There are 48 results.
Set of social sustainability indicators, oriented at practice needs, and concept for their use in energy strategy processes, regional energy concepts, planning and operation of plants generating renewable energy
A robust, distributed control network for optimizing the resource "electrical energy". Consumers, producers and storages network in a self-organized way and coordinate autonomously their usage of electrical energy. Load-shaping, transparent flow of information, system-wide increase in efficiency.
The aim of the project was to assess which forms and conditions of interaction can foster the integration of higher shares of distributed generation into the Austrian electricity grid.
The project aims at the development of integration methods for solar heat into industrial production process with batch operations as typical for SMEs
Analysis of potentials as well as technical / economical and organisational solutions to integrate decentralised heating power production from renewables into existing fossil heating grids.
Portfolio of technologies and action plan for the integration of renewable energy sources for district heating in cities and for enhancing the total efficiency of the supply chain from energy input to energy service.
Simulation of optimal strategies to integrate wind energy in Austria and Germany under consideration of load management to maximize the resulting CO2-savings.
Within the region of East-Styria a variety of so-called regional multifunctional energy centers have been designed for selected location which can be characterized by generating renewable energy and additional products or services. Identification of optimum set-up of energy centers. General recommendation for implementation.
Compilation of the manual to realise initiatives for energy regions of tomorrow; integrating the experiences generated in the winner projects, outcomes of representative energy-projects and the know-how of scientific works; distribution by multiplicators, realization of distribution activities
Development of concepts for a multifunctional Energy Centre (biomass district heating und biogas polygeneration for the supply of heat, electricity, process heat, cooling and biofuels) and for a "Öko-Energietourismus" for the community of Kötschach-Mauthen on the way to energy-self-sufficiency
Multifunctional energy solutions for the tourism-region Alpendorf: Increasing energy efficiency, use of renewables, organisation measures considering existing cooperations.
Based on the results of the concept "Energy-self-sufficient district Güssing", in this project feasibility studies for a self-sufficient energy- (model) -system on the basis of regional renewable energy sources in the district Güssing will be elaborated. Thereby the second step towards implementation will be done.
Conception and implementation of a multfunctional energy - centre considering as exemple "Model Güssing", where different possibilities concerning the production- and consumerside are optimised together in order to achieve the aim of an energy - self-sustaining community Deutschlandsberg.
Polygeneration of bioethanol, biogas, electricity and heat through operating community Sun Power Plant Project GesbR.
Analysis of the economic feasibility of fuel-bioethanol production in the region Harmansdorf/Rückersdorf (NÖ), partner of Leaderregion "10 vor Wien", incorporating innovative combinations with biogas and process heat supplying plants considering also lignocellulosic material as feedstock for bioethanol- and biogas production.
Production and upgrading of fermentation gas at the location Wals-Siezenheim to be feed into the natural gas distribution network
Production and multistage purification process of approx. 150 m³/ h biogas in Wals-Siezenheim. Prove the feasibility of trouble-free feeding of biogas into the natural gas grid of the Salzburg AG within an operation period of 3 years.
The production of bioethanol in Bruck/Leitha in addition to the production of heat, power and valuable by-products from biomass will be optimized by a new process simulation tool under the target of maximum usage of waste and low temperature heat and optimal source and product usage.
Development of an calculation tool for future biogas power plant operators and planners to check the regional acceptance of their power plants as well as possible energy-plants and their availability.
Developing technical and business concepts and strategies for a sustainable power supply of supermarkets and local consumers - supply of heat, electric power and cooling energy on the basis of solar energy and solid biomass.
The basic principles of "Smart Gas Grids" will be investigated and practical issues and deployment strategies will be studied in detail. Furthermore, together with the relevant stakeholders, a "Vision- and Strategy Paper" and a draft for a "Strategic Research Agenda" will be developed.
A socio-technical support model will be created for the Region of Murau. It will be established in strong cooperation with local and regional actors, to reach a broad realisation of a network on sustainable solutions on renewable energy sources. This pilot model will also be an example for multiply.