Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"

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

Downloads zur Publikation

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

The many housing estates of detached houses in Austria built in the times of economic crisis between the wars and post-war as part of publicly funded housing programmes are the starting point for this research project. The aim is to offer detailed guidelines with basic planning principles for the renovation of these housing estates with detached houses, aiming to reach the standard of a low-energy house or a passive house.

By means of pilot projects in two urban areas comprehensive goals and criteria, assessment approaches and a code of practice for sustainable urban renewal are elaborated jointly with decision makers and experts in urban development.

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.

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

Development of contracting models for comprehensive renovation service packages.

An integrated (overall) concept for an ecological alpine refuge hut based on solar energy

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.

The ecology and economy of housing. An assessment system for the evaluation of the suitability of buildings and housing estates for the future.

Factor 10 refurbishment of the General Secondary School II and Polytechnic School of Schwanenstadt (Upper Austria) with prefabricated wooden façade elements and with a comfort ventilation system.

The goal of the project is the development of a guideline, which supports builders and planners or consultants in the organization and monitoring of inhabitant integration into the reorganization processes of multi-storey housing.

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

General rehabilitation of the General Secondary School II and the Poytechnic School at Schwanenstadt (Upper Austria) using prefabricated timber wall elements and a newly developed ventilation system optimised for schools

The S-House is a two-storey straw-bale passive solar design. The building shell demonstrates the potential of straw-bale building and shows the whole spectrum of technical solutions for competitive components made of renewable resources.

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")

Rebuilding of a marketing-, store- and processingcenter with an organic freshmart and an organic restaurant in passivhouse quality. Application of regional building materials, an innovatve overall energyconcept, climatisation with plants.

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.

Commercial buildings of basic to medium standard are hardly ever designed by a high quality of innovative building services engineering. In the project Sunny research! a sustainable building design with high energy performance was developed. The aim was to adapt the aspects of Renewable Energy, thermal comfort and wellness in work.

The goal of the research project is the evaluation of different heating and ventilation systems for passive- and low energy multi family and office buildings taking into account indoor climate, possible variation of user behaviour, final and primary energy demand, costs, space demand and fail save installation and operation.