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16th ITI Symposium in Dresden
simulation library “Electric Energy Storages”, which was developed by the AIT in the programming language Modelica. The library can be used to simulate electric energy storages from cell- to system level. On
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EEM 2014 – E-MOBILITY & ENERGY MANAGEMENT
solutions focusing on engery and thermal management, vehicle concepts and hybrid technologies, advanced storage technologies, electric mobility concepts, as well as modelling and simulation. Thanks to the support
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17th ITI Symposium
simulation library “Electric Energy Storages”, which was developed by the AIT in the programming language Modelica. The library can be used to simulate electric energy storages from cell to system level. On
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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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„Warten auf die Batterierevolution“
Trifonova spoke in an interview with the ORF about new storage materials for an increased capacity of accumulators. Find out more about silicon as storage material and read the entire article, published on
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Industrial Workshop for EU Project
Öffentlichkeit zugänglich. Topics addressed by international lecturers included cutting-edge energy storage as well as automotive technologies, and even textile manufacturing. The full agenda can be found
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18th ITI Symposium in Dresden
s, AIT Mobility Department, will participate as exhibitors and will promote the Electric Energy Storages (EES) Library, which will soon be an integral part of SimulationX. Furthermore, the EES Library
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18th ITI Symposium in Dresden
Technologies, AIT Mobility Department, participated as exhibitors and promoted the Electric Energy Storages (EES) Library, which will soon be an integral part of SimulationX. Furthermore, the EES Library
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First Principal Scientist at AIT Mobility Department
electrical energy storage in 2013, and since then she has headed up the battery research team in the AIT Mobility Department. Her many research specialties include electrochemical energy storage and conversion
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Sitemap
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EV Charging Infrastructure Battery Energy Storage System and (PV) inverter testing Efficiency Testing of PV Inverters and PV Storage Systems Stationary Storage Development Power Electronics Design and [...] Knowledge of standards and guidelines Quality and yield assurance for PV systems in practice Basics PV storage, self-consumption & OVE guideline R 20 Further training in the field of comfort ventilation Comfort [...] diagnosis of PV syste Integrated Photovoltaic solutions Functional coatings for power conversion and storage Labore Power System Technologies Development & Validation Digital twin of the power converter controller
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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, Innovation and Technology, Federal
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Press Releases
- /en/media/press-releases-german
12.06.2023 AIT shows latest Technologies and solutions in the field of photovoltaics and energy storage (pdf) 02.06.2023 Greatest interests in the smallest details (pdf) 01.06.2023 AIT presents innovative
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Projects
- /en/themen/smart-grids/projects
Projects BatterieSTABIL Battery storage in multimodal operation for ancillary services and network... FELDBATT ABS4TSO LarGo! Assured fASt and Smart charging solutions for full size URban hEavy Duty a
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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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Laboratories
- /en/research-topics/sustainable-thermal-energy-systems/laboratories
A1-A3, B1-B2) for high-temperature heat pump applications Investigation and assessment of novel storage materials (PCM, thermochemical) for use in industrial processes Development and assessment of innovative
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SUSTAINair
- /en/research-topics/casting-technologies/projects/sustainair
nal structural components for aircraft are being developed that also serve as electrical energy storage. And within the framework of IMOTHEP and ORCHESTRA , the AIT is also involved in the development
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Junge AIT Batterieforscherin mit Best Presentation Award ausgezeichnet
European Materials Research Society) in Warschau in der Kategorie "Materials for Electrochemical Storage Systems for the Electric Vehicles" mit dem "Best Presentation Award" für ihr Poster
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ESI SimulationX User Forum in Dresden
Außerdem werden Dominik Dvorak und Thomas Bäuml die im Geschäftsfeld entwickelte Electric Energy Storages (EES) Modellbibliothek mit einem wissenschaftlichen Vortrag präsentieren. Das ESI SimulationX User
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Christian Köfinger was awarded the DIN-Prize ‚The benefit of standardization’
This is the target of the EU-Directive No. 812/2013 „Energy labelling of water heaters, hot water storage tanks and packages of water heater and solar device”. By introducing the standard DIN EN 16147 and
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Center for Low-Emission Transport
- /en/about-the-ait/center/center-for-low-emission-transport
is on material-based lightweight design, on the electrification of the propulsion train and the storage of electrical energy, as well as on a resilient and safe transport infrastructure. This also includes
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