Suchergebnisse
SmartCity Baumgarten - Demonstration of an anergy network and implementation of climate-friendly solutions in existing districts
Implementation of a cross-property anergy network for the supply of heating, cooling and electricity in an existing neighbourhood. With this demonstration project, a technical-legal alternative for areas outside of district heating supply is developed, which makes it possible for neighbourhoods to join together to use renewable energies in common.
RENOWAVE.AT - The innovation lab for sustainable, climate-neutral renovation of buildings and districts
RENOWAVE.AT will act as a central contact point for collaboration in innovation projects and provide systematic and early access to as well as promote innovative, scalable renovation concepts and sustainable renovation technologies within real development environments (open innovation principle).
Digital technologies
Digital technologies in order to make the most out of renewable energy sources.
energy innovation austria
1/2022
Herausgeber: BMK in cooperation with the Climate and Energy Fund
Englisch, 12 Seiten
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Digitization in the construction and real estate industry
In the multitude of digital possibilities, it is very difficult to maintain an overview, to assess trends and potentials, and to recognize correlations. This report therefore aims to describe the current state of the art and the market assessment of promising digital technologies. Information is provided on concrete use cases, added value and challenges of the respective technologies. The analyses presented serve to assess the potential and set the strategic course for the integration of the currently most important digital technologies in the construction and real estate industry.
Digital transformation of the Austrian construction industry and its impact on employment
What are the impacts of the digital transformation of the Austrian construction industry on this sector’s labour market? By looking at the next five to ten years it will be analysed whether and to what extent digital applications lead to an increasing, falling or stagnant demand for employees in the construction industry and in construction occupations.
Monitoring of multi-family houses “Tonpfeifengasse”
Evaluation of activated building parts as heat storage for renewable energy shown on the example of the multi-family houses "Tonpfeifengasse".
BIM2BEM Flow - Continuous BIM-based energy efficient planning
Automated integration and assignment of exchange requirements between the design and simulation programs, based on the elaborated exchange information requirements, should enable continuous energy efficiency planning along the design phase.
LINE-FEED - Plug-in Photovoltaic Storage for the Wall Socket
The project LINE-FEED developed technologies that are required for a photovoltaic storage system which can be installed by anybody by simply plugging it into a wall socket. The aim was to create a storage system for households in urban areas that do not have the possibility to install a photovoltaic system themselves.
BIMaterial Process Design for Material Building Pass
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.
scaleFLEX - Scalable method for optimizing the energy flexibility of districts
Development of a decentrally organized automation method for improving the demand-side flexibility options of buildings and districts. The utilized data-driven algorithm promise high scalability and therefore low installation and operating costs. The developed method will be validated using different building types (high-tech office buildings, low-tech office buildings, residential buildings).
SeasonalGridStorage - Innovative seasonale thermal storages for urban district heating grids
Sensible storages, which are currently used in district heating networks for seasonal storage of excess heat (e.g. from solar thermal or industrial waste heat), exhibit high space demand, investment costs and heat losses. Within this project, concepts for using innovative storage technologies, e.g. thermochemical storages (TCS) having high heat densities and enabling pressure- and lossless storage, were developed and analyzed on a technological, economic and ecological basis. Additionally, the regulatory framework has been evaluated.
see-it - Camera based, user centric daylight control system for optimized working conditions
In the project technologies in the field of building construction and building automation are being researched for quality and performance improvements in the workplace. The aim is to individualize the control of sun protection to the people who need to be protected from glare and overheating and hope to see through.
Eco.District.Heat - Potentials and restrictions of grid-bound heating systems of urban areas
Aim of the project Eco.District.Heat is to provide strategic decision-making support that enables Austrian towns and cities to deal with aspects of grid-bound heating (and cooling) systems in accordance with integrated spatial and energy planning from a holistic perspective when elaborating urban energy concepts.
SMARTIES - SMART Innovative Energy Services - Analysis of requirements of smart energy-services
The emerging development of smart grids provides market opportunities for new ICT-based services ("smart value-added services"). Economic and organizational barriers are foreseeable that could affect the establishment of business models and service providers (data formats, connectivity, controllability, etc.). In order to improve the chances especially for new and local actors, SMARTIES proactively tries to eliminate hindrances of innovation.
Innovations for the city of tomorrow
Smart strategies, technologies and system solutions from Austria
energy innovation austria
4/2016
Herausgeber: BMVIT und Klima- und Energiefonds
Englisch, 16 Seiten
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3D*3B - 3D-Concret Printing, Reinforcement for low carbon and bending stressed structures.
The project is about 3D printed structural elements and their integration in building structures. The focus is predominantly set on bending stresses structural elements like panels and slabs. Results will point out technical, logistic and climate relevant aspects.
BIM4BIPV - Future aspects of building-integrated photovoltaics (BIPV) in cross-system BIM planning
Research into an end-to-end BIM planning flow for energy-optimised, building-integrated photovoltaics (BIPV) that simultaneously generates solar energy, enables optimal use of daylight and provides shading.
URSOLAR - Optimization of SOLAR energy usage in URban energy systems
URSOLAR provides decision makers with a roadmap for the integrated use of solar energy in urban environments. The roadmap shows, how photovoltaics- and solar-thermal installations can be used in an ecological, economical and socially optimal way whilst considering legal requirements as well as infrastructural conditions in typical city quartiers and stakeholder interests.
HEDWIG - Collection of measurement data to assess the impact of green buildings
HEDWIG aims for the assessment of effects from green roofs and facades on buildings by using monitoring data referring to microclimate and building physics. The objective is to define validated vegetation parameters and performance indicators on indoor and outdoor level and on microclimatic relevant street space level. Standardised indicators, evaluation and analysis procedures will be elaborated.
KLIMUR: climate-resilient urban resource management for the case study of Zukunftshof and Rothneusiedl
For the concept of the Zukunftshof, an innovative urban agriculture area, development scenarios for an integrated energy and resource cycle system are to be developed using optimisation tools and parametric design studies. A roadmap consisting of technical concepts and a coordinated financing strategy will provide the basis for a demo project that demonstrates in practice how the Zukunftshof can be the starting point and basis for resource-efficient and climate-resilient urban development.