Innovative developments in Austria energy innovation austria 3/2025

Herausgeber: BMIMI in cooperation with the Climate and Energy Fund
Englisch, 12 Seiten

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• energy innovation austria Issue 3/2025 (pdf, 1.79 MB)

Austria’s cities as innovative leaders in climate action and sustainable development.
Herausgeber: BMIMI in cooperation with the Climate and Energy Fund
Englisch, 12 Seiten

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• energy innovation austria Issue 4/2025 (pdf, 2.24 MB)

Densely built-up areas, the associated soil sealing and a lack of green spaces are enormous challenges in times of climate change. The folder shows a variety of ways in which innovative greening technologies can help cities adapt to climate change.
Herausgeber: BMK (2020)
Mehrsprachig, 2 Seiten

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• Folder: Innovative nature based solutions for greening cities (English) (pdf, 1.02 MB)
• Folder: Innovative Stadtbegrünungstechnologien (German) (pdf, 1.12 MB)
• Illustration: Innovative Stadtbegrünungstechnologien (German) (Credit: Robert Six rb6) (jpg, 2.00 MB)

A thematic network to promote sustainable building constructio within the framework of PREPARE 1/2001

Herausgeber: BMVIT
Englisch, 6 Seiten

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• Forschungsforum (pdf, 829.70 kB)

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Investigation of factors which support and hinder acceptance: Technical, legal/political and organisational levels considered, focus on innovative solutions with high market potential, thematic focal areas: straw bale building, surface treatment, acoustic and thermal insulation

Since the last review in 2002, Austrian energy policy has seen many positive developments. Today, Austria counts among the IEA member countries with the highest share of renewable energy supply, thus increasing energy security and reducing CO2 emissions. Great progress has also been made in the utilisation of biomass for heat and electricity production. Nevertheless, many challenges remain. Englisch

Development of contracting models for comprehensive renovation service packages.

Trend-setting examples in Austria PREPARE a method for an innovative and environmentally sound economy Forschungsforum 4/1997

Herausgeber: BMVIT
Englisch, 6 Seiten

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• Forschungsforum 4/1997 (pdf, 164.97 kB)

Low Exergy Systems for High-Performance Buildings and Communities Englisch

Herausgeber: IEA EBC Annex 66
Englisch, 14 Seiten

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• Newsletter No. 3 March 2016 (pdf)

This planning guide provides information on the option of solely heating and cooling small-volume residential buildings by means of thermal component activation (TCA). Concrete instructions on the planning of residential buildings with thermally-activated ceilings are also provided. Felix Friembichler, Simon Handler, Klaus Krec, Harald Kuster
Herausgeber: BMVIT
Englisch, 122 Seiten

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• Energy-storage concrete: Thermal Component Activation (pdf, 13.76 MB)

Herausgeber: Pearse Buckley, IEA Bioenergy Sekretariat
Englisch, 140 Seiten

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• Annual Report 2014 (pdf, 820.68 kB)

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Energy in Buildings and Communities Programme
Herausgeber: IEA-Energy in Buildings and Communities Programme
Englisch, 36 Seiten

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• IEA EBC Strategic Plan 2014 - 2019 (pdf, 1.23 MB)

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Englisch, 8 Seiten

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• Newsletter Volume 22 Number 2 (pdf, 1.01 MB)

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Ausgaben der öffentlichen Hand in Österreich Erhebung für die IEA Schriftenreihe 74/2010
A. Indinger, M. Katzenschlager
Herausgeber: BMVIT

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• Energieforschungserhebung 2009 (pdf, 2.14 MB)
• English Summary (pdf, 549.80 kB)
• Presentation (English) (pdf, 671.02 kB)
• Weitere Downloads einblenden
• Präsentation (Deutsch) (pdf, 650.14 kB)

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Experts in the joint work of the IEA Solar Heating and Cooling Programme and the IEA Energy Conservation in Buildings and Community Systems, SHC Task 28/ECBCS Annex 38: Sustainable Solar Housing, collaborated to research how better to build very low energy, solar housing. Englisch

Demonstration project for sustainable construction of a working and living environment

Herausgeber: IEA Bioenergy
Englisch, 124 Seiten

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• Annual Report 2012 (pdf, 2.16 MB)

Log-fired furnace with low energy performance, optimised to be used in passive house constructions. The desired energy output, ranging from 1 kW to a max-peak of 3 kW, is achieved by an "energy storing unit" (energy-storage material covered by an insulation layer) in combination with valves to control the energy release.