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ABS4TSO
- /en/research-topics/power-electronics-system-components/projects/abs4tso
system services, several implementations are examined through comprehensive simulations, laboratory tests and field trials. Combining this with a regulatory and economic analysis, a clear framework can be
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Drive Testing Laboratory
- /en/labs/drive-testing-lab
Drive Testing Laboratory Testing of Electric Drivetrains and Power Electronics The AIT Austrian Institute of Technology offers excellent research and validation infrastructure to ensure that your powertrain [...] Hardware in the Loop Power electronic components up to complete electrical drive trains can be tested. The test bench responds to the system based on (vehicle) model and the actual performance of the system [...] cycles Customer specific Simulink models Integration of customer ECUs (Electronic Control Units) Testing with the real traction battery or DC-power supplies with a battery model Temperature- and flow-controlled
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ALRIGH2T
- /en/research-topics/hybrid-electric-aircraft-technologies/projects/alrigh2t
aviation The ALRIGH2T project aims to make the aviation sector more sustainable and decarbonize it by testing innovative refueling technologies for liquid hydrogen (LH2) in real airport scenarios. As a promising [...] package lead: AIT is leading the technology demonstration work package, which includes practical testing and evaluation of the LH2 technologies developed in the project. As part of this, AIT is analyzing [...] Digisky SEA ATENA AIT Austrian Institute of Technology LKR Leichtmetallkompetenzzentrum Ranshofen SAG Test-Fuchs Linde Technical University of Munich ), Linde Kryotechnik TLD Universal Hydrogen Europe Groupe
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Controller Hardware-in-the-Loop Services
- /en/solutions/power-system-technologies/development-of-power-electronics/controller-hardware-in-the-loop-services
design to market readiness. Enhanced Testing Accuracy C-HIL enables precise simulations of grid conditions, load changes, and extreme scenarios. Safe Testing Critical test scenarios can be conducted without [...] ATION TESTS AND VALIDATION WITH HIL TECHNOLOGY AIT delivers advanced services for design validation, including: Design Validation in the Laboratory Enhanced C-HIL Testing: Comprehensive testing using various [...] a real-time simulation environment, while the actual Device Under Test (DUT) is physically integrated into the process. A typical test setup is divided into two main layers: a virtual layer, where part
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Medium-voltage power electronics
- /en/solutions/power-system-technologies/development-of-power-electronics/medium-voltage-power-electronics
connectors. Laboratory Infrastructure : Facilities for testing medium-voltage power electronics under operational and extreme conditions ([Image of the new MV test cell to be created]). × Kontakt Formular Pflichtfelder
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AIT HIL Controller
- /en/solutions/power-system-technologies/development-of-power-electronics/controller-hardware-in-the-loop-services/ait-hil-controller
(grid-feed-in, microgrid, off-grid system, etc.). Execute various test cases using the HIL Control Center (or other open-source testing platforms). Validate your control and operational strategies for the [...] controller using the secure, AIT-integrated bootloader and Boot Flasher application (no JTAG required!). Test and validate your control design with your HIL system. Connect the controller to your target power
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NEFI - New Energy for Industry
- /en/solutions/energy-markets-energy-infrastructure/nefi-new-energy-for-industry
renewable energy and improving energy efficiency, NEFI explores a wide range of research approaches to test intelligent energy concepts that drastically reduce CO₂ emissions. Key focus areas include: Digitalization
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Vehicle System Simulation
- /en/research-topics/vehicle-system-simulation
The range extends from vehicle design, prototype development, system analysis and modelling to testing and validation. An integrative approach and close cooperation between AIT experts from different
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Shaping the European innovation strategy
- /en/research-topics/power-system-planning-operation/projects/shaping-the-european-innovation-strategy
innovations to market. Examples include: Implementation of Regulatory Sandboxes : Developing and testing specific frameworks to bring innovations to market more efficiently. Promotion of High Technology
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Quality assurance and testing of PV modules
- /en/solutions/photovoltaic-modules-power-plants/laboratories
than 5 % . Test examples: Snow loads: Modules are tested with a load corresponding to ½ meter of granular snow. Wind loads : Tests at speeds of up to 180 km/h. 2. module breakage test These tests are similar [...] Accelerated ageing tests Long-term UV simulation (e.g. 25 years) Dynamic mechanical load tests Ammonia corrosion test Salt spray corrosion testing Methods for detecting PID and LeTID Tests and certifications [...] potential weaknesses at an early stage. Our test procedures in detail: 1. static mechanical load testing The load test simulates snow and wind loads to test the resistance of the modules. This ensures
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Laboratories
- /en/research-topics/propulsion-technologies/laboratories
Laboratories Laboratories Drive Testing Laboratory Environmental Testing Laboratory Battery Testing Lab
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ATES Aquifer Thermal Energy Storage Vienna
- /en/themen/waermenetze-und-kaeltenetze-fuer-stadt-und-industrie/projekte/ates-aquifer-thermal-energy-storage-vienna
ogical process modelling was carried out with PHREEQC, as well as high-temperature and autoclave tests at Graz University of Technology. Lab focus and findings Dependence of precipitation on temperature
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High Voltage and High Power Laboratory
- /en/solutions/power-system-technologies-development-validation/high-voltage-and-high-power-laboratory-1
Dielectric Testing Insulation systems in AC equipment are tested for voltage withstand capability to ensure safety in high-voltage networks. Thermal Testing and Continuous Current Testing These tests assess [...] supply. Testing Services at the AIT AC Laboratory The AIT AC Laboratory offers specialized testing procedures tailored to the demands of modern alternating current (AC) technologies. Each test is customized [...] short-circuit events. The laboratory tests switching devices and protection systems under realistic conditions to verify their durability. Impulse Current Testing These tests simulate extreme current surges
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DC laboratory
- /en/solutions/power-system-technologies/high-voltage-and-high-power/dc-laboratory
Dielectric Testing Insulation systems are tested for voltage withstand capability to ensure safety and reliability in high-voltage systems. Thermal Testing and Continuous Current Testing These tests evaluate [...] ge testing: High-Current Testing DC Testing Voltages: 0.1 to 4 kV Power Capacity: Up to 75 MW Current Capacity: Up to 80 kA High-Voltage Testing High Voltage: Up to 6 kV DC Impulse Voltage Testing: Up [...] capacity demands. The laboratory tests these devices under realistic operating conditions and short-circuit events. Short-Time Current and Impulse Current Testing These tests simulate extreme loads to ensure
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Aerial Systems Lab
- /en/labs/aerial-systems-lab
has its own flight laboratory, the Aerial Systems Lab (ASL). Here, the center's experts develop and test various technologies for automated aviation. The technologies and systems range from autonomous unmanned [...] various flight platforms and flight simulators for collision avoidance systems. In addition to outdoor test environments, there is also an indoor flight area with a safety net and a high-performance development
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Functional coatings
- /en/solutions/functional-coatings
n of AI-driven digital methods for accelerated material development and characterization. ( Field test) monitoring of electrolyzers and fuel cells on a lab scale. 2. Development Services for Hydrogen [...] accelerated material development and characterization. Process and prototype development, including field test monitoring. 3. Development Services for Photovoltaics and Optoelectronics Development of sustainable [...] wide range of new applications. More on applications of functional coatings Quality assurance and testing of PV modules Electrolyzer Fuel cell × Kontakt Formular Pflichtfelder sind mit einem * markiert.
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Alternatives to electrolysis
- /en/solutions/hydrogen/hydrogen-research-development/alternatives-to-electrolysis
simulate and implement nanostructures for light management to enhance photocatalytic activity. We test photocatalytic processes from the millimeter scale up to large-scale reactors. Key Challenges of
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PowerizeD
- /en/research-topics/power-electronics-system-components/projects/powerized
automated testing and reporting environment for DC/DC or AC/DC converters using Controller Hardware-in-the-Loop (C-HIL) systems. To achieve this, AIT examines specific requirements and relevant testing standards
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SmartEST Lab
- /en/labs/smartest-lab
PERFORMANCE AND LOAD TESTS Continuous performance tests: The inverter is operated at maximum power over an extended period to test thermal stability and load capacity. Overload capability: Testing the behaviour [...] In specialised test chambers, devices can be tested under extreme temperature conditions and varying humidity levels. This is ideal for accelerated lifetime testing. Temperature tests: Operation under [...] 60 x 2.80 m can be tested. What is the maximum weight of the test specimen? This depends on the installation location—10 tonnes outside the test chamber and 3 tonnes inside the test chamber. Akkreditierung
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CAMBER
- /en/research-topics/road-safety-accident-research/projects/camber
and affordable safety measures. A key objective of CAMBER is to support much-needed research and testing of cost-effective road safety measures and resource-efficient maintenance techniques, especially [...] planning. The project's pilot sites in Portugal, Spain, Greece, Croatia and the Netherlands serve as test fields to validate the developed solutions under real-life conditions. The aim is to provide proven
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