There are 120 results.
The research project examined different forms of communal living of elderly people and contributes to the development of new, common forms of living for the elderly. Questions concerning demographic change and economic as well as ecologic challenges of our time had been dealt with.
Development of basic principles and proposals for highly recyclable constructions. A catalogue with main principles of recyclable designing with a particular focus on material inherent bonding and joint techniques as well as a selection of constructions including ecological benchmarks, calculation of building physics plus costs was created.
The energy concept led Gugler in frame of the conversion and expansion of the company towards plus-energy standard. Significant measures ware a consequent maximum reduction of the energy demand, optimal utilisation of industrial waste-heat, maximum consumption of on-site energy sources, integrated energy production, ecologic load management with comprehensive response- and storage-techniques.
ABC - DisposaL - Assessment of Building and Construction - Disposal LCA Indicators for the disposal performance of construction
A framework of assessment for the disposal of building materials, constructions and buildings will be developed. The results will be included in the OI3-indicator and in the building assessment tool Total Quality Building. Demonstration projects of the programme Building of Tomorrow will be assessed with the new method.
AC/DC Office Buildings - Implementation of Electricity Networks with Alternating and Direct Current in Office Buildings - Feasibility and Energy Efficiency Potentials
Based on a literature and technology review this projects aimed to document and demonstrate already available and reasonable concepts for the implementation of electricity networks with alternating and direct current in modern office buildings. Focus of the study was to assess the feasibility in general and the energy efficiency potential in particular but it also documents necessary technical equipment and expected advantages and disadvantages. Additionally, important research questions for energy supply, energy distribution and application of direct current technologies were formulated.
ARIS - Application of non-linear control engineering and implementation of intelligent sensor systems for the improvements of energy efficiency in the building sector
The major goal of the project was the development of innovative control concepts for controlling and optimizing heating, cooling and ventilation systems (HVAC) as well as building loads. The implementation of advanced, energy efficient non-linear control techniques in building management systems is supported by new sensor technologies that are applied to building and energy systems in order to improve their energy-efficient operation.
This study investigates if technologies of building integrated Photovoltaic could be developed and produced in Austria for being competitive on the global market. What starting position of the national PV industry and research is given and what steps are needed in order to seize this opportunity.
BIM4BEMS explores use cases that represent the usage of building information models (BIM) in combination with building energy management systems (BEMS) during operation. This enables the interaction between BIM and building management systems (BMS) which improves the analysis and visualization of inefficiencies in facilities.
Building Information Modelling supported compilation of a Material Building Pass; as a qualitative and quantitative documentation of the material composition of, and the material distribution within, a building structure. This project is a central milestone towards standardized, BIM-generated building material passes.
The project BED aimed to the development of new concepts for the operation and application of building automation systems in non residential buildings to reduce the maximal energy consumption and to ensure a stable and high-quality power supply.
Basic research on the load bearing capacity and high thermal insulation properties of foam glass granulate
The aim of the scientific investigations is to find the characteristic parameters of foam glass granulate applied as load transfer layer and thermal insulation, to provide the base for the application of a multi functional and economical insulation material at the interface between building and ground for buildings of the future.
BioSkin - Research potentials for biologically inspired energy efficient façade components and systems
The research study was targeting the identification of strategic research potentials in the field of biomimetics for innovative facade technologies of the future. With the identification of useful principles of biological role models and the transfer to bionic facade concepts, interdisciplinary R&D research activities are improved to enable the development of sustainable solutions for climate-adaptive energy-efficient facades systems of the future.
Biomimetic potentials - Interdisciplinary identification and preparation of innovative biological inspired key technologies for "Plus-energy buildings of the future"
Experts from various branches of industry and research as well as bionics representatives worked out innovative ideas regarding "Key technologies for Plus-Energy-Buildings". The results provide a collection of emergent bionic research potential for the implementation of innovative research in the Austrian building sector.
Build to satisfy: Modeling of user behavior in lowest and plus energy buildings: Consequences for building and comfort
Aim of the project was a better understanding and modeling of effects of user behavior on energy performance in office and service buildings, built with lowest energy building and plus-energy building techniques. The results support facility managers of office/service buildings and integrate gender and diversity issues.
For the future supply of energy services the combination of energy efficiency, energy storage and decentralized use of renewable energy in buildings offers itself. The project identified dynamic potentials of possible active and passive energy yields of construction units with use of renewable energy sources, pointed future solutions to energy-efficient and ecological design of building construction-units and united all results to a signpost: From today's passive house to the energy-plus-house of the future.
At the development "residential Passive House Utendorfgasse" were reached very low building costs. Would there be different building costs by using ecological materials and technologies? There will be calculated additional and reduced costs by using the ecological building-catalogue and internal characteristic values of projects that are similar in design.
City Dialog - Evaluation of future research topics for the "city of the future" through stakeholder dialog.
The integration of key stakeholder views allowed an extensive evaluation and prioritisation of research topics for the "city of the future". The discussion had been organised in workshops with stakeholder groups (public administration, science & research, residents).
CityStore - Sondierung des wesentlichen F&E-Bedarfs zur Optimierung von städtischen Energiespeichern in integrierten Energiesystemen
CityStore pursues a first-of-its-kind, innovative approach on spatial location of storage needs and potentials. This includes the evaluation of concrete challenges and prerequisites as well as the identification of useful storage technologies and capacities. Model calculations for the model cities Graz and Weiz will be carried out. If, and to which extent, the results can be generalized will be investigated in the Follower Region South Burgenland. The results should enable optimized planning and realization of urban energy storage facilities – thereby enabling targeted investments in energy infrastructure to achieve (local) climate and energy targets.
Ventilation systems for dwellings can be more efficient in terms of cost and energy, if the air guiding concept with cascade principle (overflow of air from sleeping rooms into living room). In this project, the planning principles had been developed and published in practice guidelines.
CoolAIR - Predictive control of natural nighttime ventilation and daylight-optimized shading for passive building cooling
Natural nighttime ventilation and daylight-optimized shadowing are high potential approaches to efficiently and economical cool buildings. Nevertheless, the full potential cannot be acquired, since, if at all, such behavior is manually initiated by users. Goal of this project is the development of an automated, self-learning system that can assess the full cooling capabilities and establish an alternative to conventional air conditioning systems.