesondere für Kühlzwecke, verglichen. Simulationen und Messungen an zwei für diesen Zweck geplanten und aufgebauten Test-Boxen dienten zur Analyse von Energieeffizienz und Komfort.
Schriftenreihe
45/2017
M. Pichler, G. Görtler, H. Schranzhofer, H. Rieder, M. Herzlieb, N. Maierhofer, F. Wölfelmaier, M. Schneidhofer
Herausgeber: BMVIT
Deutsch, 160 Seiten
Downloads zur Publikation
Multi-Aktiv-Fassade
Demonstriert wurde eine multifunktionale Fassade mit integrierter Lüftungsanlage mit Wärmerückgewinnung, Passivhausfenster und Photovoltaik für die smarte Eigenversorgung als vorgefertigter Baustein für die Gebäuderenovierung. Besondere Herausforderung und Chance ist die Demonstration im sozialen Wohnbau.
Schriftenreihe
45/2019
J. Aschauer, R. Aschauer, G. Becker, B. Glatz, K. Hammer, M. Heidenreich, W. Hofbauer, S. Sattler, M. Treberspurg, C. Wolfert
Herausgeber: BMVIT
Deutsch, 46 Seiten
Downloads zur Publikation
Hocheffiziente Kombinationen von Solarthermie, Photovoltaik und Wärmepumpenanlagen (Sol2Pump)
Schriftenreihe
14/2017
D. Reiterer, E. Sarugg
Herausgeber: BMVIT
Deutsch, 127 Seiten
Downloads zur Publikation
Evaluation of solar-thermal energy stores using a uniform and marketable system of characteristic numbers
Comparison of solar-thermal energy stores A clear and uniform system of characteristic numbers enables a cost-saving comparison of the efficiency of solar-thermal energy stores of different technologies for the first time and gives important impulses for the market.
Energy relevant and ecological monitoring studies of demonstration buildings, which were built in the framework of the program "Haus der Zukunft".
Energy relevant and ecological monitoring studies of demonstration buildings, which were built in the framework of the program "Haus der Zukunft". The user acceptance should also be levied and displayed
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.
thermocollect: realisation of a plus energy building by a solar active facade system
The project demonstrates the application of a solar active facade system in the course of the renovation of an existing building in order to achieve the plus-energy standard. Moreover, the effectiveness of the system will be demonstrated on new buildings and transparent components as well. The final outcome will be a manual for the application and implementation of the façade system focusing on the segment of specialists and skilled labour.
Reduction of cooling requirements through optimized urban structures and processes and design optimisation in building design (smartKB*)
Based on a systematic listing of appropriate methods, recommended actions have been developed to reduce the cooling requirements in new or renovated buildings on three levels: a) optimization and use of appropriate urban structures, b) design strategies and passive measures for building concepts, c) reduction of cooling requirements through integrated planning processes.
ChristophorusHouse(CHH)
Multifunctional building in passive house standard - The building was designed as innovative high-quality passive house (wood construction) with the latest ecological building automation as a pilot project which is multipliable in a reduced respectively altered form in Europe as well as overseas.
Sol2Pump - High efficient combination of solar thermal plants, photovoltaic and heat pumps
Targeting a high level of decentralised energy supply on basis of renewable energy, the project analysed the possible combinations of solar thermal energy, photovoltaic and heat pumps. The project aimed to maximise the domestic energy supply due to utilisation of the building as short term energy storage. In addition to that, several optimisation measures had been developed. The impact on the energy supply and demand will be economically assessed through life cycle costing. On this basis, the potential load transfer and the use of this kind of systems had been evaluated in combination with smart grids.
Facade Integrated Solar Collectors
Within the framework of this project system-, structural- as well as building physical basis theories should be elaborated, which will serve as a basis for constructional and aesthetically attractive solutions for the production of facade integrated solar collectors without thermal separation. The recyclability of the materials used and resource efficiency play a central role when it comes to the development of constructional solutions.
Sorption cooling and air dehumidification device
Solar-assisted air-conditioning in combination with comfortable controlled ventilation systems soon possible and affordably for building owners. With a new part DEC-systems should become acceptance.
Investigation into control systems for low emission, high efficiency biomass furnaces for heating residential and office buildings.
Through optimising the control systems of biomass heating systems, energy wastage and pollutant emissions can be reduced considerably. The goal of the project is first to analyse the possible savings that can be made in these areas, using the heat demand scenarios of different "Buildings of Tomorrow". The results of this analysis will lead to the development of an optimised control system which will be tested on a biomass heating system.
First energy autonomous revitalization of an urban former industry quarter with the standard type of "Passive House" to reduce primary energy max. 100 kWh/m2 NFL
A renovation with the energy efficient factor 10+ of a former industry quarter in the standard type of passive house with usage of the most modern technologies and locally renewable energy resources.
Photovoltaic solar modules for building integration
Development of new manufacturing technique for photovoltaic solar modules, which fulfil the special requirements of building integration.
Solar Combisystems - IEA SHC Task 26
Documentation, comparison and optimisation of solar combisystems for domestic hot water preparation and space heating in the framework of an IEA research project
Increase of in-house consumption by building clusters and active storages (Eigenlast Cluster)
The project involved the evaluation of the significance of new approaches for the increase of in-house consumption of solar energy (electric energy and heat) of buildings in Großschönau, which are already equipped for such measurements. The existing municipal buildings, commercial buildings and households are aggregated to form virtual building clusters. Subsequently, the clusters were analyzed according to their in-house consumption with and without the usage of batteries and H2 storages. The economic analysis of this concept derives from a regional implementation plan for further industrial research.