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AIT publishes world's largest image dataset for timber detection

At the prestigious IEEE/CVF Winter Conference on Applications of Computer Vision (WACV) from 28 February to 4 March in Tucson, Ariz, researchers Julia Simon and Daniel Steininger from the Center for

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AI Factory Austria (AI:AT) strengthens national AI ecosystem

A new large-scale initiative called ‘AI Factory Austria’ (AI:AT) will have a lasting positive impact on the Austrian artificial intelligence (AI) ecosystem. As officially announced on 11 March 2025,

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Decarb Cities 2025

As Europe works towards its climate goals, Decarb Cities 2025 will hold its next conference in Kraków, Poland. This fourth edition will focus on practical solutions, policies, and strategies to help

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• Referenced at: Two Awards for AIT Young Researcher Hannah Vinatzer

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Two Awards for AIT Young Researcher Hannah Vinatzer

In spring 2025, Hannah Vinatzer, a member of the Digital Health team at the AIT Center for Health and Bioresources and a Master's student at TU Graz, received two separate awards. She was awarded the

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AIT is part of the “Tiny Giants” Exhibition at the Ars Electronica Center

As part of the new exhibition “Tiny Giants – The World of Microbes” at the Ars Electronica Center in Linz, the AIT Bioresources team is contributing to the communication of microbiological interrelat

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• Referenced at: Vienna Daughters' Day at the AIT 2025

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Vienna Daughters' Day at the AIT 2025

On 24 April 2025, the AIT Austrian Institute of Technology opened its doors as part of Vienna's Daughters' Day to 16 schoolgirls aged 14 and above, who spent a day gaining insights into cutting-edge

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FULL-MAP – Accelerating battery innovation for a sustainable future

Batteries play a central role in reducing CO₂ emissions in transportation, energy, and industry. However, the development of new battery materials is still a lengthy process. It is usually based on c

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Medusa

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Medusa Multi-megawatt charging technology for the electromobility of tomorrow With MEDUSA, the AIT Austrian Institute of Technology is developing an innovative charging platform for the powerful and e

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IDSF 2025: FOSTERING A GLOBAL DIALOG ON DIGITAL SECURITY

Vienna (AIT) - From June 4 to 6, 2025, Vienna will be the center for global discourse on digital security, technological sovereignty and international cyber resilience for the fourth time. With the s

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Active BMS

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Active BMS Battery2Life: A sustainable second life for electric vehicle batteries With the rise of the electric vehicle (EV) market, an urgent challenge has arisen: what to do with the growing number

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Research meets real-world application

Today, we welcomed Fire Chief Mario Rauch and representatives of the Vienna Fire Department to the AIT Technology Experience Lab. Our guests were welcomed by AIT Managing Director Brigitte Bach and

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GaN onboard charger

• /en/solutions/power-system-technologies/grid-interoperability-and-conformance-testing-for-ev-charging-infrastructure/gan-onboard-charger

GaN onboard charger GaN onboard charger (Project EMOTION) The EMOTION project focuses, among other things, on the development of GaN-based on-board chargers (OBCs) for electric vehicles and aims to im

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SIC-GaN Hybrid T-Type

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SIC-GaN Hybrid T-Type Future of power Sic & Gan in advanced power electronics In power electronics, the continuous drive for higher efficiency and increased power density remains a primary objective.

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SIC dual traction inverter - Project RITALIN

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SIC dual traction inverter - Project RITALIN RITALIN – High-Performance Dual SiC Inverter for EV Motorsport The RITALIN project focuses on the development of an advanced dual silicon carbide (SiC) inv

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ML-Ultra

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ML-Ultra ACHIEVING ULTRA HIGHLY Efficient and compact Power Conversion One of the key research objectives for emerging power conversion applications is to achieve higher conversion efficiencies while

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Inverter Control Platform - Project RISE

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Inverter Control Platform - Project RISE

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HyFleet Platine

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HyFleet Platine From Hydrogen to Usable Power: DC/DC Converter in Fuel Cell Applications Modern fuel cell stacks can generate high DC voltages of up to 650V. However, due to significant load-dependent

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GaN Inverter 4,5kW

• /en/solutions/power-system-technologies/development-of-power-electronics/gan-inverter-45kw

GaN Inverter 4,5kW GaN power semiconductors GaN power semiconductors open up a wide range of new application possibilities. This can include, for example, the simple parallelization of individual comp

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