Suchergebnisse

The public energy research expenditures in 2019 amounted to 149,1 Mio Euro. In first place is energy efficiency (especially e-mobility, industry and buildings) followed by renewables (especially bioenergy and photovoltaics) as well as smart grids and storage. 10/2020
A. Indinger, M. Katzenschlager
Herausgeber: BMK
Deutsch, 134 Seiten

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• Energy R&D 2019: Public Expenditures in Austria (Full report only available in German) (pdf, 2.22 MB)

Englisch

Englisch

Newsletter of the IEA Solar Heating and Cooling Programme, Topics: Renovating houses to meet high energy standards, Solar Forecasting to Support District Heating in Austria, country spotlight - solar thermal in france, Solar + Heat Pumps, Harmonization of Testing Standards and Certification Requirements Englisch

In 2017 Austria’s business sector enterprises invested 681 Mio Euro of their internal expenditures for research and development in the field of energy. The report includes detailed figures and analysis of different energy technologies concerning private and public R&D-expenditures. Schriftenreihe 54/2019
A. Indinger
Herausgeber: BMVIT
Deutsch, 68 Seiten

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• Energieforschungsausgaben - Unternehmenssektor in Österreich 2017 (only in German) (pdf, 1.11 MB)
• Private expenditures for Energy R&D in Austria (2019) (pdf, 321.05 kB)
• F&E-Ausgaben der Unternehmen in Österreich (2019) (pdf, 318.53 kB)

Englisch

On the morning of Friday, 26th of June 2020, a kick-off call was organized with the Austrian representatives of the C3E Initiative as well as the newly appointed Austrian Ambassadors for the period of 2020 – 2022.
Herausgeber: IEA C3E TCP
Englisch

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• C3E International Ambassadors Informational Packet (pdf, 987.88 kB)

Englisch

Englisch

Of the available biomass conversion technologies for production of more usable energy forms, fast pyrolysis is the least developed, but offers the benefits of a liquid fuel with concomitant advantages of easy storage and transport as well as higher power generation efficiencies than fossil fuelled systems at the smaller scales of operation that are likely to be realised from bioenergy systems. Englisch

Englisch

Bio-waste Digestion Markgrafneusiedl: The example of a successful bio-waste fermentation plant described in this contribution is operated by Bio-waste Digestion "Markgrafneusiedl". The plant with an annual capacity of 15,000 tonnes went into operation in 2006. It can process a variety of bio-waste material such as waste from the meat processing industry, separately collected bio-waste from households and even food waste contained in steel barrels of up to 200 litres. Englisch

Englisch

Englisch

Englisch

This feature article provides an overview of the work of Task 42: Biorefineries: Co-Production of Fuels, Chemicals, Power and Materials from Biomass. It was prepared by the Task Leaders, Mr. Ed de Jong, Avantium Technologies BC and Mr. René van Ree, Wageningen University and Research Centre, the Netherlands. Englisch

Proceedings of a workshop organised at the 18th of March 2005 in Graz. A summary of the meeting is available for download. The full proceedings are published as a separate book. IEA Implementing Agreement "Bioenergy". Englisch

Biomass, photovoltaic, solar thermal collectors, heat pumps and wind power 13/2017
Peter Biermayr, Christa Dißauer, Manuela Eberl, Monika Enigl, Hubert Fechner, Kurt Leonhartsberger, Florian Maringer, Stefan Moidl, Christoph Schmidl, Christoph Strasser, Werner Weiss, Patrik Wonisch, Elisabeth Wopienka
Herausgeber: BMVIT
Deutsch, 242 Seiten

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• Innovative Energietechnologien in Österreich - Marktentwicklung 2016 (German) (pdf, 4.43 MB)

Englisch

Summary and Conclusions from the IEA Bioenergy ExCo 55 Workshop Englisch