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Studie: Importmöglichkeiten für erneuerbaren Wasserstoff
- /en/themen/energy-conversion-and-hydrogen/projekte/studie-importmoeglichkeiten-fuer-erneuerbaren-wasserstoff
E-Mail * Betreff * Nachricht * Send Johannes Kathan , MSc Senior Research Engineer / Electric Energy Systems +43 (0) 50 550-6027 +43 (0) 50 550-6390 johannes.kathan(at)ait.ac.at ECKDATEN Projektpartner: Frontier
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High energy savings through optimization of processes
consistently high quality," says Tobias Glück, head of the Competence Unit Complex Dynamical Systems. Use of the new process in practice The process is now being used in production operations at Plansee
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AIT and TU Delft launch international doctoral programme on the sustainable transformation of the energy system using artificial intelligence
brings its expertise in techno-economic analysis, the use of flexibility in the power system, the evaluation of energy system and market models and their impact on energy markets. Working in collaboration with [...] The Center for Energy’s topic portfolio is oriented towards three central systems: sustainable public energy supply systems; decarbonisation of industrial processes and plants; and innovative technologies [...] artificial intelligence (AI) and machine learning in planning and operating future sustainable energy systems, the two institutions are creating a new doctoral programme designed to promote the development of
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New Energy for Industry launches the new innovation lab NEFI+ for a climate-neutral industry
have demonstrated the basis outlining concrete paths for the transformation of the industrial energy system. Now we need to seize the opportunity to close any technological gaps and show what industry can
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Learning & Adaptive Mechatronic Systems
- /en/solutions/learning-adaptive-mechatronic-systems
automation components Mechatronic Design Mechatronic system design is the integrated design of a mechanical and electronic system and its embedded control system. Our mechatronic design methodology consists of [...] Learning & Adaptive Mechatronic Systems Learning & Adaptive Mechatronic Systems The four central requirements for industrial automation components are short commissioning time , high precision , reliability [...] meet these demands, we develop estimation and control algorithms for mechatronic systems. These algorithms enable system configurability and adaptability to constantly changing operating conditions. This
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