Project summary
The exploratory study “LOW TECH innovation-lab” examined various aspects and relevant open questions related to achieving a renewable energy-based energy transition in preparation for a real-world laboratory.
In this project “LOW TECH” is considered to be an optimised approach with regard to the “use of technology” on the one hand and the maximum possible use of existing environmental potential, local resources, and social innovations on the other. To this end, the possibilities and potentials for synergistic interactions of relevant factors and sufficiency potentials were explored in selected model regions.
LOW TECH innovation-lab objectives
- Investigated fundamental questions and aspects of low-tech model solutions and prepared for their successful implementation in a specific pilot region
- Developed an overall concept that presented the transformation to a region powered by 100% renewable energy based on integrated system solutions and the interaction of individual sectors
- Demonstrated scalable and replicable prototype model solutions for 100% renewable energy (and more)
- Broadly integrated different sectors (energy system, transport, industry and commerce, agriculture) as well as fostered citizen participation and considered regional drivers of innovation and value chains
- Established system cycles and utilised potential supply- and disposal-cycles of buildings
The holistic approach of LOW TECH innovation lab included topics such as material ecology, life cycle costs, mixed use and sufficiency potential as well as nature-based solutions and the circular economy.
Within the project, alchemia-nova was responsible for circular economy and renewable raw materials. The project evaluated the potential of measures for circular construction and renovation, the use of existing secondary raw materials, especially renewable raw materials, as well as synergies with water and agriculture, and greening. Technological solutions were collected, selected based on local conditions, and combined with other project components to achieve the goal of 100% renewable energy.
Project status
Start 11/2021, Finish 07/2022
Call: Stadt der Zukunft 8. tender
Topic: Auf dem Weg zu klimaneutralen Städten
Type of action: ENERGIE DER ZUKUNFT
GA number: FO999889480
Total costs: € 263.452
FFG contribution: € 197.709
Sponsored by: Österreichische Forschungsförderungsgesellschaft (FFG)
Projekt coordinator
Dr. Edeltraud Haselsteiner (URBANITY)
Project partners
FH TECHNIKUM Wien (FHTW)
Österreichisches Institut für Baubiologie und -ökologie (IBO)
TU-Wien, Inst. f. Verkehrswissenschaften, Forschungsbereich f. Verkehrsplanung und Verkehrstechnik
EVN AG, Energie Versorgung Niederösterreich
