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Transport Technologies: Successful PhD degrees for Florian Pixner and Lukas Neidhart

on the production of thick electrodes with high active material loadings in order to increase the energy density of batteries. A central aspect of his work was the switch to water-based manufacturing processes [...] he succeeded in producing defect-free and thick cathode layers. These are characterized by a high energy density, improved mechanical stability and increased electrochemical performance, especially under

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Medium-voltage power electronics

• /en/solutions/power-system-technologies/development-of-power-electronics/medium-voltage-power-electronics

solutions are becoming increasingly relevant. The energy transition has created new application fields for DC systems, such as: Connecting photovoltaic and wind energy systems to public grids. Interfaces for e [...] power supply systems, advanced DC technology also plays a key role in the energy transition, offering greater flexibility, energy efficiency improvements, and material savings compared to traditional AC [...] semiconductors and increasing power demands across various applications. These include renewable energy sources, onboard power systems in vehicles, aircraft, and ships, as well as data centers for AI

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Alternatives to electrolysis

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(HER). These systems offer a promising pathway for renewable energy conversion, as they directly transform solar energy into chemical energy without intermediate steps. Research on PEC Technology at AIT [...] chemical water splitting (PEC) and photocatalytic water splitting. Both approaches utilize light energy to sustainably extract hydrogen from water. Our work focuses on developing efficient materials, [...] necessary for hydrogen and oxygen evolution. Effective photocatalysts must have appropriate band gap energies , efficient charge separation , and long-term stability in water. Commonly used materials include

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Hydrogen laboratory

• /en/solutions/hydrogen/hydrogen-laboratory

complete energy conversion chain from power to hydrogen and back to power (P > H₂ > P). ASGC (AIT Smart Grid Converter) : Coupled with a battery energy storage system for buffering electrical energy. Service

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Development of heat pumps for buildings

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technologies to enhance heat pump efficiency. Integration of heat pumps into hybrid energy systems with renewable energy sources. Optimization of durability and operational safety through extensive testing [...] multiple technologies to optimize energy consumption. Examples include: Geothermal systems: Utilizing constant ground heat for maximum efficiency. Integration of renewable energy sources: Combining heat pumps [...] Heat Pumps: A Sustainable Technology for the Building Sector Heat pumps are a key technology for the energy transition in the building sector. They enable efficient and environmentally friendly heating and

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Wasserstoff Brennstoffzelle

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Storage: Key Technology for the Energy Transition and Decarbonization Hydrogen storage is essential for the energy transition. It enables the long-term storage of surplus energy from highly fluctuating renewable [...] the lightest element in the periodic table. It has a high gravimetric energy density of 33.33 kWh/kg but a very low volumetric energy density of only 2.8 kWh/m³ at normal pressure. These properties necessitate [...] method, hydrogen is liquefied by cooling it to -253°C. This increases the volumetric energy density but is highly energy-intensive. Physically Bound Storage Hydrogen is stored in solid materials such as metal

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6TH INTERNATIONAL DATA SCIENCE CONFERENCE (IDSC'25)

range of data, they enable intelligent solutions in areas such as Industry 4.0, IoT, smart cities, energy and environmental management. These approaches promote innovation and provide effective answers to

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Solarstrom statt Erdgas

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Technologien für eine Ziegelfabrik entwickelt, die kein Erdgas mehr benötigt, ein Drittel weniger Energie verbraucht und bis zu 90 Prozent der CO 2 -Emissionen einspart. Ende November wurde das neue Werk [...] installiert. Das darauffolgende „GreenBricks“-Projekt, das im Rahmen der Innovationsnetzwerkes „New Energy für Industry“ (NEFI) vom Klima- und Energiefonds gefördert wird, war wesentlich größer angelegt und [...] des Trocknungsprozesses steigern, indem sie industrielle Abwärme des Tunneltrockners in nutzbare Energie umwandeln und in den Prozess zurückführen. Wärmepumpen sind für viele Trocknungsprozesse eine echte

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MINDED: Longer range through efficient thermal management

optimized heat pumps and intelligent infrared panels, which only heat where necessary, save valuable energy. Simulations in the Digital Twin of the Iveco eDaily minibus show promising results. To the article

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Friederich Kupzog is new Head of Center for Energy

fields of the Center for Energy and establishing Austria as an innovation driver in the energy sector." Research areas of the Center for Energy As Head of Center for Energy, Kupzog will continue to drive [...] and development in the areas of energy supply systems, sector coupling, industrial processes, urban planning, digital transformation and artificial intelligence in the energy domain. In these thematic areas [...] in the fields of energy and digitalisation in numerous positions at the AIT Austrian Institute of Technology. In 2012, he began his career as a Senior Scientist at the Center for Energy, followed by positions

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Innovations for a competitive and resilient future

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innovation in the fields of renewable energies, electric mobility and smart grids. By using AI-supported analyses and simulations, practical solutions are developed for energy and mobility systems that meet the [...] making a significant contribution to positioning Europe as a technology leader. Whether low-emission energy systems, digital technologies for optimising industrial processes or the use of hydrogen: AIT's research [...] environmental and climate factors Complete solution for managing and analysing emissions data Innovative energy concepts PV + hydrogen laboratory Microbiomes & plant breeding Spin-off: Viridad (EU taxonomy of

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AIT HIL Controller

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directly with the AIT firmware stack into a one-click target application firmware. WIDE RANGE OF ENERGY CONVERSION APPLICATIONS Effortlessly create a digital real-time replica of your preferred grid-c

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WBG - Wide-Bandgap Semiconductor

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- Wide-Bandgap Semiconductor WBG Semiconductors: Key Technology for High-Density and Eco-Friendly Energy Conversion Wide Bandgap (WBG) semiconductors such as silicon carbide (SiC) MOSFETs and gallium nitride [...] (enhanced maximum blocking voltage capability), and more efficient and environmentally friendly energy transfer/conversion (reduced switching and/or conduction losses). SPECIAL CHARACTERISTICS OF WIDE

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AIT'S SUCCESSFUL APPEARANCE AT FORMNEXT

the process parameters and resource-efficient manufacturing. The aim is to minimize material and energy consumption and ensure “first-time-right” production. One highlight was the presentation of the

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Strategies for decarbonizing district heating

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izobraževanje, d.o.o. Euroheat & Power Irish District Energy Association CLG Municipal Institution City Institute OPTIT srl Riga Municipal Agency “Riga Energy Agency” WIRTSCHAFT UND INFRASTRUKTUR GMBH & CO PLANUNGS [...] district heating Project - ENABLE DHC Enabling strategies and investment plans for efficient, multi-energy and digitalized DHC The ENABLE-DHC project is funded by the EU under the LIFE programme and runs [...] markiert. Name * E-Mail * Betreff * Nachricht * Send INÁ MAIA NOVAK Research Engineer Integrated Energy Systems +43 50550-6646 ina.maia-novak(at)ait.ac.at Key facts Project duration: 09/2024 - 08/2027

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Evaluation study on EU research programmes and the green transformation

The focus is particularly on clusters 5 and 6 (Pillar 2) of the Horizon Europe programme: climate, energy and mobility as well as food, bioeconomy, natural resources, agriculture and environment. Together [...] Joint Undertaking. Horizon Europe and the Green Transition: Interim evaluation support study.EIT InnoEnergy Partnership. Horizon Europe and the Green Transition: Interim evaluation support study. Driving

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Efficiency increases in welding inverters

study as part of the EDIH project “AI5 Production” (german only): the aim is to determine whether an energy-efficient welding inverter can be developed that sets new standards for resource efficiency, versatility [...] deposition (PMD). Together with the AIT Center for Vision, Automation & Control (VAC) and Center for Energy, the focus is on the development of a welding inverter that covers a wider range of applications [...]   Sustainable technologies for a better future  The project has ambitious goals: to reduce energy consumption, achieve a more compact design and support local production that ensures compliance with

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Shaping the European innovation strategy

• /en/research-topics/power-system-planning-operation/projects/shaping-the-european-innovation-strategy

been working on key future topics in the energy sector as part of a project for the Energy Technology and Innovation Platform for Smart Energy Networks for the Energy Transition (ETIP SNET). ETIP SNET advises

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GEPROBA: Development of a high-performance process for the additive manufacturing of large vehicle components

is taking additive manufacturing a decisive step forward. The aim is to make the Wire-arc Directed Energy Deposition (waDED) process more efficient and sustainable for the production of large and complex [...] the focus is also on sustainability. A comprehensive Life Cycle Assessment (LCA) provides data on energy efficiency and the carbon footprint of the manufactured components – both during production and in

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Hydrogen in energy production

• /en/solutions/hydrogen/hydrogen-in-energy-production

Hydrogen in energy production Hydrogen as an energy storage solution in hybrid power plants The backbone of future energy generation will be power plants utilizing renewable energy sources, primarily solar [...] Storage for Energy Supply Large-scale hydrogen storage in underground facilities will become necessary to account for seasonal fluctuations in renewable energy generation and enhance energy security, especially [...] fuel cells. Hydrogen as a Fuel Interest in using hydrogen as a fuel in the energy sector has grown in recent years. Globally, energy utilities are exploring and testing the co-firing of hydrogen with natural

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