Agriculture will become an important supplier of sustainable energy services for society. However, this sector can only fulfil this role if it operates on the base of sustainable energy provision itself. The project will determine the necessary measures to achieve this state for a concrete regional setting (eastern Styria) by the year 2020.
Development of an optimal strategy to open up Austria's biomass potential until the year 2050. The optimal strategy maximizes the reduction of GHG emissions. Provision of an action plan for a temporal dynamic implementation of this strategy.
Development of a Photovoltaic Roadmap for Austria - a study with the intention to screen the opportunities, economical potential as well as the barriers of the promising technology Photovoltaics as basis for strategic decisions in energy relevant policies.
Participation in the investigation net of the IEA Bioenergy to greenhouse gas balance of biomass and bioenergetics systems as well as coordination of the Austrian participation in IEA Bioenergy.
Rapidly increasing energy consumption and decreasing resources of fossil fuels lead to dramatical economical, ecological and social problems.This study identified the feasible long term potential of renewable energy sources. Then ways were developed how to supply the demand for future energy consumption with renewable energy sources, despite increasing energy services.
Development of a realistic concept for the production of Fischer-Tropsch-fuels from biomass in a size of about 200.000 to/a in Austria. Comprehensive evaluation of this concept with respect to available biomass resources, and economical and ecological benefits.
Economic analyses and scenarios of the evolution of the Austrian electricity supply system until 2050 in consideration of various technology options in order to provide energy services optimally from society's point of view.
The main objectives of this project are to discuss the economic feasibility of the production and distribution of biogas used as transportation fuel and to identify those types of local distribution systems that are already economically feasible under the present economic conditions in Austria.
Renewable hydrogen in Austria: Future perspectives for the production and use of hydrogen from renewable energy in Austria with the identification of projects to demonstrate the role of renewable hydrogen in an efficient and flexible energy system.
Evaluation of mid- and longterm potential for growth and exports in various sectors of renewable energy systems. Analysis of corresponding impacts on employment and value added in Austria. Recommendations for research- and technology development.
The project investigates possible economic, social and environmental effects of a sustainable energy policy. Within a participatory modelling process a sustainability model is used to simulate different energy scenarios (with a focus on renewable energy technologies) for Austria until 2020.
Within the region of East-Styria a variety of so-called regional multifunctional energy centers have been designed for selected location which can be characterized by generating renewable energy and additional products or services. Identification of optimum set-up of energy centers. General recommendation for implementation.
Economic analyses and scenarios for the future relevance of various sustainable energy technologies considering interaction of technologies, learning effects and exogenous scenario parameters. Recommendations for the future orientation of research and technology development.
Construction of a local biogas grid in Güssing - Technical and economical concept for the implementation
Decentralized energy supply systems are a very important contribution for the use of regional potentials as these technical solutions are always fitted to specific conditions. Local biogas grids should complement already existing technologies and be analyzed accordingly.
Valuation models for future energy clusters considering market, technology and policy uncertainty - Case Study Biomass
Market liberalization, technological change and increasing complexity of international policy processes (e .g. climate negotiations) necessitate new approaches to evaluating investments in an uncertainty and risk-augmented framework. This project developed valuation methods from financial theory - such as real options valuation and portfolio optimization - to quantify the relative competitiveness of bioenergy chains and total energy systems.
The Use of wind energy in skiing regions - Evaluation of the consume of electricity and dissemination of the results of the analysis
Main goals of the project are the analysis of the location Salzstiegl concerning the coverage of their own electricity needs with an already existent windmill as well as a following dissemination of the outcome of the analysis in form of a workshop for all ski lift carriers of Austria.
Development of concepts for a multifunctional Energy Centre (biomass district heating und biogas polygeneration for the supply of heat, electricity, process heat, cooling and biofuels) and for a "Öko-Energietourismus" for the community of Kötschach-Mauthen on the way to energy-self-sufficiency
Spatial models as a basis of decision making for the utilisation of regionally available energy potentials for a CO2 neutral satisfaction of the local heat demand
Analytical GIS-methods to model regionally available renewable energy potentials for the evaluation of measures to achieve a CO2-neutral heating and cooling supply.
BioShip - Potentials of Inland Waterways in Securing the Supply of the Austrian Bio-based Energy Industry
BioShip analyses the potentials to optimise and secure the supply chains of the austrian bio-energy plants (forest fuel, biofuel and biogas) with inland water navigation as an environmental friendly way of transport