Energy supply based on renewable resources. energy innovation austria 4/2019

Herausgeber: BMVIT und Klima- und Energiefonds
Englisch, 12 Seiten

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• energy innovation austria 4/2019 (pdf, 997.77 kB)

Klimafahrplan der Klima-Pionierstadt Steyr Schriftenreihe 42/2025
Stadt Steyr, PlanSinn Planung und Kommunikation GmbH, e7 energy innovation &
Herausgeber: BMIMI
Deutsch, 29 Seiten

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• Klimaneutralitätsfahrplan Steyr 2040 (pdf, 1.71 MB)

A social scientific investigation of acceptance and dissemination strategies for controlled ventilation systems with waste heat recovery and a joint heating system in low energy and passive houses.

In the on hand project an adsorber/desorber for a solar operated/district heating operated one-level adsorption chiller with water as cooling agent and silica gel as adsorbent agent will be planned for a low range of performance (2 to 50 kW refrigerating capacity). It will be implemented as a test-/pilot plant. Hence these two substances are an alternative to the HFCKW´s cooling agents that are used nowadays.

Development of contracting models for comprehensive renovation service packages.

Participation in TASK 32 "Storage concepts for solar buildings". Subtask leader of the subtask for heat storage based on phase change materials

This project developed a novel "bio-pesticide"-formula by screening plant extracts and minerals for their strong repellant activity in order to protect sheepwool insulation from cloth moth infestation. It was investigated and examined by state-of-the-art-technology that the anti-moth-mixture extracted from plants and minerals, acts as a valid alternative to existing pest control agents.

Development and building of a prototype of a coolingmachine with a cooling power of 2 kW, tests and optimizing on a test facility, connection to a solar unit and utilization for air conditioning.

Participation in the refurbishment process: Monitoring of concrete refurbishment projects and development of guidelines to optimise the planning, information and decision-making processes in the course of the refurbishment of residential properties

Standardized solutions as a help and guideline for building-owners, authorities and companies

The renovation and restructuring of existing housing stock using modern, ecologically efficient building technology as a means for developing Assisted Living Centres for senior citizens within an urban context

The first joint project of the four IG passive house organisations on behalf of the programme line "Building of Tomorrow" - an initiative of the Federal Ministry for Transport, Innovation and Technology - for the purpose of setting up a detailed network documentation of 80% of all passive houses in Austria.

The Roadmap links with the energy research strategy of the Austrian Council for Research. It was developped together with national stakeholders from industry to deduct recommendations for policy makers. It includes clear suggestions for research topics until 2020 and provides an outlook on the contribution of biomass to the heating sector of a decarbonised energy system in 2050.

Support for the erection of the demonstrative housing project consisting of 7 houses (5 Low energy houses, 1 passive house and 1 "next to passive house")

An analysis of the building and planning processes of multi-storey wooden construction residential and office buildings, taking into consideration the opinions of the professionals involved (planners, building contractors, building executives), then the development, documentation and distribution of ways to optimise these processes, using "Info-Tool" software.

Community centre with multi-functional usage (cultural events, library, post office, bakery, grocery, daycare, private apartments, meeting point of the generations); role model for consistent implementation of ecological criteria in public tendering; plausible evidence of cost efficiency

Identifying and utilising potentials for higher densities and re-structuring in single-family housing areas requiring renewal

The implementation of optimised solar heat supply systems in the construction of residential buildings for several families within the framework of an in-depth test.

In order to actively increase the diffusion of innovative residential buildings, the results of currently available research were summarised to produce a "'diffusion campaign", directed at building planners, residential building contractors and selected technology producers.

The project „Linking Low Carbon Technologies with Low Carbon Society“ was conducted on behalf of the Federal Ministry of Transport, Innovation and Technology. In the course of the project a number of recent empirical studies on rebound effects were analysed. Based on this comprehensive analysis an overview of strategies for rebound management was compiled and policy recommendations for the technology sector were developed.