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Material and Component Development
- /en/research-topics/thermophysics/projects/material-and-component-development
Component Development for Thermal Energy Storage This joint IEA SHC ECES Task 58 Annex 33 deals with advanced materials for latent and chemical thermal energy storage, Phase Change (PCM) and Thermochemical
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AIT conducts research into climate-friendly aviation
properties and can be integrated into the supporting structure while also serving as electrical energy storage devices. The aim was to support the sustainable electrification of aviation. The multifunctionality [...] ity of these components is intended to increase overall system efficiency. The simultaneous storage of electrical energy and the preservation of mechanical strength contribute to a reduction in system [...] technologies that make the operation of aircraft more efficient and environmentally friendly. Energy storage systems play a central role in electrification and must comply with the strict aviation guidelines
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Power Conversion Technologies
- /en/solutions/network-operators-energy-service-providers/power-conversion-technologies
references for procurement support of large-scale storage systems from 250 kVA (250 kWh) to 10 MVA (12 MWh) Faster and more favorable procurement of your storage systems Reference projects H2Real read more Sekohs [...] expertise in the field of energy conversion technologies as well as around the topics of battery storage systems and hydrogen technology, which is complemented by state-of-the-art test laboratories. As [...] parameters and cost drivers. Therefore, AIT has developed proprietary software for the optimal design of storage systems and hydrogen-based systems . The core of this software consists of detailed models of the
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B-PCM
- /en/research-topics/electric-powertrains/projects/b-pcm
hybrid vehicles, via direct integration of a latent heat storage within the battery pack. Independently of the exact type of electrical battery storage, the use of phase change materials optimizes the thermal
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Efficiency in Industrial Processes & Systems
- /en/research-topics/efficiency-in-industrial-processes-systems
e.g. through heat recovery with industrial heat pumps and the integration of optimized thermal storage. We develop mathematical methods with which we can design decarbonization scenarios for industrial [...] optimization of operating strategies, the flexibilization of energy supply and the integration of new storage and conversion technologies. Industrial heat pumps for more than 10 years research activities to [...] demonstration industrial demonstration of high temperature heat pumps High temperature thermal storage Integration of heat accumulators for the energetic and production-related optimization of processes
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E3@SCHOOL
- /en/research-topics/power-system-digitalisation/projects/e3school
that electricity generation is fed to a large-scale energy storage system and/or can be consumed by the school directly. The large-scale storage is used as a primary energy source to supply electric vehicle [...] E3@SCHOOL Sustainable Energy – Production, Storage and Loading in the Polytechnic school of Klagenfurt, Carinthia, Austria Location The higher technical college of Klagenfurt (HTL Klagenfurt) in Southern [...] of the energy flows within the school campus, including the optimal utilization of the battery storage system and controlling the maximum power of the charging stations. In order to achieve the best possible
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AIT Battery Researcher Stefano Passerini Among the World's Most Cited Scientists
Passerini: A Pioneer in Energy Storage Research Professor Passerini is an internationally recognized leader in battery research, driving the development of sustainable energy storage solutions. With almost 800 [...] which sets international standards, plays a key role in advancing innovative technologies for energy storage and driving the energy transition forward. His inclusion on the ‘Highly Cited Researchers’ list [...] not only to scientific excellence but also to addressing global challenges in sustainable energy storage.
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Electric Energy Storages Library
- /en/loesungen/vehicle-system-simulation/electric-energy-storages-library
Electric Energy Storages Library Electric Energy Storages Library Modellierung und Simulation von elektrischen Lithium-Ionen-Energiespeichersystemen für virtuelle Zell-/Gehäusetests, Funktionsentwicklung [...] kann der Export von funktionalen Mockup-Schnittstellen durchgeführt werden. Die Electric Energy Storages Bibliothek bietet flexible und einfach zu bediendende Lithium-Ionen Batteriezellen-/Stabelmodelle
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HyCentA-K1-P2.1- HyDestiny
- /en/research-topics/hybrid-power-plants/projects/hycenta-k1-p21-hydestiny
for stationary and transportable storage solutions Sensitivity analysis on the factors influencing the price of tank materials for stationary and transportable storage systems Assessment of the challenges [...] HyCentA-K1-P2.1- HyDestiny Advanced CGH2 storage technologies and distribution system Hydrogen as an energy carrier constitutes an essential part of a decarbonized energy and economic system. To facilitate [...] transition towards a hydrogen-based energy system, the optimization of currently available hydrogen storage and transport systems are envisaged. The use of improved steel of increased strength levels as a
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Active BMS
- /en/solutions/power-system-technologies/development-of-power-electronics/active-bms-project-ecaiman
vehicles but still have 70-80% of their storage capacity? Although these batteries have had their day, they harbour immense potential for reuse in alternative energy storage applications. Utilising the potential [...] theoretical—they’ll be tested in two real-world pilot programs: Home energy storage systems in Austria Grid-scale energy storage systems in Greece Advanced Technology and AIT’s Role AIT Austrian Institute
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StoreITup-IF
- /en/research-topics/efficiency-in-industrial-processes-systems/projects/storeitup-if
preliminary research project “StoreITup!” polymer-based-PCM storages will be constructed and tested in laboratory and operational environment. The storages are expected to be industrially producable and economically [...] Industry, Solar Thermal, Heat Grids and Power Plants in the temperature range 80-400°C Thermal energy storages are a key technology for the large scale integration of fluctuating renewable sources and for increasing
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Design & development of technologies
- /en/solutions/decarbonisation-and-digitalisation-in-industry/design-development-of-technologies
thermal and electrical storage tanks and heat pumps, which Energy technology for economical waste heat recovery, through high-performance heat exchangers, high-temperature storage tanks and industrial heat [...] many years of experimental experience in the field of industrial heat pumps and high-temperature storage tanks combined with our extensive knowledge in modeling and simulation of entire plants and systems
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Wasserstoff Brennstoffzelle
- /en/solutions/hydrogen/hydrogen-research-development/wasserstoff-brennstoffzelle
production is also a key issue. Storage technologies: Advances in hydrogen storage are necessary to increase energy density and ensure safe handling. New materials and pressure storage systems play an important [...] which makes them particularly attractive for long-distance applications. 2. Energy storage Hydrogen can be used as a storage medium for surplus electricity from renewable energy sources. When wind and solar [...] when needed. In this way, hydrogen helps to stabilize the power grid and enables the long-term storage of renewable energy. 3. Industry Hydrogen is already used on a large scale in industry, e.g. in the
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Functional coatings
- /en/solutions/functional-coatings
precious metals with more affordable materials. Storage: Higher Storage Densities and/or Increased Safety through protective coatings or innovative storage materials. Conversion: Direct Utilization : Coatings [...] production costs. Functional Coatings for the Production, Storage, and Conversion of Renewable Hydrogen Throughout the hydrogen value chain— production, storage, and conversion (into derivatives such as syngas [...] Conversion and Hydrogen Technologies Functional coatings play a crucial role in energy conversion and storage. Whether in solar technology or hydrogen applications, functional coatings enable more efficient
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Value chain for hydrogen
- /en/solutions/hydrogen/value-chain-for-hydrogen
technical challenge . Storage technologies There are several ways to store hydrogen: Pressurized storage: hydrogen is stored at high pressure (200-700 bar) in tanks. Liquid storage: Hydrogen is liquefied [...] by cooling it to -253 °C. This reduces the volume, but requires energy-intensive cooling. Solid storage: Hydrogen can be stored in chemical compounds known as hydrides. This technology is still in the
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AI Boosts Sugar Beet Quality Control: AIT Launches SemanticSugarBeets
beets, which are harvested each year, stored temporarily, and processed into sugar.However, during storage, valuable sugar can be lost – particularly due to damage sustained during harvesting, as well as [...] however, is essential as a solid basis for estimating the expected sugar yield and for optimizing storage conditions. SemanticSugarBeets: AI for Objective Evaluation of Sugar Beet Batches With “S [...] goal is to improve quality control along the entire value chain, minimize sugar losses, and make storage and processing significantly more efficient.“With our expertise in AI-based object detection, the
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Integration of new technologies for efficient operation
- /en/solutions/decarbonisation-and-digitalisation-in-industry/integration-of-new-technologies-for-efficient-operation
electrical storage tank or a combination of these. The spectrum ranges from Energy technology for the economic use of waste heat, through high-performance heat exchangers, high-temperature storage tanks and [...] means application and integration of new technologies. Industrial heat pumps, high-temperature storage, battery technologies, hydrogen and other highly innovative technologies and methods enable industrial
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AIT among the winners of the 2024 Upper Austrian Innovation Award
Lightweight Aluminum Applications using the Example of a Liquid Hydrogen (LH2) Storage Tank with the Highest Gravimetric Storage Density for Aviation," funded by the Austrian Research Promotion Agency (FFG) [...] ideal basis for significantly improving both the weight and thus the gravimetric (mass-related) storage density of the tanks due to its lightweight properties. This is where the innovative “Wire-based [...] the basic structure of a liquid hydrogen tank concept that is expected to achieve a gravimetric storage density of 8 kWh/kg at this size – a significant improvement over previous solutions with great potential
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Power to X
- /en/solutions/hydrogen/power-to-x
technologies, the AIT is helping to make sensible use of surplus renewable electricity, create long-term storage solutions and drive forward the decarbonization of sectors such as transport, industry and heat supply [...] enable a carbon-neutral future and significantly reduce dependence on fossil fuels. Power to Gas: storage and use of renewable gas One of the best-known Power to X applications is the conversion of electricity [...] possible to efficiently combine electricity and heat and thus optimize overall energy consumption. Heat storage systems also offer the possibility of storing energy over longer periods of time and using it flexibly
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Austrian Materials Foresight
- /en/research-topics/societal-futures/projects/austrian-materials-foresight
Electrochemical physical energy production and storage The fields “Sustainable Materials and Recycling" and "Electrochemical physical Energy production and storage” have a highest potential for ambitious impact
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