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DEDICATE 6G

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built in a way that minimizes their energy consumption. Dependable wireless communication systems will increase the reliability and reduce the operational cost of energy efficient public transport systems

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33%

Study “5G Supply Market Trends”

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the 5G supply chain to support best-of-the-art cybersecurity and environmental standards defining energy efficient targets for 5G technologies and networks complemented by financial incentives for achieving

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14%

PHELICITI

/en/research-topics/enabling-digital-technologies/projects/pheliciti

exploitable technology for mass manufacturing of high-performance optoelectronics with low cost, low energy consumption and small form factor. In PHELICITI innovative reconfigurable receiver and transmitter [...] set of elements for a library of advanced optoelectronic components with increased flexibility and energy efficiency To advance the scale of integration in complex silicon optoelectronic circuits To fabricate

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31%

SCALA

/en/research-topics/enabling-digital-technologies/projects/scala

für Inneres (BMI) Bundesministerium für Justiz (BMJ) Bundesministerium für Klimaschutz, Umwelt, Energie, Mobilität, Innovation und Technologie (BMK) × Kontakt Formular Pflichtfelder sind mit einem * markiert

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24%

PHIDELITI

/en/research-topics/enabling-digital-technologies/projects/phideliti

high energy efficiency over longer reach, and low cost over very short reach, while addressing its mission to place the high-speed data interface closer to the processor – without facing an energy and [...] only reduce the costly chip real-estate required to realize all functions, but will also lead to an energy efficiency that outpaces that of copper-based solutions by a factor of 12. At the same time, the

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34%

JOLLYBEE

/en/research-topics/enabling-digital-technologies/projects/jollybee

flatten out as the node size of microelectronics decreases and a digital energy brick wall is faced, at the extent of a required energy of 100 pJ per multiply-accumulate operation. This caps the overall scale [...] masterpiece of biology that breaches this energy wall with an astonishing amount of nearly 100 quadrillion (10^17) operations per Watt, or a sub-Attojoule energy per operation. With this, the brain is eight [...] the flourishing of the Internet-of-Things. With this rapid growth, the share of ICT in the global energy footprint is expected to skyrocket to 21% in 2030. An important aspect in the realm of ICT is data

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39%

Solarstrom statt Erdgas

/en/blog/solarstrom-statt-erdgas-gruene-ziegelproduktion-made-in-austria

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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29%

Hydrogen

/en/solutions/hydrogen

use. Moreover, the AIT conducts (impact) analyses of energy policy frameworks to assess the role of hydrogen as an energy carrier in future energy policies. These analyses provide valuable insights for [...] Hydrogen as part of the global energy system The transformation of the global energy system is fundamental to combating climate change and contributes to enhancing energy security. Achieving climate neutrality [...] transformation of the global energy system Hydrogen is an integral part of transforming the global energy system and a cornerstone of the energy and industrial strategies of many economies, including Austria

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Wasserstoff Brennstoffzelle

/en/solutions/hydrogen/hydrogen-research-development/wasserstoff-brennstoffzelle-1

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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42%

KriTech

/en/research-topics/innovation-dynamics-modelling/projects/kritech

identification, risk scenarios, Start: 11/2025 Duration: 12 months Customer: Federal Ministry of Economy, Energy and Tourism Contact: Thomas Scherngell × Kontakt Formular Pflichtfelder sind mit einem * markiert

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30%

Real-world laboratory on the grid

/en/research-topics/innovation-policy-transformation/projects/real-world-laboratory-on-the-grid

part of the Reallabor am Netz project, the project partners 4ward Energy Research GmbH, AIT Austrian Institute of Technology GmbH, Energy Services Handels- und Dienstleistungs GesmbH, Kraftwerk Glatzing-Rüstorf [...] is funded by the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology as part of the ‘ENERGIE.FREI.RAUM’ funding programme. Contact: Pia Weinlinger × Kontakt Formular [...] Real-world laboratory on the grid As the energy system is changing significantly due to the increased use of decentralised renewables and new technologies, such as electric vehicles, new tariff models

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41%

Energy Conversion and Hydrogen

/en/research-topics/energy-conversion-and-hydrogen

Energy Conversion and Hydrogen Energy Conversion and Hydrogen To complete the transition from fossil fuels to renewable energy, an even greater expansion of energy sources such as solar power or wind power [...] dominant hydrocarbon-based energy system: Hydrogen-based technologies, such as large-scale storage, electrolysers, fuel cells, or gas engines, are already important elements in the energy technology spectrum [...] 3-7 ("from lab to demo") Our Solutions PV modules & Power Plants Network Operators & Energy Service Providers Energy Markets & Infrastructure Policy Decarbonisation and Digitalisation in Industry × Kontakt

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43%

Study on hydrogen import

/en/research-topics/energy-conversion-and-hydrogen/projects/study-on-hydrogen-import

meet the growing demand in industry, transportation, and energy supply. On behalf of the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation, and Technology, the AIT Austrian [...] imports to Austria. The selection of countries and hydrogen carriers was based on wind and solar energy potentials. Transportation scenarios as a combination of study countries, hydrogen carriers and modes [...] to ship transport due to: Efficiency losses during conversion steps required for ship transport. Energy consumption for reconversion steps. Use of fossil fuels to operate transport ships, especially during

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36%

KAT-PAWS

/en/research-topics/energy-conversion-and-hydrogen/projects/kat-paws

primary production. Funding The KAT-PAWS project is funded as part of the “Energy Research 2023” program of the Climate and Energy Fund (in cooperation with the FFG). × Kontakt Formular Pflichtfelder sind [...] of the system and must be replaced by a resource-saving approach. By using time-, material- and energy-saving high-throughput deposition and characterization approaches, a data pool is generated that [...] µmol/g/h with an efficiency reduction of less than 10% after 1000 operating hours. Development of energy-efficient recycling strategies for the recovery of precious metals with a rate of over 90% and for

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37%

Active BMS

/en/solutions/power-system-technologies/development-of-power-electronics/active-bms-project-ecaiman

reuse in alternative energy storage applications. Utilising the potential of second-life batteries Instead of disposing of EV batteries that still have considerable residual energy, Battery2Life turns this [...] just theoretical—they’ll be tested in two real-world pilot programs: Home energy storage systems in Austria Grid-scale energy storage systems in Greece Advanced Technology and AIT’s Role AIT Austrian Institute [...] and efficient reuse of EV batteries in new applications and to promote the integration of renewable energy into European power grids. A Dual Framework for Battery Reuse Innovation The project introduces two

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40%

Battery Technologies

/en/research-topics/battery-technologies

E-Mobility (german) Our battery scientists at AIT research new battery technologies that promise higher energies and can be produced more sustainably. Battery Materials Research (german) In battery material research [...] research, the focus is primarily on the development of high-voltage cathodes and high-energy anode materials. Cell Production (german) Unique in Austria: State-of-the-art Research Pilot Line for indust [...] from AIT takes third place [more] HighMag: Magnesium batteries as a key technology for a sustainable energy future [more] Events no news in this list.

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33%

Exploria

/en/research-topics/climate-resilient-urban-pathways/projects/exploria

Assessment Co-Creation for Smarter Cities Cities are facing complex challenges — from climate change and energy efficiency to social inclusion and mobility. As urban systems evolve, so does the urban planning

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20%

Location Planning and other applications in E-Mobility

/en/research-topics/transport-optimisation-energy-logistics/location-planning-and-other-applications-in-e-mobility

optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at < div Publications M. Prandtstetter, M. Straub, J. Puchinger: " On the Way to a Multi-Modal Energy-Efficient

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29%

AIT Studien & Publikationen

/en/ueber-das-ait/center/center-for-innovation-systems-policy/ioeb-innovationsfoerdernde-oeffentliche-beschaffung/ait-studien-publikationen

M. & Wasserbacher D. (2018) IÖB-Energie: Öffentliche Beschaffung für intelligente städtische Energielösungen [PPPI-ENERGY: Public procurement for intelligent urban energy solutions]. AIT Report | Auftr [...] Download Buchinger, E. (2017) IÖB wirkt! Innovationsfördernde öffentliche Beschaffung am Beispiel Plus-Energie-Bürohochhaus der TU-Wien. In: BMWFW & BMVIT (Hg.) IÖB Jahresbericht 2015/2016. Wien: Bundesministerium [...] Buchinger, E. (2017) PPPI works! Public procurement promoting innovation in the case of the plus-energy-office by the Technical University Vienna. In: BMWFW & BMVIT (eds.) PPPI annual report 2015/2016

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28%

MiKiYo Mobility Initiative for Kids & Youngsters

/en/research-topics/transport-optimisation-energy-logistics/projects/mikiyo-mobility-initiative-for-kids-youngsters

the project. Funding The project is funded by the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation, and Technology as part of the FTI focus on the mobility transition. × Kontakt

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19%

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