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TeKaVe

• /en/research-topics/flexibility-business-models/projects/tekave

generation and increasing demand for flexibility, as well as additional generation technologies and storage capacities. Furthermore, the crisis in Ukraine has triggered an unprecedented rise in prices since [...] . Future-oriented measures require the participation of all suppliers, controllable generation, storage, demand response, and renewable energy. These must be considered when designing capacity mechanisms

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OVE Guideline R 37

• /en/solutions/power-system-technologies/grid-interoperability-and-conformance-testing-for-ev-charging-infrastructure/ove-guideline-r-37

* Nachricht * Send DI Christoph Mayr Business Manager for Photovoltaic Systems & Battery Energy Storage +43 50550-6633 +43 50550-6390 christoph.mayr(at)ait.ac.at

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AIT battery researcher Stefano Passerini among the world's most cited scientists again in 2025

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SOPHIE

• /en/research-topics/cyber-security/projects/sophie

based on the “just-in-time” principle and must optimize transport routes with as little intermediate storage as possible. In the event of a cyberattack, it is essential to be able to rely on proven structures

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Refract

• /en/research-topics/cyber-security/projects/refract

highlight areas where RDS infrastructures can be strengthened and provide guidance on the secure storage and operation of critical RDSs. Project Partners: International Atomic Energy Agency (IAEA), Lawrence

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CONTAIN

• /en/research-topics/cyber-security/projects/contain

on the “just-in-time” principle and aims to optimize transport routes and minimize intermediate storage. In the event of cyber attacks, it is therefore essential to be able to rely on proven incident handling

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Poster Award at ABAF Conference: Jere Hokkanen from AIT takes third place

lithium metal batteries, thereby providing new impetus for the development of powerful and safe energy storage systems.

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HighMag: Magnesium batteries as a key technology for a sustainable energy future

powerful, sustainable, and cost-effective alternatives to lithium-ion batteries for mobility and energy storage applications. From lithium to magnesium: Why a technology change is necessary The electrification [...] at a rapid pace. The global ramp-up of renewable energies is increasing the demand for powerful storage solutions. Although lithium-ion batteries (LIBs) are state of the art today, their limitations are [...] abundant in the Earth's crust than lithium, safer to handle, inexpensive, and has a high theoretical storage capacity potential. HighMag: Generation 5 magnesium-based batteries The HighMag project (“High-energy

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HighMag

• /en/themen/battery-materials-characterization/projects/highmag

powerful, sustainable, and cost-effective alternatives to lithium-ion batteries for mobility and energy storage applications. From lithium to magnesium: Why a technology change is necessary The electrification [...] at a rapid pace. The global ramp-up of renewable energies is increasing the demand for powerful storage solutions. Although lithium-ion batteries (LIBs) are state of the art today, their limitations are [...] abundant in the Earth's crust than lithium, safer to handle, inexpensive, and has a high theoretical storage capacity potential. HighMag: Generation 5 magnesium-based batteries The HighMag project (“High-energy

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HyCentA-K1-P2.4-HyEmpire

• /en/research-topics/hybrid-power-plants/projects/hycenta-k1-p24-hyempire

In addition to efficient industrial scale electrolysis and stationary fuel cell plants, advanced storage systems and adequate logistics solutions investigated in Area 1 and 2, cross-sector H2-infrastructures

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HyCentA-K1-P2.1- HyDestiny

• /en/research-topics/hybrid-power-plants/projects/hycenta-k1-p21-hydestiny

for stationary and transportable storage solutions Sensitivity analysis on the factors influencing the price of tank materials for stationary and transportable storage systems Assessment of the challenges [...] HyCentA-K1-P2.1- HyDestiny Advanced CGH2 storage technologies and distribution system Hydrogen as an energy carrier constitutes an essential part of a decarbonized energy and economic system. To facilitate [...] transition towards a hydrogen-based energy system, the optimization of currently available hydrogen storage and transport systems are envisaged. The use of improved steel of increased strength levels as a

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AI Boosts Sugar Beet Quality Control: AIT Launches SemanticSugarBeets

beets, which are harvested each year, stored temporarily, and processed into sugar.However, during storage, valuable sugar can be lost – particularly due to damage sustained during harvesting, as well as [...] however, is essential as a solid basis for estimating the expected sugar yield and for optimizing storage conditions.  SemanticSugarBeets: AI for Objective Evaluation of Sugar Beet Batches With “S [...] goal is to improve quality control along the entire value chain, minimize sugar losses, and make storage and processing significantly more efficient.“With our expertise in AI-based object detection, the

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Innovative Storage Solutions for the Elsbeere Wienerwald Energy Community

their energy storage. To unlock the full potential of energy communities, the EGent project focuses on developing innovative cooperative strategies aimed at meaningfully integrating various storage concepts—such [...] concepts—such as central community storage or stationary and mobile swarm storage—into energy communities and the overall energy system in a technically, economically, and user-oriented manner. Currently, it [...] example because many people are charging their PV storage systems simultaneously, while in the afternoon there is an excess of electricity because all the storage systems are already full at the same time.

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Research and Testing Infrastructure for DC Systems

• /en/research-topics/power-system-planning-operation/projects/research-and-testing-infrastructure-for-dc-systems

grids, at the interfaces to e-mobility (e.g. medium-voltage multi-megawatt charging systems), and to storage systems such as batteries, electrolysers, and fuel cells. Project objectives The exploratory project

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Integrated urban energy solutions

• /en/research-topics/smart-and-carbon-neutral-urban-development/projects/integrated-urban-energy-solutions

large buildings. Energy storage systems in districts offer various electrical and thermal storage options (e.g., seasonal underground storage, thermal component activation, water storage). They help buffer [...] large buildings. Energy storage systems in districts offer various electrical and thermal storage options (e.g., seasonal underground storage, thermal component activation, water storage). They help buffer [...] loads and surpluses, optimizing energy efficiency within the district. To achieve this, buildings, storage systems, and the district must be connected to and interact with the power grid . The VITALITY CITY

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AIT research project with Eva Melnik on ZIB Magazine: Biochip sensors for faster tumor diagnosis

forms, can mean the difference between life and death. In addition, the sample logistics—cooled storage at –80 °C and specialized laboratories, usually in large clinics—pose a major challenge for comprehensive

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SOWINDIC

• /en/about-the-ait/center/center-for-vision-automation-control/complex-dynamical-systems/projects/sowindic

real-time and forecast data. The central components of this are: A data archive for the long-term storage and provision of collected data. A real-time capable data platform/edge device as a runtime environment

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Geothermal energy - utilisation of geothermal energy

• /en/research-topics/heating-and-cooling-networks-for-cities-and-industry/geothermal-energy-utilisation-of-geothermal-energy

geothermal energy is also ideally suited for the medium and long-term storage of heat. Using today's methods, geothermal heat storage covers the temperature range from below 10°C (cold) to approx. 90°C. [...] system that is used in the areas of heating and cooling supply, electricity production and heat storage and also contributes to carbon dioxide (CO2) reduction. How does geothermal energy work? Geothermal

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Research as the key to a climate-fit paper industry

gasesUtilization of biogenic CO₂ as a raw material or sink (BECCS/U – Bioenergy with Carbon Capture and Storage/Utilization)

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Active BMS

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

vehicles but still have 70-80% of their storage capacity? Although these batteries have had their day, they harbour immense potential for reuse in alternative energy storage applications. Utilising the potential [...] 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

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