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Improving plant quality

• /en/research-topics/translate-to-english-bioresources/translate-to-english-improving-plant-quality

high-throughput MassARRAY® genotyping technology (Agena Bioscience®). DNA extraction and long-term DNA storage Using these technologies over the past years made us to experts in the extraction of DNA from various [...] DNA bank facility, which has been established in 2003 (FP6 project EVOLTREE), we provide long-time storage of and access to plant or animal related biological material (e.g. gDNA, tissue) under controlled

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Transform Industry

• /en/research-topics/efficiency-in-industrial-processes-systems/projects/transform-industry

Carbon Border Adjustment Mechanism Climate targets cannot be achieved without carbon capture , storage or utilization Even with a successful transformation of the industry, relevant quantities of e.g

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Smart textiles as an opportunity for the textile industry

• /en/blog/smart-textiles-as-an-opportunity-for-the-textile-industry

energy (such as stretching) into electricity, and extends to soft, flexible batteries or energy storage in yarns that act like capacitors, through to fabrics on which electronic circuits or antennas are

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Industrial Workshop in Vienna

reduced ecological footprint. Topics addressed in this Industrial Workshop include cutting-edge energy storage as well as automotive technologies, and even textile manufacturing.EMVeM fellows will showcase their

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Integrated Photovoltaic solutions

• /en/solutions/photovoltaic/integrated-photovoltaic-solutions

photovoltaics. Key innovation areas include: Increasing the efficiency of solar modules. Integration of storage systems. Comprehensive planning for a fully functional overall concept. Integrated photovoltaics: [...] * Nachricht * Send DI Christoph Mayr Business Manager for Photovoltaic Systems & Battery Energy Storage +43 50550-6633 +43 50550-6390 christoph.mayr(at)ait.ac.at

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Interstores

• /en/research-topics/integrated-energy-systems/projects/interstores

through the Fit for 55 package, RePowerEU plan and Green Deal . Large-scale seasonal thermal energy storage (sTES) technologies (e.g. basins, caverns) can assist the effort by enhancing the use of fluctuating [...] dense rock formations. INTERSTORES will integrate the worldwide largest rock cavern thermal energy storage (Giga-CTES, FI). Impact Security of supply issues affect everyone and are a significant driver of [...] in this field to achieve: Re-purposing of existing infrastructure as large-scale thermal energy storage, Reduction of LCOS/CAPEX by 40%, Cost-effective sTES solutions, High adaptability due to versatile

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iStormy

• /en/solutions/network-operators-energy-service-providers/power-system-planning-operation-support/istormy

hybrid energy STORage systeM for stationarY applications Context The ongoing energy transition requires new paradigms including new assets capable of addressing novel grid needs. Storage units can address [...] optimal way, that is, maximizing the efficiency of the units composed of inverters and storage. At the same time, since storage units are becoming larger, they are now typically composed of different units with [...] focused on the provisions of grid services using hybrid storage. Given that typical grid services were designed before hybrid power plants (or hybrid storage systems) were envisaged, there are some uncertainties

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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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StoreITup!

• /en/research-topics/efficiency-in-industrial-processes-systems/projects/storeitup

StoreITup! New thermal storage up to 300°C Project goal Thermal storages are a key technology to enable the widespread use of intermittent renewable heat sources (e.g. solar energy) and to increase the [...] applications that require energy on a constant temperature level, latent heat storage are superior to the more common sensible heat storages. Although, a lot of different Phase Change Materials (PCMs) have been [...] that might resolve this issue. After an initial extensive material characterization, a lab-scale storage is built and analysed to conduct the “proof of concept”. As a result, the main technological challenges

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TeKaVe

• /en/research-topics/flexibility-business-models/projects/tekave

generation and increasing demand for flexibility, as well as additional generation technologies and storage capacities. Furthermore, the crisis in Ukraine has triggered an unprecedented rise in prices since [...] . Future-oriented measures require the participation of all suppliers, controllable generation, storage, demand response, and renewable energy. These must be considered when designing capacity mechanisms

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RealLi!

• /en/research-topics/sustainable-smart-battery-manufacturing/projects/realli

materials not only have to impress with a significant increase in performance compared to energy storage systems currently available on the market, but also offer a significant reduction in their use of [...] of this nickel-rich cathode material, the rapid charging and discharging capability of the energy storage device is improved by the use of lasers to introduce structures into the surface of the electrode

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LIANO

• /en/themen/battery-materials-characterization/projects/liano

enable the development of a new stable anode material for high-energy Li ion batteries with higher storage capacities, especially for traction applications. Facts LIANO – Lithium Silicides as Anode Materials

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MoSiLIB

• /en/themen/battery-materials-characterization/projects/mosilib

for energy, particularly through electromobility, requires more powerful and sustainable energy storage systems and a growing share of renewable energies. Lithium-ion batteries (LIBs) play a key role here [...] their capacity limits, which requires new material concepts to meet the increasing demands on energy storage. This is precisely where the AIT-led research project MoSiLIB comes in, developing an innovative [...] batteries, but also reduce their ecological impact. This is an essential contribution to the energy storage of the future and the further development of electric mobility,” explains AIT researcher Damian Cupid

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MAGNIFICO

• /en/themen/battery-materials-characterization/projects/magnifico

achieve higher energy densities at lower cost than lithium-ion batteries for stationary energy storage applications. This is possible thanks to the natural abundancy, low costs, environmental sustainability [...] will be integrated into an environmentally sustainable 3 V Mg-ion battery for stationary energy storage applications using a high voltage, low-critical raw material MgMn 2 O 4 cathode. Experimental methods

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Management and Structure

• /en/about-the-ait/management-and-structure

che Forschungsförderungsgesellschaft FFG) Brigitte Ratzer (TU Wien) Anton Schantl (Magna Energy Storage Systems GesmbH) Henriette Spyra (Head of Directorate general III, Federal Ministry of Innovation

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MATISSE

• /en/research-topics/hybrid-electric-aircraft-technologies/projects/matisse

supporting this development by providing technological solutions for hybrid electric aircraft. Energy storage systems that meet the requirements of aeronautics play a central role in the electrification of aircraft

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Medusa

• /en/research-topics/power-electronics-system-components/projects/medusa

at the AIT Centre for Energy. Furthermore, CO2 emissions are to be reduced by connecting battery storage systems in combination with solar power technology. In a final live event at the AIT, a megawatt

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MIMIC

• /en/research-topics/transport-optimisation-energy-logistics/projects/mimic

optimisation of construction operations deals with the coordination of workers, material delivery and storage in order to optimise resource efficiency and reduce road traffic. At AIT heuristic solution methods

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Mode

• /en/solutions/sensing-travel-behavior/mode

Secure and reliable analysis The collected mobility data is sent to the AIT server for analysis and storage and made available for further processing via standardised interfaces. Privacy and data security

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Multi-Physics Simulation Services

• /en/research-topics/propulsion-technologies/multi-physics-simulation-services

ranges from electrical machines, including engine control, power electronics and electrical energy storage systems, to the simulation of entire vehicles, component integration and monitoring during operation

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