Search

TEPMOS

/en/research-topics/transport-optimisation-energy-logistics/projects/tepmos

markiert. Name * E-Mail * Betreff * Nachricht * Send DI in Ulrike Ritzinger Scientist / Integrated Energy Systems +43 50550-6076 +43 50550-6439 ulrike.ritzinger(at)ait.ac.at

Relevance:

26%

EUFAL

/en/research-topics/transport-optimisation-energy-logistics/projects/eufal

markiert. Name * E-Mail * Betreff * Nachricht * Send DI Jürgen Zajicek Research Engineer / Integrated Energy Systems +43 50550-6614 +43 50550-6439 juergen.zajicek(at)ait.ac.at

Relevance:

26%

E4-SHARE

/en/research-topics/transport-optimisation-energy-logistics/projects/e4-share

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

Relevance:

29%

E-DIVER

/en/research-topics/transport-optimisation-energy-logistics/projects/e-diver

E-Mail * Betreff * Nachricht * Send DI (FH) Martin Reinthaler , MSc Research Engineer / Integrated Energy Systems +43 50550-6649 +43 50550-6439 martin.reinthaler(at)ait.ac.at

Relevance:

33%

Connected logistics and applications in the Physical Inte

/en/research-topics/transport-optimisation-energy-logistics/connected-logistics-and-applications-in-the-physical-internet-pi

Betreff * Nachricht * Send Dr. Matthias Prandtstetter Thematic Coordinator Transport optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at Our solutions PLAN Solutions

Relevance:

17%

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 Publications M. Prandtstetter, M. Straub, J. Puchinger: " On the Way to a Multi-Modal Energy-Efficient Route

Relevance:

33%

Human-centered, system-aware optimization

/en/research-topics/transport-optimisation-energy-logistics/human-centered-system-aware-optimization

for one traveler which is optimized with respect to some objective function such as travel time, energy consumption or any other criterion. However, the impacts of the therewith proposed route on other [...] Betreff * Nachricht * Send Dr. Matthias Prandtstetter Thematic Coordinator Transport optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at Our solutions PLAN Solutions

Relevance:

34%

HyFAR

/en/research-topics/transport-optimisation-energy-logistics/projects/hyfar

logistics sector. Funding The project is funded by the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology (BMK) as part of the program “Mobility System, Mobility System [...] E-Mail * Betreff * Nachricht * Send DI (FH) Martin Reinthaler , MSc Research Engineer / Integrated Energy Systems +43 50550-6649 +43 50550-6439 martin.reinthaler(at)ait.ac.at Key facts Project start: 01 [...] coordinatior DigiTrans GmbH Project partners AIT Austrian Institute of Technology GmbH Center für Energy & Center for Vision, Automation & Control FH OÖ Forschungs & Entwicklungs GmbH LINZ LINIEN GmbH für

Relevance:

39%

IMAMTU

/en/research-topics/transport-optimisation-energy-logistics/projects/imamtu

system? Funding The IMAMTU project is funded by the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology. The Austrian Research Promotion Agency (FFG) is responsible [...] Betreff * Nachricht * Send Dr. Matthias Prandtstetter Thematic Coordinator Transport optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at Key data Project start

Relevance:

36%

Hybrid approaches for combinatorial optimization problems

/en/research-topics/transport-optimisation-energy-logistics/hybrid-approaches-for-combinatorial-optimization-problems

Betreff * Nachricht * Send Dr. Matthias Prandtstetter Thematic Coordinator Transport optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at Our solutions PLAN Solutions

Relevance:

25%

Integrated Route Planning, Vehicle Routing and Scheduling, and Fleet Management

/en/research-topics/transport-optimisation-energy-logistics/integrated-route-planning-vehicle-routing-and-scheduling-and-fleet-management

Betreff * Nachricht * Send Dr. Matthias Prandtstetter Thematic Coordinator Transport optimisation & energy logistics +43 50550-6692 +43 50550-6439 matthias.prandtstetter(at)ait.ac.at Publications A. Anderluh [...] Conference IPIC 2018 ", (2018). M. Prandtstetter, M. Straub, J. Puchinger: " On the Way to a Multi-Modal Energy-Efficient Route "; in: " IEEE Industrial Electronics Society, IECON 2013-39th Annual Conference of

Relevance:

36%

Projects

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

transport containers Community drone New concepts for drone services AADE Alternative drives and their energy supply alBOX Business model and service potential for flexible goods and information flows... RIAMO

Relevance:

29%

Energieszenarien und Energiesystemplanung

/en/themen/energieszenarien-und-energiesystemplanung

verfügbar gemacht, vgl. https://github.com/ait-energy/IESopt.jl (IESopt core, verfasst in der Programmiersprache Julia) bzw. https://github.com/ait-energy/iesopt (Python Version) und erweiterte Modelld [...] Technologien mit der Systemebene im Detail zu erfassen IESopt - Integrated Energy System Optimisation read more Projekte NEFI - NEUE ENERGIE FÜR DIE INDUSTRIE read more SECURES - Sicherheit in der Energieversorgung [...] Energieszenarien und Energiesystemplanung Energieszenarien und Energiesystemplanung Zukunft der Energie: Szenarien und Planung für eine nachhaltige Energiewende Der Energiesektor in Österreich, Europa

Relevance:

39%

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

Relevance:

37%

INTRO

/en/research-topics/transport-optimisation-energy-logistics/projects/intro

E-Mail * Betreff * Nachricht * Send DI (FH) Martin Reinthaler , MSc Research Engineer / Integrated Energy Systems +43 50550-6649 +43 50550-6439 martin.reinthaler(at)ait.ac.at Key Facts Project duration:

Relevance:

22%

Mover

/en/research-topics/transport-optimisation-energy-logistics/projects/mover

E-Mail * Betreff * Nachricht * Send DI (FH) Martin Reinthaler , MSc Research Engineer / Integrated Energy Systems +43 50550-6649 +43 50550-6439 martin.reinthaler(at)ait.ac.at Key Data Project duration : [...] Hofmann Funding This project was funded by the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology (BMK) as part of the logistics funding programme and implemented

Relevance:

34%

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

Relevance:

51%

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

Relevance:

34%

CoDeC Symposion

/en/codec/symposion

Austrian Institute of Technology Welcome from the Head of Center Wolfgang Hribernik Head of Center for Energy, Austrian Institute of Technology The Digital Resilient Cities Unit Markus Ray Head of Competence

Relevance:

14%

Thermal energy storage

/en/research-topics/heating-and-cooling-networks-for-cities-and-industry/thermal-energy-storage

Thermal energy storage Thermal energy storage Central component for sustainable energy systems Thermal energy storage systems are a key component of sustainable energy systems. It offers the possibility [...] storing renewable energy in the form of heat and retrieving it when needed. Importance of thermal energy storage in renewable energy systems Flexibility and energy autonomy Thermal energy storage systems [...] flexibility of energy systems by synchronising the supply of renewable energy with demand. They make it possible to temporarily store surplus energy from heat sources such as geothermal energy, industrial

Relevance:

55%

Inhaltstyp

Kategorien

Sort by