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Pro-Imagine

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steadily growing energy consumption and CO2 emissions. In Europe, the mobility sector is responsible for almost 30% of total final energy consumption, making it the largest single energy consumer. The goal [...] on using magnesium offers significant potential for energy savings in operational use. Magnesium (Mg) can be obtained relatively cleanly and energy-efficiently from raw materials that are readily available [...] application, while at the same time achieving significant energy savings. Funded by the Federal Ministry for Climate Protection, Environment, Energy, Mobility, Innovation and Technology (BMK) and the Austrian

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51%

Electric Energy Storages Library

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Electric Energy Storages Library Electric Energy Storages Library Modellierung und Simulation von elektrischen Lithium-Ionen-Energiespeichersystemen für virtuelle Zell-/Gehäusetests, Funktionsentwicklung [...] bungen, kann der Export von funktionalen Mockup-Schnittstellen durchgeführt werden. Die Electric Energy Storages Bibliothek bietet flexible und einfach zu bediendende Lithium-Ionen Batteriezellen-/Sta

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47%

Vehicle System Simulation

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components with better efficiency, power density, energy density, lifetime and safety advanced methods and tools development for virtual design and validation of energy efficient vehicle concepts to achieve optimized [...] optimized component interaction. Smart Power Trains Library Electric Energy Storages Library Smart Cooling Library Smart Electric Drives Library Projekte Vehicle System Simulation Projekte × Kontakt Formular

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48%

E-Forming

/en/research-topics/forming-technologies/e-forming

to the complete switch to renewable energy sources, an imperative of the hour is to develop and establish optimized production processes with maximum efficient energy use in order to accelerate the exit [...] exit from the fossil fuel era. In metal processing, traditionally a very energy-intensive industry, there is great potential for energy savings; this is particularly true for forming technology, as around [...] things, to increase efficiency in the actual forming processes, avoid the application of high thermal energy, reduce the necessary deformation forces, minimize process waste and reduce process steps. This opens

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43%

AMALFI

/en/research-topics/forming-technologies/projects/amalfi

the aerospace and automotive industry. The enormous weight reduction has a positive effect on the energy efficiency and CO2 emissions of aircraft and vehicles. The light metals aluminium and magnesium are

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19%

COMPASS

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streams and analyzing the economic impact of the COMPASS project. The experts at the AIT Center for Energy are developing a "Dismantling Assistant" as part of the COMPASS project. This innovative augmented [...] components – eliminating the need for an intermediate melting process. This approach leads to significant energy savings compared to conventional recycling methods.” The "COMPASS" project has received funding from

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29%

ReForming not Remelting

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- without having to remelt the metal. This brings decisive energy advantages compared to the usual recycling route. In addition to the energy-intensive remelting, there are also no shredding, sorting and [...] focuses in particular on the following three areas: Energy-efficient processing of in-house and especially EoL scrap into novel products - without high-energy remelting Creating digital structures that make [...] production of light metals such as aluminium, magnesium and titanium involves an enormous amount of energy. The metal producing and processing industry thus causes considerable amounts of CO 2 emissions.

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49%

M4AM

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The project focuses on development of a virtual toolbox for a Through Process Modelling of a Direct Energy Deposition process including evolution of microstructure. The ultimate goal is prediction of a fatigue

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29%

Cryoforming

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the use of lightweight aluminum alloys for car body components is being pushed in order to improve energy efficiency. Since aluminum alloys exhibit significantly higher formability at low (cryogenic) te [...] change in the microstructure and the final component loses its strength required for the application. Energy-intensive, additional heat treatment processes are necessary. Central to the phenomenology of the

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30%

RealLi!

/en/research-topics/sustainable-smart-battery-manufacturing/projects/realli

battery materials not only have to impress with a significant increase in performance compared to energy storage systems currently available on the market, but also offer a significant reduction in their [...] stabilization of this nickel-rich cathode material, the rapid charging and discharging capability of the energy storage device is improved by the use of lasers to introduce structures into the surface of the electrode [...] production as a side effect. This is particularly advantageous in thick electrode layers for high energy densities. The selection of the optimal structure design is based on simulation. The electrochemical

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40%

NoVOC

/en/research-topics/sustainable-smart-battery-manufacturing/projects/novoc

Universitātes Cietvielu fizikas institūts (Latvia) Avesta Battery and Energy Engineering (Belgium) Commissariat à l’énergie atomique et aux énergies alternatives (France) Customcells Holding GmbH (Germany) VARTA [...] cell manufacturing in Europe New sustainable electrode and cell manufacturing techniques with low energy consumption, and no Volatile Organic Compounds (VOCs) emissions Elimination of organic solvents in

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45%

IntelLiGent

/en/research-topics/sustainable-smart-battery-manufacturing/projects/intelligent

like energy density, cycle life, fast charging capacity while maintaining low-cost batteries are tackled with well-matched objectives: Optimized high voltage electrodes will enable high energy density

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37%

MOGLI

/en/research-topics/sustainable-smart-battery-manufacturing/projects/mogli

similar to those found in vehicles. Funded by the Federal Ministry for Climate Protection, Environment, Energy, Mobility, Innovation and Technology (BMK) and the Austrian Research Promotion Agency (FFG) as part

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30%

LiPLANET

/en/research-topics/sustainable-smart-battery-manufacturing/projects/liplanet

Battery Technologies +43 50550-6084 +43 50550-6595 katja.froehlich(at)ait.ac.at Project partners InnoEnergy Technische Universität Braunschweig VDI/VDE/IT ABEE CEA Cidetec EMIRI Project website

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28%

HELENA

/en/themen/solid-state-batteries/projects/helena

lithium-metal batteries (ASSLMBs) are attracting huge attention because of their high theoretical energy density and much-improved safety. In the development of this technology, a solid-state electrolyte [...] urgent need for action in these areas. Electric vehicles play a decisive role in this, as they use energy much more efficiently than conventional vehicles with combustion engines. However, sustainable e [...] applications. HELENA addresses the pressing need for the development of safe and innovative high-energy efficiency batteries with superior power density. These solid-state battery cells, known as 4b generation

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50%

3beLiEVe

/en/research-topics/sustainable-smart-battery-manufacturing/projects/3believe

SRL ( https://www.sensichips.com ) AVESTA BATTERY & ENERGY ENGINEERING ( http://abeegroup.com ) COMMISSARIAT A L ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES ( http://www.cea.fr ) MANZ ITALY SRL ( h [...] focused on three domains: Development of automotive battery cells that are highly performant (high energy density, fast charge capability, long cycle life) and free of critical raw materials such as cobalt

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40%

BatWoMan

/en/research-topics/sustainable-smart-battery-manufacturing/projects/batwoman

"BatWoMan" the electrodes are water-based with a high dry content, a considerable amount of energy can be saved. The energy-intensive drying process is also significantly shortened because the residual moisture [...] need for action in this area in order to be able to achieve the climate goals. Electric vehicles use energy much more efficiently than conventional vehicles with combustion engines and therefore play a decisive [...] The research work in the "BatWoMan" project focuses in particular on the following three areas: energy-efficient processing of 3D-structured electrodes based on high-viscosity water-based slurries, innovative

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47%

PULSELiON

/en/themen/solid-state-batteries/projects/pulselion

Sweden / Coordinator Avesta Battery and Energy Engineering (ABEE) Centro Ricerche Fiat S.C.p.A. (CRF) University of Ljubljana LRCS (CNRS/UPJV) Pulsedeon OY CIC energiGUNE Universitat Politècnica de València [...] high-performing batteries. Development of solid-state battery technologies could markedly improve the energy density and safety of lithium metal batteries. Mass manufacturing of solid-state batteries is still [...] of the PULSELION project relates to a solid-state battery with a sulfide-based electrolyte, high energy density cathode materials, and advanced lithium metal anode. The AIT experts will use their expertise

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41%

SUBLIME

/en/themen/solid-state-batteries/projects/sublime

beutl(at)ait.ac.at Project partners FEV Europe GmbH (Coordinator) Avesta Battery and Energy Engineering CIC energiGUNE Ford Otomotiv Sanayi Anonim Sirketi Centro Ricerche FIAT SCPA MIMITech GmbH Politecnico [...] testing, for novel sulfide electrolyte-based solid-state battery cells with increased charge and energy densities. Embracing cutting-edge high-capacity and high-voltage electrode materials, the proposed

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40%

DIANABATT

/en/research-topics/sustainable-smart-battery-manufacturing/projects/dianabatt

“second life” applications and/or recycling. Production process Project goal The increased demand for energy storage –for electric mobility, but also in other domains– has put lithium-ion batteries in the focus

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27%

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