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Climate Care
- /en/media/ait-issues/climate-care
electromobility or data centers. Energy systems of the future are designed and tested in high-end simulation environments and practical pilot applications, for example in the area of energy communities. The
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HYBUILD
- /en/research-topics/digitalisation-and-hvac-technologies/projects/hybuild
utilize mainly sensible heat of the refrigerant after the compressor. AIT will perform system simulations of the hybrid sub-system which will help to design and control the lab-test prototype and the demo
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PVOPTI-Ray
- /en/pvopti-ray
radiation is however transformed into heat. So far there have not been developed any evaluation and simulation tools for the urban area which can estimate the effects of a broad roll-out of PV and insolation
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Integrated Energy Systems
- /en/research-topics/integrated-energy-systems
and cooling (DHC) on the basis of low temperature networks (so-called anergy networks). Detailed simulations and a precise investigation of the nature of the geological environment enable accurate long-term
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REALTIME
- /en/research-topics/physical-layer-security/projects/realtime
eine freiprogrammierbare Sender- und Empfängerplattform (von National Instruments) die eine Ko-simulation mit numerischen Simulationssystemen wie MATLAB unterstützt. Die in dieser Dissertation erarbeiteten
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Leitprojekt Digibus® Austria: Präsentation der Ergebnisse
entwarf das Team um Gerald Richter und Paul Rosenkranz vom Center for Energy eine entsprechende Simulation, um das Verhalten des autonomen Busses in der virtuellen Fahrumgebung im Mischverkehr eingehend
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Power Electronics Solutions
- /en/solutions/power-system-technologies-development-validation/power-electronics-solutions
Droop, Virtual Synchronous Machine with Virtual Inertia Grid Support modes: PV, BESS, Battery simulator, Grid Currents balancer, Active Front End, Back-2-Back Off-grid Full four quadrant operation
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PRAETORIAN
- /en/research-topics/dependable-systems-engineering/projects/praetorian
Detection and prediction of physical and cyber-attacks, Use of digital twin technology for analysis and simulation, Training of a model of the critical infrastructures with big data and AI technologies, Identification
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ERIGrid 2.0: 1st call for the use of 21 European Smart Grids Labs starts
laboratory provides advanced Controller and Power Hardware-in-the-Loop (CHIL/PHIL) applications and the simulation of Smart Grid and Smart Energy Systems scenarios (sector coupling) with is of particular interest
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Integrated Mobility Systems
- /en/research-topics/integrated-mobility-systems
responsive mobility systems Our Solutions IMPACT Re-designing mobility systems more efficiently SIMULATE Higher safety, comfort and efficiency for pedestrian flows EXPERIENCE Better orientation through
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Fleet Management and Connected Logistics
- /en/solutions/plan
Application-oriented recommendations, verifiable results Dynamic calculation models, conditions can be simulated (e. g. fuel price) Multimodal view Various overall conditions taken into account PLAN – applied
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E-Forming
- /en/research-topics/forming-technologies/e-forming
carried out on various materials. Their results are basis for forming simulations, which in turn are considered in conjunction with simulations of the current distribution in the formed components. In parallel
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Design of Responsive Mobility Systems
- /en/research-topics/integrated-mobility-systems/design-of-responsive-mobility-systems
Participatory planning methods in conjunction with virtual and augmented reality technologies Simulation-aided crowd management systems to automatically optimize pedestrian and crowd flows Analysis of [...] "Integrated Digital Urban Planning" +43 50550-6478 +43 50550-6439 stefan.seer(at)ait.ac.at Our Solutions SIMULATE Higher safety, comfort and efficiency for pedestrian flows EXPERIENCE Better orientation through
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ProBus: AIT-Lösung unter den Gewinnern der IÖB-Challenge
effiziente und geordnete Zusammenspiel zwischen übergeordneter, dynamischer Touren- und Routenplanung, Simulation und Optimierung der Ein- und Ausstiegszonen sowie Wartezonen und liefert gemäß den gewünschten
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Diagnostic Biosensors
- /en/research-topics/translate-to-english-bioresources/translate-to-english-improving-plant-vigor-1-1-1
the optimal performance of the overall sensor system. In doing so, we attach great importance to simulation and physical modelling. Surface functionalization & electrochemical detection methods: Development
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IPEN - Infrastructure for energy grids
- /en/ipen
control in the electrical network. A selected energy application will be embedded into a worst-case simulation scenario to analyse the impact of communication latency on the stability of the electrical network
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Hydrogen
- /en/solutions/hydrogen
service portfolio in the field of hydrogen includes the following elements based on experimental and simulation-based scientific methods: Energy economic considerations Scenario development for the decarbonization
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Diagnostic Biosensors
- /en/research-topics/translate-to-english-bioresources/translate-to-english-improving-plant-vigor-1-1
the optimal performance of the overall sensor system. In doing so, we attach great importance to simulation and physical modelling. Surface functionalization & electrochemical detection methods: Development
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EBA-Lastmodell
- /en/research-topics/structural-dynamics-and-assessment/projects/translate-to-english-eba-lastmodell
EBA (“Eisenbahn-Bundesamt”) will develop a new standard-compliant dynamic load model in order to simulate action of railway vehicles on bridges. The approaches are based on the mechanical response (acc
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Energy Conversion and Hydrogen
- /en/research-topics/energy-conversion-and-hydrogen
digitized to further reduce the related levelized cost of electricity (LCOE). Methods Experimental and simulation-based development of technologies, components and systems. Advanced prequalification, testing and
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