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The goal of the Annex Electric Motor Systems is to raise awareness on the large savings potential in motor systems, while showing the realization method of such a path. Currently, Austria leads the task Energy Audits for Motor Systems to develop recommendations for carrying out energy audits for motor systems based on international standards.
The task deals with the analysis and dissemination of relevant information concerning biorefineries. In the last period the focus was on the development of an open-access tool for the TEE-evaluation (Technical/Economic/Environmental Assessment) of biorefineries.
The aim of the Annex TS2 is to implement low-temperature district heat networks (LT-DH or 4GDH, the 4th generation of district heating). Therefore, the Annex TS2 is a platform in which the prerequisites for the implementation are established with international experts.
In the framework of IEA IETS Annex 15 potentials of excess heat and technologies for their integration were collected from national research projects, bundled and elaborated on. This way, a broad knowledge base was built on experience gained in carrying out surveys for potential use of excess heat. Experiences with questionnaires, process integration tools and extrapolation of data using existing knowledge about the respective energy systems were exchanged. A process database with detailed process information could also be established, which can be used for further research activities. Also, in the area of policy instruments, recommendations for future measures to increase the use of surplus heat were derived on the basis of national contributions.
Industrial electrification can make a major contribution to CO2 reduction. The aim of the annex is a transfer of knowledge between the international and the state level. At national level, stakeholder engagement aims to clarify the topic of industrial electrification, compare roadmaps and resources, and analyze potential benefits from (joint) programs.
The international Smart Grid Action Network (ISGAN) aims to improve the understanding of Smart-Grid-technologies and to accelerate global deployment. The work in ISGAN is structured in eight standing working groups (annexes). The present project describes the Austrian contribution to Annex 1: Smart Grids Inventory and Annex 2: Smart Grids Case Studies.
The aim of this Annex is to provide all ISGAN members with detailed information of the current status of pilot- and demonstration projects for Smart Grids. Different communication methods are used: Casebooks describe demonstration projects highlighting a certain focus of Smart Grids research and development. The Survey on drivers and technologies for Smart Grid projects identifies countries’ specific motivating drivers for pursuing smart grids and catalogue existing activities. Knowledge Transfer Projects (KTPs). allow for an interactive dialogue with ISGAN members as well as interested stakeholders via workshops.
The Task 13 provides a common independent platform whereby quality aspects of PV systems and its components are elaborated and exchanged amongst the stakeholders, and disseminates this knowledge to different market actors.
IEA-PVPS Task 13: Performance, Operation and Reliability of Photovoltaic Systems (Working period 2018 - 2021)
The IEA Task 13 develops independent, internationally valid analyses and recommendations for the operation and reliability of PV systems and their components. The continuation of the Austrian participation ensures the flow of information back to the Austrian photovoltaic industry through international cooperation and strengthens Austria as a location for innovation and production.
Retrofitting of non-residential buildings with energy efficient daylight and artificial lighting solutions can significantly contribute to reductions in electric energy consumption. However, appropriate technologies have to be made available to the stakeholders (investors, industry, consultants, designer) that are involved in the retrofitting process. Thus, system solutions for daylighting and artificial lighting were evaluated, simple rating and evaluation tools were developed and case studies that serve as best practice examples were monitored. The results were collected in the Lighting Retrofit Advisor, which helps stakeholders within the lighting retrofit process.
The main objective of the task is to identify, verify and promote the role of SHIP (Solar Heat in Industrial Processes) systems as single system and in integrated energy systems. Technical and non-technical barriers will be tackled. The main results of the project are a dimensioning and integration guideline for SHIP and integrated energy systems and a Guideline to Market for SHIP and integrated energy systems.
Without measures, cooling demand will triple by 2050. The aim of Task 65 is to adapt existing technologies to the boundary conditions of the sunbelt, to find suitable system concepts, to evaluate them and to disseminate the advantages. In addition to system adaptations, the Austrian focus is on life cycle cost-benefit analysis and the further development of existing assessment tools.
IEA-SHC Task 66: SOLAR ENERGY BUILDINGS - Integrated solar energy supply concepts for climate-neutral buildings and communities for the "City of the Future”
The energy supply for climate-neutral buildings is based on holistic system concepts that achieve high renewable fractions by intelligently combining technologies, sector coupling, high grid interaction and flexibilization measures. The Solar Energy Buildings Task supports exactly this development. The objective is to identify relevant stakeholders and their needs, to develop a technology portfolio and optimised integrated energy concepts and to give recommendations to policy makers and energy-related companies.
Guidelines for a sustainable real estate rating of residental buildings
The main objective of the project is to improve the method for producing biodiesel by enzymatic catalysis.The target is to find a method to catalyze the production of fatty acid methyl esters by corn-cob-immobilized lipases which can be used in industrial scale.
Implementation of a cascaded use of stone-fruit residual-mass - Practice-oriented planning for installing a pilot plant for manufacturing marketable products
NAWARO-CASCADING PILOT has investigated professional biocascading strategies for fruit stone utilization (pits from apricots, peaches, cherries and plums) in order to convert them valuable products (novelties like delicacies, cosmetics and technical abrasives) as well as establishing a practice- oriented network.
Modelling of wood processing in order to demonstrate the developments' impacts on performance
Increase in Sales of Vegetable Oils from Austrian Oilseeds by Increase of the Technical Grade with Regard to the Demands of the Varnishing Industry
The cultivation of flax (linseed) in Austria should be enhanced by arrangements to increase the technical grade of linseed oil produced. Austrian agriculture should be enabled to provide raw materials sufficient in batch and technical grade for the Austrian varnishing industry.
The project involved the evaluation of the significance of new approaches for the increase of in-house consumption of solar energy (electric energy and heat) of buildings in Großschönau, which are already equipped for such measurements. The existing municipal buildings, commercial buildings and households are aggregated to form virtual building clusters. Subsequently, the clusters were analyzed according to their in-house consumption with and without the usage of batteries and H2 storages. The economic analysis of this concept derives from a regional implementation plan for further industrial research.
Increasing of the resources-efficiency by experimental optimisation of steam production and by reduction of production residues in a metal-processing factory
The project is based on the results of the currently running project "Use of waste heat and renewable energy sources in a metal-processing factory". In this project it was found, that nearly the half of the consumption of natural gas is needed for steam production. Based on calculations already carried out, it is planned to investigate experimentally the possibilities of increasing the resource-efficiency by lowering the steam temperature and by replacing steam by hot water. Further increasing of resource-efficiency shall be achieved by use of internal residues as an additional fuel in a solid fuel furnace.