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Climate-Resilient Urban Pathways

• /en/research-topics/climate-resilient-urban-pathways

and to cope with climate hazards. Research Focus Co-creation processes in the areas of mobility, energy and climate Climate change must be considered across all policy and administrative fields. To create [...] provide a methodological foundation for co-creational processes conducted in the fields of mobility, energy and climate. Development of climate models from city-regional to neighborhood level For well-founded [...] Interrelations between factors of relevant influence areas of cities (e.g. built environment, land use, energy grids, consumer behavior, regulative framework, green-blue infrastructure) are quantified and impacts

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CIVIC

• /en/research-topics/transport-optimisation-energy-logistics/projects/civic

einem * markiert. Name * E-Mail * Betreff * Nachricht * Send DI Dr. Bin Hu Scientist / Integrated Energy Systems +43 50550-6653 +43 50550-6439 bin.hu(at)ait.ac.at × Kontakt Formular Pflichtfelder sind mit

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Hotspot City: How effective are measures against urban heat islands?

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Smart City Rheintal

• /en/research-topics/integrated-mobility-systems/projects/smart-city-rheintal

consortium consists of regional energy suppliers, real estate developers, local municipalities, CIT experts and research organisations. The state-wide vision of carbon neutral energy autonomy by 2050, including [...] this undertaking. The project SmartCityRheintal was a research project funded by the Climate and Energy Fund Austria. AIT scientists have developed a new MATSim model for Vorarlberg, the westernmost state

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Heating and cooling networks for cities and industry

• /en/research-topics/heating-and-cooling-networks-for-cities-and-industry

ensuring a CO2-neutral energy supply by integrating renewable energies and coupling different sectors. Research and focus areas Near-surface and deep geothermal energy Geothermal energy enables the use of [...] sustainable energy infrastructure. Decarbonization and integration of renewable technologies Sector coupling (electricity, thermal energy, renewable energy sources) for a sustainable energy future Offers [...] storage Materials for a flexible and resilient energy supply Energy storage (heat, electricity, green gases) can improve the efficiency and reliability of energy systems. For reliable and efficient systems

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CityStore

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

Ges.m.b.H. Weizer Energie-Innovations-Zentrum GmbH Energie Kompass Publication CityStore final report - Exploring essential R&D needs to optimize urban energy storage in integrated energy systems (only available [...] planning and implementation of urban energy storage systems as part of an integrated energy system. A wide range of technologies and applications are available as energy storage solutions at the urban level; [...] planning and implementation of urban energy storage systems, allowing for focused investment in energy infrastructure under the implementation of (local) climate and energy targets. × Kontakt Formular Pflichtfelder

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Climate resilience in cities and regions

• /en/solutions/sustainable-cities-regions-and-living-spaces/climate-resilience-in-cities-and-regions

changing climatic conditions. We pursue a holistic approach that integrates the built environment, energy, and mobility. Climate risk and vulnerability analysis is vital for identifying weak points and

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NEEDS Repowered Unites European Cities for Energy Resilience

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Sustainable cities, regions and living spaces

• /en/solutions/sustainable-cities-regions-and-living-spaces

Climate resilience in cities and regions Mobility concepts for cities and regions Urban planning Energy Conscious Cities & Regions Circular economy for districts, cities and municipalities Project-based

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SynerCIS

• /en/synercis

und Selen – als große Hoffnungsträger für die Zukunft. Unter der wissenschaftlichen Leitung des AIT Energy Departments arbeiten im Projekt SynerCIS österreichische Firmen unter der Konsortialleitung von

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Circular Economy

• /en/solutions/circular-economy

implementation of the circular economy. Added value for customers and partners The AIT Center for Energy takes a systemic, cross-sectoral approach to the concept of circular economy along the entire value [...] technological know-how and high systemic competence. Thus, an integrated view of resources and materials (energy, water, waste, raw materials, biogenic resources) and their life cycle, considering rebound effects [...] partners at the interface between research & development, industry and policy. Our service portfolio Energy analysis and environmental assessment of processes, products and buildings in terms of carbon footprint

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Circular economy for districts, cities and municipalities

• /en/solutions/sustainable-cities-regions-and-living-spaces/circular-economy-for-districts-cities-and-municipalities

creating transparency. Our concepts for urban circular economy include the sustainable design of energy and resource use, mobility solutions with sharing concepts, as well as awareness-raising for active [...] district. We analyze embodied CO2 in buildings as well as operational CO2 (for example, emissions from energy and mobility) in order to derive effective measures. CirQA tool for rapid assessment of circularity [...] of buildings and districts has far-reaching impacts that go beyond zoning alone. In addition to energy demand and supply infrastructure, it also influences mobility flows, the demand for transport solutions

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Dekarbonisierung der Chemieindustrie

• /en/loesungen/dekarbonisierung-der-industrie-netzero/dekarbonisierung-der-chemieindustrie

chemischer Erzeugnisse erfordert große Mengen an Energie. Die EU-Chemieindustrie verbrauchte 2019 etwa 50,8 Millionen Tonnen Öläquivalent an Energie. In den USA war die Chemieindustrie 2018 mit 37 % der [...] Analyse von Energieflüssen, Rohstoffnutzung und Emissionen Detaillierte Bewertung der aktuellen Energie- und Rohstoffströme. Identifikation von CO₂-Reduktionspotenzialen. Identifikation von Einsparpotenzialen [...] Digitale Optimierung der Produktion Die digitale Transformation ist ein entscheidender Faktor für die Energie- und Ressourceneffizienz in der Chemieindustrie. Das AIT entwickelt intelligente Steuerungssysteme

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Cheetah

• /en/cheetah

material optimisation and Higher EnErgy oupuT of solAr pHotovoltaic modules Joining Europe's Research and Development efforts in support of its PV industry AIT Energy is one of 34 partners and 16 nationalities [...] nanostructures, financed by the Climate and Energy Funds of the Federal Government. Project start: January 2014 Project duration: 48 months Funding line: CHEETAH (FP7-Energy-2013- Grant no. 609788) is a combined [...] was kicked off in Amsterdam, on the 6th &7th of February, 2014. CHEETAH is coordinated by ECN Solar Energy from the Netherlands. × Kontakt Formular Pflichtfelder sind mit einem * markiert. Name * E-Mail *

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GaN onboard charger

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

Environmentally Friendly: GaN chargers require fewer raw materials to manufacture and waste less energy during charging, making them a more sustainable choice. Specifications Application 60 VDC; 1 kW Electric

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Testing for EV Charging Infrastructure

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

charging stations into existing energy grids. Development Focus Areas Simulation Models and Planning Tools AIT develops highly accurate simulation models to predict energy demand and utilization of charging [...] By implementing intelligent charging systems and utilizing renewable energy sources, the aim is to create grid-friendly and energy-efficient charging infrastructure. Safe and Reliable Charging AIT is [...] coupling between energy and mobility enables a holistic approach to charging infrastructure. This includes the development of load management systems that ensure even distribution of energy consumption and

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Surface characterisation

• /en/labs/material-testing-and-characterisation/surface-characterisation

3D) Determination of surface hardness according to Vickers (EN 6507) Detection of surface defects Energy dispersive X-ray spectroscopy of metallic surfaces Evaluation of surface defects Technical Data Confocal

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Wireless Channel Emulation

• /en/research-topics/enabling-digital-technologies/solutions-services/wireless-communications/wireless-channel-emulation-2

in about a decade and will provide ultra-high reliability with lowest possible latency and radical energy efficiency by further improving 5G features. 6G will truly converge the physical and digital world [...] a correct delivery of 99,999 % of data packets. 5G will also addressing the challenge of massive energy consumption by deploying IoT applications with low transmission requirements of only a few bits over

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Value chain for hydrogen

• /en/solutions/hydrogen/value-chain-for-hydrogen

hydrogen is produced by electrolyzing water using electricity from renewable energy sources such as wind power, solar energy or hydropower. In the process, water is split into its components hydrogen and [...] for hydrogen Hydrogen - from production to use Green hydrogen is seen as a central component of the energy transition. It has the potential to replace fossil fuels and drive decarbonization in many industries [...] plants. PEM electrolysis: Offers faster reaction times and is more flexible in relation to variable energy sources such as wind and solar. Storing and transporting green hydrogen Once hydrogen has been produced

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CESEPS

• /en/research-topics/smart-grids/projects/ceseps

CESEPS CESEPS CESEPS (Co-Evolution of Smart Energy Products and Services) The project aims at analysing the performance of energy products and services, technologies in smart grids, as well as end-users [...] under the Energy der Zukunft programme. The focus of the work performed at AIT was on the development of a Co-Simulation Environment capable of supporting the design process of Smart Energy Products and [...] Technical University of Graz, the Austrian Institute of Technology, and the European Sustainable Energy Innovation Alliance. CESEPS is project under the ERA-Net Smart Grids Plus initiative. The core goal

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